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TPL-402E2K Powerline 500 AV Adapter Kit with Built-In Outlet |
The Powerline 500 AV Adapter Kit with Built-In Outlet, model TPL-402E2K, uses any electrical outlet to create a secure building-wide high speed network. Connect one adapter to your network and plug the other adapter into any outlet on your electrical system for instant high speed network access.
Never lose an electrical outlet with the built in socket on the front of the adapter. A Noise Filter maintains optimum connection speeds when everyday household appliances such as toasters, washing machines, and coffee makers create electrical background noise.
A Gigabit Ethernet port maintains high performance wired connections. TRENDnet adapters auto connect when plugged in. Use up to 16 adapters to network devices in different rooms without running new cabling. Manage each Powerline adapter on your network with the included Windows utility. Power Save mode reduces power consumption by up to 80%. Advanced AES encryption secures your network. This adapter is compatible with both 120 volt and 240 volt electrical systems and is ideal for use in buildings that interfere with wireless networking signals.
Package Contents:
Filter Results |
Connection is idealPros: I worked well on the first connection. No issue at all. This network connection over power line makes wiring obsolete. Cons: None! Did you find this review helpful? |
A flawed productPros: Well, it kind of works :) Cons: Bad design. For example, if, for some reason, the two units stop communicating, only a local reset seems to fix it. A local reset is VERY impractical in my case, involving me getting on the floor to try to reach product behind a dresser. You either unplug it, thus restarting all devices, one of which is Tivo (which takes minutes to restart,) or you have to try to use nearly impossible to use inset reset button which is ON THE BOTTOM of thing. Did they TRY to make it as hard to reset as possible? And why can't it recover from a simple failure, such as one of the devices becoming powered down? Manufacturer Response: 1 out of 1 people found this review helpful. Did you? |
Works, BUTPros: Plug and play. If you just want to connect 2 network devices, the installation was simple and it worked. The speeds from one side of my house to the other side is about 108 MBPS. Cons: The software Powerline Utility, which lets you enable security, change from public to private, rename devices, and MANAGE your network, IS A FRUSTRATING AND USELESS PIECE OF JUNK!!! I emailed support and they responded in a couple of days with suggestions. Unfortunately, their suggestions for using the Powerline Utility were as ineffective as the utility itself. But now, after a couple of months, the Powerline Utility doesn't even run. It says to reinstall. Other Thoughts: I hope my neighbors can't see my shared folders!!! These powerline devices surely will not be able to stop them! Manufacturer Response: 1 out of 1 people found this review helpful. Did you? |
Good but not GreatPros: Works as expected. Cons: A little pricey. My first computer wouldn't recognize the unit using the software. My second one did. Other Thoughts: Better than opening a wall to run cables. 1 out of 1 people found this review helpful. Did you? |
works surprisingly wellPros: two 5' CAT5 cables Cons: The adapters are a bit big and awkward to plug in. Other Thoughts: This may seem like a very simple install, but there are a couple things that you should keep in mind. As the 5-page installation booklet states, only plug the adapter into a wall outlet and try not to plug it into an outlet that has large appliances or surge protectors. 4 out of 4 people found this review helpful. Did you? |
An Interesting OptionPros: Setup was quite easy. Plugged them into the wall next to each device and away they went. Cons: Instructions are poor. It's lucky they just work. Changing security settings worked, but wasn't intuitive and wasn't well documented. Didn't prove to be any faster then my wifi. Other Thoughts: I installed these in two rooms of my apartment. My apartment is on one end of the building and my circuit breaker box is all the way on the other end. I'd conservatively say that I've got 400 feet of 'wire distance' between my two devices. They are also on separate electrical circuits. 2 out of 2 people found this review helpful. Did you? |
Mediocre Performance and Premium PricePros: Initial installation is just plugging them in and they're up within a few seconds. Internet performance was very close to what I was getting by simply plugging my laptop directly into the Wi-Fi router. Tests conducted at several locations throughout the house (2 –story) maintained virtually the same speed with the worst download test coming back with 16.05 Mbps at the farthest location while the best was 17.36 Mbps over a DSL line rated at 20Mbps. This range is close enough to the 17.82 that I was getting when plugged directly into the router as to not be noticeable for streaming a Netflix movie without any pausing. Cons: This product is rated at 500Mbps yet the best that it ever recorded according to the supplied monitoring utility was 154Mbps. This is only measuring the speed between the devices, and the Ethernet connection from the first device to the router was rated at a max of 100Mbps and out to the Internet was even slower at a 20Mbps maximum. Overall throughput to the Internet is governed by the slowest part. Other Thoughts: These units are high priced yet they didn't perform any better than a pair of Nano Powerline adapters that I have that are rated at 200Mbps and cost 1/3 of what these adapters cost. Additionally, the lower priced units perform perfectly all of the time. Manufacturer Response: 3 out of 3 people found this review helpful. Did you? |
RMA just filled outPros: Worked for a day Cons: Once these things stopped seeing each other on the network, that was the end of these things! My other brand power line adapters worked fine, yet I wanted these pass throughs so as not to sacrifice an outlet. Other Thoughts: My reviews are almost always positive, yet I cannot recommend this item. Manufacturer Response: 2 out of 4 people found this review helpful. Did you? |
Very DisappointedPros: If it worked as advertised it is obvious not having to run wires through the building, and it walls are to thick to get good wireless coverage. Cons: Doesn't work in my home. I even move the plug to a multi-plug (non-surge) extension and the best I could get was 200mbps. Other Thoughts: Wait until it has been out on the market longer and they get all the bugs worked out. 3 out of 42 people found this review helpful. Did you? |
Great but....Pros: Great way to connect computers without the frailty of Cat 5 or the expense of fiber. Cons: It's advertised that it has a bonus outlet. Don't be fooled like we were. We were counting on having three total units. Uh uh. Two. They consider the outlet on each unit as the bonus. Completely misleading and has caused us considerable headache. We have three computers that have to be connected and had this overnighted to us, as we're leaving for the job in the morning. Now, we're back to square one and will have to figure out another way to connect them up. Cat 5 will work but we have a greater distance than the limitations of Cat 5. We're stout believers in TrendNet products and have used their wireless routers for years, with zero failures. But, this misleading advertising has us looking at them a bit differently. Other Thoughts: I'll update this after we've actually used this product. I spoke with their representative, on the phone, and am sure it will work as advertised (minus the 'bonus' outlet). The person on the phone was very knowledgable about the product and how it might be used in different configurations. 2 out of 57 people found this review helpful. Did you? |


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Poker Classic Bridge Style Custom 2-Side Message
Quantity | Price |
1-15 | $8.99 |
16-33 | $7.50 |
34-51 | $7.00 |
52-71 | $6.50 |
72-150 * | $4.50 |
151-299 * | $4.00 |
300-499 * | $3.60 |
500+ * | $3.25 |
Applies to duplicate prints
*Free Express shipping, coupons not applicable ^Free Standard shipping, coupons not applicable |
Connect with your customer with fun and personal business gift such as these customized business playing cards. Our custom card decks are made with casino quality paper and each deck comes with 54 standard poker size cards. Both sides of the cards are fully customizable to fit needs. You can easily design your card decks from scratch by choosing the blank template or to select one of our professionally-designed business card templates. Simply upload your business logo, digital pictures, your advertising message, business logo, photos, and any extra business information that you may want to add and use our drag and drop tools to add elements to the template. Before placing orders, you will be able to see a full color preview of your personalization online and in real time to make sure every detail is in place. Each full color print playing cards comes with a free clear plastic box for presentation. Cheap business playing cards work great as trade show giveaways, or a promotional gifts to your customers or gifts to business partners.
- 54 card deck in standard poker-size of 2.5'' x 3.5'' (63.5mm x 89mm)
- Standard 300gsm casino quality cardstock aqueous coated (smooth finish)
- Premium 310gsm casino quality cardstock plastic coated (linen finish), origin of material from France
- Superior 100% plastic PVC cards and thickness of 0.325mm, origin of material from USA
- Clear plastic case included
- See instructions on print bleeding and safe area

subset: commoncrawl


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In the last few years, a number of large-scale studies of teaching have elucidated how teacher quality makes a difference in the achievement of students. Three of these studies and their conclusions are summarized below. An examination of studies that focus more specifically on science and mathematics teaching and K-12 student achievement follows.
Later reports frequently cite studies by Sanders and colleagues (see below), Ferguson (1991), and Ferguson and Ladd (1996) as evidence that the qualifications of teachers not only matter in student achievement but also are major variables in improving student learning and achievement.
For over 15 years, Sanders and his colleagues associated with the Tennessee Value-Added Assessment System (TVAAS) have analyzed data from annual tests in mathematics, science, reading, language, and social studies given to grade 3-8 students in Tennessee. Utilizing a database now in excess of 5 million records, Sanders and his colleagues have tracked individual students over time and studied each child's academic achievement year by year. In this way, they have been able to identify a year when a child makes average progress, exceeds average progress, or achieves no gain.
In a study intended to gauge the cumulative and residual effects of teacher qualifications on student achievement, Sanders and Rivers (1996) gathered test or achievement data for a cohort of students from the time they were second-graders to the time they had completed fifth grade. By disaggregating the data, the researchers were able to see the impact of quality teaching on each child over time (Sanders and Rivers, 1996).1 Sanders and Rivers reported that student achievement at each grade level correlated positively with the quality of the teachers who taught those students. Also of interest was the researchers' discovery of residual effects; that is, they found that the individual children they studied tended not to recover after a school


text: It's not just the delicious food that draws customers to your operation. Research shows that front-of-house branding can have a strong influence on the purchase decision of both loyal and new customers, resulting in increased traffic, guest satisfaction, and profits. Let Unilever Food Solutions guide you through front-of-house merchandising opportunities where you'll be able to engage your guests throughout their dining experience.


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I enjoyed this restaurant. The portions were huge but reasonably priced. The service was good and the wait wasn't bad at all. The decorations are very entertaining too.
Like this review?Yes|Flag AbuseProvided by CitysearchBuca di Beppo Italian Restaurant
Today:11:00 am - 9:00 pm
Tomorrow:11:00 am - 10:00 pm
7843 Park Ln,
Dallas, TX 75225
(214) 361-8462
Business Details
in Business
- Hours:
Regular Hours
- General Info:
- Buca di Beppo Dallas serves authentic Italian cuisine in an eclectic, vintage setting. Our dishes are served family-style, meant to be shared by everyone at the table. Two sizes are available: BUCA SMALL feeds two or more and BUCA LARGE feeds four or more. At Buca, guests delight in our lively atmosphere, enjoy the classic tunes of Frank Sinatra and Dean Martin and admire our decor, including family photos and candid shots of Italian-American icons, such as Sophia Loren and Joe DiMaggio. Our energetic atmosphere, delicious food and friendly staff make Buca di Beppo the perfect place for great Italian food and fun. Whether you're celebrating a special occasion, planning a meeting or having a night out with family and friends, Buca di Beppo is your answer to one fabulous group dining experience! Our knowledgeable staff will help organize and plan your group event, catering order, or holiday party. We can accommodate any event or budget! Great for graduation parties, communions, and Mother's Day!
- Payment method:
- amex, discover, master card, visa, cash
- Neighborhoods:
- North Central Dallas, Park Central North
- Other Links:
- Categories:
- Pizza, Italian Restaurants, Family Style Restaurants, Restaurants, Banquet Halls & Reception Facilities
This restaurant has family portions, and always so much food, but great to take home when you can't finish!
Like this review?Yes|Flag AbuseThe food is less than desirable, the service is slow, and it is very noisy. The price was fair for what you get. \r The dining experience was not pleasant. Too long of a wait even with a reservation.
Like this review?Yes|Flag AbuseProvided by CitysearchWe went here to celebrate my nephew's recent return from Iraq & they made us feel right at home. It was 13 of us & unlike so many other restaurants, they did not add their own tip in the bill and even asked us if we were paying one check or seperate checks.-They did not freak out when the 2 year old started getting restless & kept wanting to wonder around..Our waitress even helped us catch the little one. The BOTTOM ... view more
Like this review?Yes|Flag AbuseProvided by Citysearchmaybee the best place in dllas for the whole package. you can have a table in the kitchen to watch if you wish...........no kidding. the wine room is a nice room to take your wife or girlfriend or both. good place
Like this review?Yes|Flag AbuseProvided by CitysearchAs we entered for the first time we were shown around, including the impressive kitchen. The staff is extremely hospitable and accommodating but not hovering. The atmosphere is great with much to see. The restaurant is unlike any other I've been to. The food was good and there was a more than adequate amount.
Like this review?Yes|Flag AbuseProvided by Citysearchyou wont regret a trip to buca park lane fantastic food and service. the best spot for families or dates.
Like this review?Yes|Flag AbuseProvided by Citysearch


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Practically all cars, which includes your Daewoo Leganza, sport a tank that holds gas that it will utilize so as to work. The control arm or wishbone is a V-like portion of the vehicle suspension assemnly that aids in steering by permitting smooth pivoting of the automobile. If it breaks down, replace the Daewoo Leganza control arm immediately because it really is a rather crucial part of the auto suspension mechanism.
As the Daewoo Leganza operates, it applies a lot of stress on the control arms, which might cause these to degrade after a certain amount of distance traveled. When you detect a bunch of knocks or sounds in the control arm, get it checked at once since it might require substitution. Excellent aftermarket replacement Daewoo Leganza control arms are simple to mount and made with sturdy materials used into an efficient design. Several control arms for your Daewoo Leganza are obtainable nowadays as alternatives for your car or truck's aged, defective control arms.
Should you desire a great Daewoo Leganza control arm for your ride, then you are fortunate, because Parts Train features these items and much more available. We sell control arms from a number of of the more respected brand names in the industry such as Crown, OCAP, and Eibach. All our parts are available at incredibly affordable prices that can beat just about any of our competing shops'.
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Tom Grady Quits OFR, Will Take Over as Interim President of Citizens
Around the State
Grady was unanimously chosen Monday by the Citizens board of governors to serve as interim president and, on Tuesday morning, Grady told his staff that he will assume his new position March 12.
After serving six years as the president/CEO and executive director of Citizens, Scott Wallace announced in early January that he would step down. Wallace's last day at Citizens is scheduled to be on April 6, and he will help Grady in his final weeks there.
Grady thanked the board and its chairman, Carlos Lacasa, in a statement on Tuesday.
"Florida's economic recovery depends upon sound risk-management decisions, and clarity for Florida's employers," Grady said. "I am honored to be asked by Chairman Lacasa and the entire board to sustain and build on their momentum, while operating a first-class insurance company for our policyholders."
"It is important that we maintain continuity of the board's business plan as we embark on a national search for a permanent replacement for Mr. Wallace," said Lacasa. "Mr. Grady has graciously agreed to step in on short notice and lead the administration on an interim basis while we implement initiatives aimed at reducing the size and exposure of Citizens."
Sunshine State News contacted Gov. Rick Scott's office on Tuesday before the formal announcement and the governor's office confirmed the appointment, saying Grady will serve as the interim top executive and will have the opportunity to apply for the permanent post.
The son of former Rockledge Mayor R.W. "Mac" Grady, Grady is no stranger to politics. Grady served as a legislative page and intern for the Florida House of Representatives and served on the transition teams of both Gov. Charlie Crist and state Attorney General Bill McCollum after the 2006 elections.
Grady was elected to the Florida House as a Republican representing parts of Collier County in 2008.
During his time in the Florida House, Grady served as vice chairman of the Insurance, Business and Financial Affairs Committee and on the Economic Development Policy Committee and the Finance and Tax Council.
He successfully sponsored various bills amending financial regulation and enhancing consumer protections. Grady did not choose to seek a second term and the seat is now held by Rep. Kathleen Passidomo, R-Naples.
During his stint in the Legislature, Grady often worked closely with OFR and other state and federal regulators and prosecutors before agreeing in 2011 to become the office's commissioner.
Reach Kevin Derby at firstname.lastname@example.com and Nancy Smith at firstname.lastname@example.com. They both can be reached at (850) 727-0859.


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US 20020096247 A1 Abstract The invention describes an improved process for the sealing of alternating flutes of 'honeycomb' designed filters to be made after construction, or fabrication, of the basic filter structure, rather than during construction, as is shown in the prior art. The method seals both sides of the primary flutes as is typically done for one side in the prior art and then the media is rolled into a honeycomb shape so that secondary flutes, open on both sides of the roll are created. The roll is vertically orientated and then the lower end is immersed into a sealing compound to such a depth which will cause the sealing compound to travel up into the lower portion of the roll to a height above the height of the lower seal for the primary flutes. The sealing compound is allowed to cure, effectively sealing the secondary flutes. The roll is then cut along a line located above the height of the lower seal for the primary flutes and before the top surface of the sealing compound in the secondary flutes. When cut, a fully functional cylindrical honeycomb filter structure is formed having, on one side primary flutes sealed and secondary flutes open, and on the other side primary flutes open and secondary flutes sealed. In another embodiment, successive layers of filter media are aligned in parallel to form a rectangular, or panel, shaped filter, whose, flutes are sealed in a similar manner.
Claims(10) 1. A process for manufacturing a filter element comprising:
providing filter media comprising a flat-sheet of filter material and a corrugated sheet of filter material, positioned one on top of the other where said flat sheet and said corrugated sheet are substantially of the same length and width and are bonded to each other by using a sealing composition in a predetermined, relatively narrow area on or near opposing sides such that the sealing composition forms plugs on either side which define confined flutes between the corrugated sheet and the flat-sheet; assembling a predetermined length of said filter media such that a series of flutes which are plugged on both sides and a series of unplugged flutes are formed; vertically positioning said predetermined length of filter media so that the plugs on one side of said confined flutes face downward; providing a receptacle which contains an amount of sealant having a sufficient height for filling said unplugged flutes to a point higher than the lower plug for each of said confined flutes; inserting the lower end of said downward facing filter media into said receptacle to a sufficient depth so that the sealant fills a portion of each of said unplugged flutes to a point higher than the lower orientated plug for each of said confined flutes; providing a sufficient time for said sealant to cure; cutting said filter media so that the cut is between the lower orientated plug for each of said confined flutes but below the top surface of the sealant which filled a portion of each of said unplugged flutes thereby forming a filter element having a series of flutes which are plugged on only one side and a series of flutes plugged on the opposite side. 2. The process for manufacturing a filter as recited in
3. The process for manufacturing a filter as recited in
4. The process for manufacturing a filter as recited in
delivering a shell forming means into said annular space to substantially completely fill said annular space;
providing a sufficient time for said shell forming means to cure thereby forming a shell about the outer circumference of said filter media which is impenetrable to fluid; and,
removing said filter media and shell from said tubular mold.
5. The process for manufacturing a filter as recited in
6. The process for manufacturing a filter as recited in
7. The process for manufacturing a filter as recited in
8. The process for manufacturing a filter element as recited in
9. A process for manufacturing a honeycomb filter made from a pre-determined length and width of filter media where the filter media is made from a flat-sheet and a corrugated sheet, both made of filter material and adhesively bonded to one another by applying a relatively thick, narrow strip of sealing composition between said flat-sheet and said corrugated sheet in a predetermined, relatively narrow area running lengthwise along both sides of said flat-sheet material wherein said space between said flat-sheet and corrugated material define primary flutes and where said primary flutes are sealed on either side by said sealing composition, where the filter media is then rolled to form a honeycomb roll having a plurality of sealed primary flutes and creating a plurality of unsealed secondary flutes, the improved process comprising:
vertically inserting one end of the roll into a predetermined volume of sealant where the viscosity of said sealant permits it to enter and travel upwards within said secondary flutes and thereafter cure, plugging said plurality of secondary flutes at a level higher in position than the position of the lower sealed end for the plurality of primary flutes; cutting from said roll the section containing plugged primary and plugged secondary flutes thereby producing a honeycomb filter media which has a plurality of plugged primary flutes on one end and a plurality of plugged secondary flutes on the other end. 10. A process whereby a honeycomb filter having primary flutes plugged on one side and secondary flutes plugged on the opposite side is produced wherein the primary flutes are initially confined by plugs at or near both ends horizontally, and where the secondary flutes are vertically sealed on one end by immersing the filter to such a depth so as to have the surface level of sealant rise to a height which is higher than the seal for the primary flute on the lower end and following a sufficient time for curing, to cut the filter above the lower seal of the primary flute and before the surface level of sealant in the secondary flute.
Description [0001] This application claims priority to U.S. Provisional Patent Application bearing serial. No. 60/256,566 dated Dec. 19, 2000 the disclosure of which is incorporated herein by reference. [0002] The present invention relates to fluid filtering devices, more particularly, devices constructed using generally corrugated filter media in combination with flat media, hereafter, referred to as a 'Honeycomb designed' filtering element. [0003] There exists an ongoing effort in the filtration industry to maximize filter life while simultaneously trying to reduce filter size, weight, and costs. These efforts are accomplished in part by maximizing the amount of media surface area which reduces pressure drop across the filter and prolongs its useful life. It is also desirable for the housing structure supporting the filter to be of a simplified design or even eliminated entirely. All of these factors, including the methods used for manufacturing the filter element, must be considered for maintaining low production costs. [0004] Pleated paper filters with rigid housings have long been the industry standard for most filtering applications. These filters, however, generally require relatively expensive hardware such as centertubes and endcaps and have relatively low filter densities and load capacities. [0005] Attempts have been made to increase the filter density and load capacity of filter elements. This has included the development of orthogonal flow filters, more commonly referred to as "Honeycomb" filters. [0006] FIGS. 1-3 depict a honeycomb filter and segments thereof which can be made from prior art methods. FIG. 1 illustrates a cylindrical filtering element 10. It is noted that fluid intake in this device is shown by arrows 16 and filtered fluids exit from the bottom end as shown by arrows 18. The filter element 10 typically includes an impervious barrier element 24 which is cylindrical in shape so as to be sized to receive the body of element 10 within. The purpose of barrier 24 is primarily to prevent entry of uncleaned fluid via the sidewalls of the element, thereby directing it in the flow shown by arrows 16. [0007]FIG. 2 shows a fragmentary view of a portion of the top end of filtering element 10. Fluid 16 enters the filter through openings such as 38 and enter flutes which run essentially the length of element 10 but are plugged on the opposite end. Plugs 39 prevent entry of fluid 16. [0008] As can be seen in FIG. 3, filtering occurs within element 10 due to alternating ends of adjacent flutes being sealed to prevent fluid transfer thereby forcing all fluid to pass through the media in order to exit the element. One possible flow pattern is shown wherein fluid 16 enters open flute 50 on the inlet of filter 10, is filtered across corrugated media layer 20 and exits via opening 32 on the outlet end of the filter. Alternatively, fluid 16 may be filtered sideways across the flat media layer 26 and exit via opening 34 at the outlet end of the filter. As fluids pass through a media wall, filtering occurs and particulate matter becomes lodged within the media itself. Because this loading will increase the face velocity at that point, particulate matter will tend to be collected at other points along the walls thereby evenly distributing the particulate matter throughout the filter until it is fully loaded. [0009] This basic design for honeycomb filters is also well documented in the prior art. One such reference is U.S. Pat. No. 2,322,548 issued to Sigmund wherein an impervious board matrix separates a flat filtering sheet which is rolled into a cylindrical shape. Filtering occurs when the fluid entering the intake side must cross through the inner walls at a right angle to exit by the outlet side. [0010] U.S. Pat. No. 2,210,397 issued to Dreiss uses a similar filtering scheme by carefully aligning two sheets of substantially flat filter paper with a specially designed top and bottom plates to direct airflow. U.S. Pat. No. 3,020,977 issued to Huppke et. al. introduces the additional feature of corrugated material between flat sheets, although the corrugated material performs no filtering function, but merely acts as a spacer. Likewise, U.S. Pat. No. 2,397,759 issued to Sigmund employs a corrugated member as a spacer. [0011] None of the aforementioned references are able to achieve the high filtering density desired because of the use of construction materials which are merely structural, rather than material suited for performing both structural and performing a filtering function. [0012] U.S. Pat. No. 4,410,427 issued to Wydeven was able to achieve the high filtering density desired in an orthogonal flow filter because of the use of materials which performed both a structural and a filtering function. Since Wydeven, numerous patents have been issued acknowledging the benefits of orthogonal flow filtering occurring from the use of honeycomb designed filters which include increased filter performance, reduced weight and overall outer dimension, as well as lower manufacturing costs. [0013] Honeycomb filters provide benefits over other filter designs in certain applications. These benefits include: greater life expectancy, at equal efficiency; fixed geometry—no pleat bunching; more media per unit volume of filter; lower materials cost, for many applications; simple construction; and product differentiation. [0014] Presently, honeycomb structures are being used throughout industry; offering advantages in many "non-filtering" applications. Some of the areas where product advantages are currently being obtained as a result of the honeycomb design are: 1) Automotive Catalytic Converters; 2) Structural Components; 3) Packaging and Container Materials; 4) Heat Exchangers; 5) Shock Absorbing Materials; and, 6) Aerospace Structural Components. [0015] Prior Art Method of Producing Honeycomb designed Filter Elements [0016] Basically, round honeycomb filters FIG. 1 and panel honeycomb filters FIG. 12 are produced by corrugating filter media. The honeycomb filter comprises a corrugated filter media sandwiched between flat sheets of filter media on either side. [0017] As described earlier and depicted in FIG. 1, round honeycomb filter elements comprise one flat sheet and one sheet of corrugated media layer positioned on top of the flat sheet, adhesively connected thereto and which forms a sheet of filter media which is subsequently rolled to form the filter element. For panel honeycomb filter elements, alternating layers of corrugated filter media and flat sheets are utilized, stacked on top of one another. [0018] As defined here, "primary flute" is the interior space between the corrugated media and first contact with the flat-sheet media. Prior art shows that the primary flutes are formed and sealed during the corrugating process. [0019] As defined here, "secondary flute" is the interior space between the corrugated media and contact with flat-sheet media on the opposing side of the corrugated media. Prior art shows that the secondary flutes are formed and sealed during assembly of the filter element. [0020] Use of the terms "primary" and "secondary" do not attempt to distinguish importance; the terms are merely used to describe one set of flutes from the other set. [0021] The terms "primary seals" and "secondary seals" are used in the specification. These terms do not distinguish the importance of one seal over the other. Rather, primary seals refer to the seals present to plug the primary flutes and secondary seals refer to the seals present to plug the secondary flutes. [0022] Problems and Limitations associated with using Current State of the Art Sealing Methods [0023] Although, the previous patents cited claim various benefits, all are constructed using the same basic technology. Little attention has been given to reducing manufacturing costs or developing new, more efficient, methods of production. [0024] For example, the same method of sealing the filter media has been used, beginning with U.S. Pat. No. 2,599,604 issued to Bauer et. al. in June of 1952 and has continued to be described in one of the most recent patents, U.S. Pat. No. 6,235,195 issued to Tokar in May of 2001. As is described in the prior art, the basic sealing method requires that a bead of sealant be applied to the filter media, to seal the secondary flutes, as the filter element is being constructed. [0025] One significant limitation is that the secondary seals, which are located within the secondary flutes at the end of filter element 10 opposite the primary seals located within the primary flutes, can be formed only during construction or assembly of filter element 10. When round, cylindrical elements are made the secondary seals are formed as the cylindrical element is rolled spirally forming layer upon layer. Similarly, for panel designed filters, the secondary seals are formed sheet by sheet. [0026] The current method of constructing and sealing elements is labor intensive and does not lend itself well to efficient automated production methods. This can cause significant problems associated with product appearance, performance, manufacture and cost. [0027] Most prior art processes also limit the types and properties of the sealing resins which can be used to construct the filter. For example, a low viscosity resin cannot be used as a sealant since it would flow and prevent sealing of the flutes. Conversely, a resin having too high a viscosity, would not wick into and anchor itself to the filter media sufficiently enough to produce a good seal. Either of these conditions would compromise filter efficiency. [0028] It is well established in the prior art that the existing sealing beads are made wide to promote sealing and are recessed in from the edge of the filter to prevent plugging of adjacent flutes. Both of these factors serve to reduce the amount of usable filter media, thus, shortening filter life and increasing operating restriction. These limitations also produce a filter having a non-smooth, non-rigid, inlet and/or outlet face, which is less than ascetically pleasing. [0029] The sealing methods currently being used in constructing orthogonal flow filter elements, limit the types of filter media which can be used in making the filter. The type of media used can, in turn, limit the applications to which the filter can be utilized. As an example, current sealing methods do not allow for the sealing of orthogonal flow filters made from stainless steel filter media, while using hot molten metal as a sealant; nor the sealing of polypropylene media type filters, using a hot liquid thermoplastic polymer as a sealant. [0030] Current sealing methods do not allow for the flutes to be potted; nor can they be vertically oriented during the sealing process. Due to the viscosity requirements of the sealing resins, the layers of single-faced media must be positioned horizontally during application of the sealing bead to prevent undesirable flow of the resin which would result in inadequate sealing of the flutes. [0031] The desired resin viscosity for the sealing bead requires that it be made wide and set far enough into the flute to prevent the resin from escaping and plugging those flutes which must remain open. Also, the further the sealant is positioned into the flute to present escape and plugging, the less media there is available for filtering, resulting in an inefficient higher initial pressure drop and shorter filter life. [0032] Assembly problems can occur if the layers or sheets are mis-aligned when they are stacked or rolled, i.e. brought together with the sealing bead; they cannot be repositioned without damaging the seal. A filter element assembled crooked or mis-aligned, must remain so if integrity i.e. complete plugging of the flute, is to be maintained. [0033] Finally, limits are placed upon the integrity of the media used to construct filter elements. Sealing of the primary flutes can easily be accomplished on a corrugator using relatively non-rigid, non-stiff types of filter media, since the flutes are supported by the corrugating rolls during addition of the sealing resin. However, when sealing the secondary flutes, particularly when this occurs off the machine, stiffness of the media is more critical. A certain amount of pressure must be applied to the media during the rolling, or layering of the single-faced media to ensure the sealant flows within the flutes and makes good contact with the flute walls for an acceptable plug. This pressure is necessary to ensure adequate sealing of the flutes; however, the pressure could crush the flutes of a non-rigid type media. [0034] As an alternative to applying resin for sealing the primary and secondary flutes, it is possible to roll the two sheets of media into the composite roll and inject sealing material into each appropriate flute end, however, this would be time consuming, labor intensive and not practical from a manufacturing point of view. [0035] The present invention describes a new method for assembling or manufacturing honeycomb filters which incorporates the vertical positioning of open flutes so they can become potted with sealing resin. My invention is applicable to either rolled filter media which forms a cylindrical honeycomb filter, or to filter media which is layered upon one another to form a rectangular shaped filter. [0036] My process basically provides for filter media comprising both a flat-sheet and a corrugated sheet of filter material positioned one on top of the other and bonded on or near opposing sides using a sealing composition such that the sealing composition forms plugs on each side which also define confined flutes between the corrugated and flat-sheet filter material. The filter media is then assembled; either by rolling a predetermined length of the filter media; or by taking a plurality of predetermined lengths of the filter media and stacking them on top of each other. In either case, a series of substantially tubular shaped primary flutes which are plugged on both sides and a series of substantially tubular shaped secondary flutes which are unplugged are formed. One end of the filter having plugs is vertically positioned facing downward and is then inserted into a receptacle containing an amount of sealant which is sufficient for filling the unplugged flutes to a point higher than the lower plug for each of the confined flutes. After curing, the filter media is cut between the lower orientated plugs of the confined flutes but below the top surface of the sealant which filled a portion of each of the unplugged flutes. After cutting, the lower end is discarded leaving the remaining filter element which has a series of flutes which are plugged on only one end and a series of flutes which are only plugged on the opposite end. [0037] A more detailed description for the first two embodiments is directed toward a cylindrical fluid filter for removing particulate matter, and includes a fluid impervious outer wrap, a roll of substantially flat filter media, a role of corrugated filter media, the nesting of said rolls together to form a composite filter media roll so that alternate corrugated and flat media layers are in contact, thereby forming a plurality of longitudinal flutes extending through the roll from one end to the other, the flutes being formed in two spiral series; where one series located on one side of the corrugated media are primary flutes and where the other series located on the other side of the corrugated media are secondary flutes, a sealant means disposed to plug the series of primary flutes on both ends of the composite roll so that both ends of the same flutes are sealed and fluid cannot enter through either end of the sealed flute. [0038] For the first embodiment, the new method applies a bead of sealant to either side of the filter sheet in the manner best illustrated by the prior art in FIG. 4 of U.S. Pat. No. 3,025,963 issued to Bauer. Bauer seals both sides so that it can thereafter cut the media in half. The end result is to have two rolls of media having only one beaded side. My invention does not cut the filter media between the sealant beads to double the capacity of usable media. Rather, seals on both sides are required as will now be explained. [0039] Once the flat-sheet and corrugated sheet have been beaded along both sides, the media is assembled by rolling the media to form a honeycomb filter which has both ends of the primary flutes sealed. If a problem occurs in the rolling process as where the created roll is uneven, the unevenness can be corrected and the media re-rolled since the secondary seals have yet to be formed. [0040] Sealing of the primary flutes, on both ends, may be accomplished by three different means. The first example of sealing means is by laying a resin bead, at both edges of the flat sheet, between the flat and corrugated sheet as they come together while being processed through a corrugating machine. The second example of sealing the primary flutes at both ends is by forming a continuous resinous film over the ends of the flutes after the media is corrugated. The third example of sealing means is by collapsing both ends of the primary flutes, while, in some cases, adding a small amount of resin to the flute ends to ensure closure, or in some applications, thermally welding the primary flutes closed. Any single method or combination of these three methods may be used to seal the primary flutes on either or both ends of the roll, depending on the type of filtering application and the type of filter media required. [0041] When the filter media is wound upon itself, it forms a second series of flutes, termed secondary flutes which are open on both ends. No seals are applied to the structure as it is being wound, as is the case in the prior art. [0042] After winding, the resulting filter structure is vertically positioned and then inserted for potting by positioning it within a receptacle which can be made from, as examples, fiberboard, or PVA plastic containing, a predetermined level of self-curing resin. The outside diameter of the filter structure is almost the same dimension as the inner diameter of the tubular housing so that the annular space therebetween is negligible or non-existent. [0043] As an example for the amount of resin to be used, a 0.25 inch deep pond of a one or two-part self-curing resin is placed within a tubular housing, sealed at the bottom to prevent leakage of the resin. As the roll of a predetermined length of filter media is potted or pushed down to contact the bottom of the tube, the resin is forced to flow up, and into, the secondary flutes and any other open areas of the structure face. The resin cannot flow into the primary flutes due to the primary seals which were formed as discussed earlier. The amount of resin positioned within the tubular housing is predetermined by which method is used to seal the primary flutes, being sufficient so that the resin level within the secondary flutes rises to a sufficient height above the primary flute seals. [0044] At this stage, the manufacture can continue using either a preformed tube or a to-be-formed shell around the periphery of the filter. [0045] Preformed Tube Embodiment [0046] For this embodiment, a receptacle which comprises a preformed tubular housing is provided, which has a sufficient length and diameter to accept the media within, is stood on one end with its bottom end having a temporary impervious seal to prevent leakage of the potting resin out the bottom of the tube. The impervious seal can consist of, for example, a thin sheet of metal foil, plastic, or paper, bonded across the base end of the tube. [0047] Once the filter media is displaced completely into the tube so that its lower end contacts the seal at the base end of the tube, and the resin has reached a maximum surface level height in the secondary flutes, the resin is allowed to cure. [0048] Following curing and hardening of the resin, both the primary and secondary flutes are found to be sealed at the base end. Next, part of the lower end of the tube, filter media structure and tube sealant, is cut off at an appropriate height, thereby causing the primary flutes to become open while the secondary flutes remain sealed. This process produces a finished filter whose open flutes on either the upstream or downstream end of the filter are sealed on the opposing end. Thus, any fluid entering the open flutes on either end of the roll must pass through the filter media, thus being filtered, before exiting via the other series of open flutes on the other end. [0049] Resin Molded Shell [0050] A second embodiment is a slight variation where, instead of the receptacle being a tubular housing as discussed in the preformed tubing embodiment earlier, the receptacle is a tubular mold. The media is inserted in the same manner as above but is centered so that a substantially uniform annulus is maintained. Once the media is completely inserted into the mold and the sealant level has risen into the secondary flutes as described above, a shell forming means, preferably additional sealant or resin is next injected or delivered into the annular region of the mold from above. Time is provided for curing and then the resin formed shell and filter are ejected or removed from the mold and then cut in the same manner as described for the first embodiment. However, the advantage of this variation is that since the shell is formed directly on the outer circumference of the filter media, the shell serves to protect and help seal the filter better than can be expected for the first embodiment. [0051] The above process produces a finished filter, containing a rigid outer impervious shell, whose open flutes, on the inlet or outlet end of the filter, are sealed on the opposing end. [0052] Rectangular Filter Variation [0053] A final variation of the process is directed to the manufacture of a rectangular fluid filter housing comprising a top, bottom, two sides, a front, and a back. The top, bottom and two sides of the filter housing being fluid impervious. [0054] The assembly step for this embodiment comprises the stacking of a plurality of filter media one on top of the other. In this embodiment, the predetermined lengths are smaller than for the tubular filter elements of the first two embodiments since smaller lengths are required for stacking. The stacking of the filter media is done so that the corrugated sheets of adjacent stacked filter media do not contact each other. The stacking is aligned so that confined flutes with plugs on either side are formed and open flutes on either side are formed. [0055] As in the first two embodiments discussed earlier, a receptacle is required for holding a predetermined amount of sealant which will fill the open flutes when the stacked filter media is vertically orientated and inserted into the sealant and allowed to cure. [0056] Sealant means are made as is discussed in embodiments one and two above, using one or a combination of the three sealing methods described to seal the primary flutes. Secondary flutes are sealed through the potting process described earlier, after which, the filter element is cut-off near its base end in a manner as discussed earlier for the cylindrical filter. This process produces a finished filter, with a preexisting housing, or, with a resinous outer shell, whose open flutes on either the upstream or downstream end of the filter are sealed on the opposing end. Thus, any fluid entering the open flutes on either end of the filter must pass through the filter media in order to exit via the other series of open flutes on the other end and is thereby filtered. [0057] The specific sealing methods used to seal the flutes could also potentially be used to seal opposing flutes on sintered ceramic honeycomb substrates, such as those being used as substrates in catalytic converters, heat exchangers and/or diesel particulate filters, however, in these cases ceramic sealants would be preferred. [0058] The specific embodiments of the invention have been chosen for the purpose of illustration and description and are shown in the accompanying drawings which form a part of the specification wherein: [0059]FIG. 1 is a perspective view of a prior art cylindrical filter. [0060]FIG. 2 is an enlarged portion of one face of the prior art embodiment of FIG. 1; [0061]FIG. 3 is a cross sectional view taken along lines 2-2 of prior art FIG. 1; [0062]FIG. 4a is a perspective view of a honeycomb filter partially unassembled, showing the first of three methods of sealing both ends of the primary flutes, by putting resin beads between the corrugated sheet and the flat sheet of media, on opposing peripheral edges of the same sheet. [0063]FIG. 4b shows a portion of the unrolled section of FIG. 4a, unassembled, showing the second of three methods of sealing both ends of the primary flutes by putting a continuous resin film over the ends of the flutes. [0064]FIG. 4c shows a portion of the unrolled section of FIG. 4a, unassembled, showing the third of three methods of sealing both ends of the primary flutes, by collapsing the corrugated media layer against the flat media layer. [0065]FIG. 5 is a cross sectional view taken along line 5-5 of FIG. 4a. [0066]FIG. 6 is a cross sectional view as in FIG. 5, showing a filter partially inserted into a cylindrical tube sealed at one end and containing a small pond of liquid sealing resin. [0067]FIG. 7 illustrates the filter positioned within a cylindrical tube and where the sealing resin is forced to flow up, and into, all the open spaces at the base of the filter. [0068]FIG. 8 shows an exploded view, indicating where the bottom of the filter element and cylinder is cut-off, thereby producing a finished functional filter. [0069]FIG. 9 a cross sectional view, showing the desired flow path through the filter. [0070]FIG. 10 a cross sectional view similar to FIG. 7 illustrating a filter positioned within a cylindrical mold and where the sealing resin has been forced to flow up, and into, all the open spaces at the base of the filter and after additional sealant has been added to the annular region. [0071]FIG. 11 shows an exploded view similar to FIG. 8, indicating where the bottom of the filter element and resinous shell is cut-off, to produce a finished functional filter. [0072]FIG. 12 is a perspective view of a prior art rectangular or panel filter. [0073]FIG. 13 is an enlarged fragmentary portion of one face of the embodiment in FIG. 12. [0074]FIG. 14 is a perspective view of a cylindrical filter embodiment of FIG. 6. [0075]FIG. 15 is a perspective view of a cylindrical filter embodiment of FIG. 7. [0076]FIG. 16 is a perspective view of a cylindrical filter embodiment of FIG. 9. [0077]FIG. 17 is a view taken along line 17-17 of FIG. 15 illustrating the primary and secondary flutes plugged. [0078]FIG. 18 is a view taken alone line 17-17 of FIG. 16 illustrating the plugged secondary flutes and unplugged primary flutes after cutting. [0079]FIG. 19 illustrates a second version of the process where the filter media is being inserted into a mold. [0080]FIG. 20 illustrates the second version of the process where the filter media has been inserted into a mold and centered forming an annular region which is to be filled with a resin coating and thereafter ejected from the mold. [0081]FIG. 21 illustrates the honeycomb filter of the second version after having its lower end cut and removed. [0082] The preferred embodiments of the present invention are directed a new method for the sealing of commercially feasible, high density fluid filters which maintain high structural integrity without the need for additional support hardware i.e. center-tubes or end-caps. [0083]FIG. 4a shows the first step, construction of a partially finished filter. The technique for applying plugs or primary seals to both ends of the primary flutes was described earlier in the '963 patent issued to Bauer. FIG. 4a shows the primary flutes plugged on both ends by forming a plurality of plugs through the use of continuous beads of either thermoset resin or foaming urethane type resins 40 and 42. [0084] Two layers, one a flat-sheet 26 and the other a corrugated sheet 20 are placed one on top of the other and rolled together forming filter media roll 30B. Both flat-sheet 26 and corrugated sheet 20 are preferably made of a similar porous filter media. Preferably, corrugated sheet 20 has a plurality of side by side peaks and valleys formed into a sinusoidal configuration. Corrugated layer 20 may also be of a different configuration scheme, such as triangular or trapezoidal shape or the like; however, the sinusoidal shape appears to maximize the filtering surface available and thus the loading capacity is thereby increased. [0085] The two layers 26 and 20 are adhesively joined using resin beads 40 and 42 to form filter media 30. In addition, small dots of an adhesive resin may be positioned on the flute tips, where they contact the flat sheets, to aid in the bonding the two sheets together. When filter media 30 is rolled into a cylindrical shape to create a composite roll 30B, it appears that the composite roll is made up of alternate layers of media which spiral inwardly toward the center. It is preferable to have flat-sheet 26 as the outermost layer of the composite roll; however, it is not essential for the operation of the invention. [0086] A bead of sealant, such as a one or two-part thermoset resin or other type of suitable resin material 40 is laid between media face 26 a of media layer 26 and media face 20 a of media layer 20 on one peripheral edge of the filter. A second bead of sealant 42 is then laid between face 26 a and face 20 a on the opposing peripheral edge of the filter. When the layers 20 and 26 are brought together, a series of hollow primary flutes 44 or passages are formed bounded by media layer 26 and media layer 20. The flutes may be tubular in shape with varied cross sections. [0087] Referencing FIGS. 4b & 4 c, as an alternative to applying beads 40 and 42, as is shown in FIG. 4a, it is possible to seal the opposing ends of the same primary flutes, as is illustrated in FIG. 4b, by casting a continuous strong resin film 45 over the open ends of the flutes, using preferably a viscous self-curing thermoset resin. As indicated by FIG. 4c, these same flutes can alternatively be sealed by collapsing both ends of the same primary flutes 46, on opposing ends of the filter media and then, in some applications, gluing the primary flute ends to keep them closed. [0088] By way of example, collapsing the primary flute ends would be the preferred method for sealing primary flutes when using a stainless steel filter media. Once the flutes are collapsed they would then be arc welded to seal the ends shut. Thereafter, one end of the structure is inserted into a pond of hot molten metal to seal the adjacent secondary flutes. [0089] In a second example, when using a thermo-plastic porous media, the primary flutes can be collapsed and then ultrasonically welded to seal them shut. Then, in a later process, one end of the structure would be inserted into a pond of hot molten plastic to seal the adjacent secondary flutes. [0090] The secondary flutes are created by one of two methods. The first way is to roll a sufficient and predetermined length of filter media 30 to form a cylindrical filtering element 48 as shown in FIG. 14. This sufficient length would be available from roll 30B. An alternative way for creating the secondary flutes is to take equivalent predetermined lengths of filter media 30 and stack them one on top of the other to form a rectangular panel filter, similar to that shown in FIG. 13. [0091] Using the roll method, secondary flutes are formed when corrugated face 20 b of layer 20 comes into contact with flat sheet face 26 b of layer 26. However, the rolling or winding procedure does not produce a finished filter element since, as can be seen, by referring to FIG. 5, secondary flutes are open on both ends of filter structure 10, while all the adjacent primary flutes are sealed on both ends. [0092] According to one embodiment of this invention, the seals 52 plugging the primary flutes located on the top, or inlet, end of the filter element 48 are to remain permanently in place. However, the seals 54 plugging the primary flutes located at or near the bottom, or outlet, end of the filter structure 48 only serve as temporary, or fugitive, seals which will be removed later in the construction process. [0093]FIG. 6 and FIG. 14 show how filter element 48 which is a predetermined length of filter media 30, wound upon itself and being inserted into a vertically orientated cylindrical tube 60, containing a predetermined amount of potting resin 62. Cylindrical tube 60 previously being sealed at its lower end with, as an example, an impervious thin barrier sheet 64 of metal foil, or paper, which is bonded across and onto the lower tube end surface with a contact adhesive 66, to maintain the potting resin within cylinder 60. Cylinder 60 can be made from almost any rigid material which is compatible with the type of potting resin 62 used. Preferably, a rigid thin walled tube constructed of fiberboard or PVC (polyvinyl chloride), or metal is used. The sealant or potting resin 62 can be of many different types, including resins having a low viscosity since the resin is contained within cylinder 60. [0094] The range of potting resins used to seal the flutes can be quite broad, depending on the type of media used and what is to be filtered. The resins used can be selected from, but not be limited to, the following types: thermoset, thermoplastic, foaming urethanes, urethanes, epoxies, molten metals and ceramic filled polymers. The height of the potting resin pond is determined, in part, by the method used to the seal primary flutes. [0095]FIG. 7 and FIG. 14 show filter element 48 being displaced into cylinder 60 and to the bottom of the resin pond 62, thereby contacting barrier sheet 64, which forces resin 62 to flow up and into the open secondary flutes 50 of filter 48 and into any spaces existing between filter body 48 and the inner walls of cylinder 60. Resin will also flow up into the center of filter body 48 to seal the center core of the element. Resin cannot flow into the adjacent primary flutes 56 of filter 48 because sealant 54 plugs lower end of primary flutes 56. Potting resin 62 is then to allowed cure or harden through cross-linking, cooling, heating or by any other process, characteristic of the type of resin used. [0096]FIG. 8 and FIG. 17 show views, where cylinder 60, containing filter element 48, is cut off at a cut-line depicted generally as 68 near the bottom end of the filter. Cut-line 68 is at a height high enough to be above seals 54, which plug primary flutes 56, but not so high as to be above the seals formed by potting resin 62 which flowed into secondary flutes 50. The cutting of filter element 48 along cut-line 68 produces final cylinder 60 a having primary flutes 56 now open on one side while secondary flutes 50 remain sealed. [0097] The height of cut-line 68 is determined, in part, by which of the three sealing methods shown in FIGS. 4a-4 c was initially used to seal the primary flutes 54 at the base of the filter. [0098] The lower section of cylinder 60, after cutting, is discarded. [0099]FIG. 9 and FIG. 18 show cross sectional views and FIG. 16 a perspective view of a completed filter element 60 a. The preferred flow path is best illustrated in FIG. 3. Once filter element 60 a is placed into operation, fluid entering the filter at one end may only enter the open flutes 50 and must exit via flutes 56 which are open on the other end of the filter. During this process, filtering occurs when the fluid must travel in a direction substantially orthogonal to that of its intake direction, pass through a sidewall of either corrugated media or flat media on its way to a passage with an open ended flute outlet. It is noted that flat-sheet and corrugated sheet elements of filter media 48 are porous and perform a filtering function, and are not merely used for structural purposes. [0100] It must be strongly noted that the potting process, used to seal the flutes in the above preferred embodiment, can be used to seal flutes at either the outlet or inlet ends of the filter, depending upon the need. It must also be noted that the same process can be used to reverse the original process thereby reopening the closed flutes, while closing the now open flutes. [0101] In the second version of my process which is illustrated by FIG. 10 and FIG. 19, a filter body 48 is provided as for the first version, where primary flutes 56 are sealed at both ends using any one, or a combination, of the three methods described in FIGS. 4a-4 c. As for the first version, filter media 48 is inserted into a permanent tube, but for this version, it is inserted into a temporary molding tube 70 where an annular space is present between the outer surface of filter media 48 and the facing inner wall of molding tube 70. To insure an equidistant annular region, filter media 48 is preferably centered within molding tube 70 by a suitable mechanical positioning means (not shown). As for my earlier version, molding tube 70 contains a pond of sealing resin 62 which is forced up into the open secondary flutes as filter media 48 is fully inserted as well as into the annular region between the filter media 48 and the inner surface of the molding tube 70 near the bottom end of filter media 48. [0102] Molding tube 70 is not a permanent part of the finished filter. It merely serves to cast a resin shell around the side periphery of the filter media during sealing of the secondary flutes 50. Preferably, a predetermined length of filter media 30 is provided and then wound so that it would be undersized; insuring a sufficient annular region for formation of the resin shell 72 once it is inserted into molding tube 70. [0103] After potting resin 62 becomes immobilized, through partial curing, additional resin 62 is delivered or injected into the mold to finish filling the annular space between filter media 48 and the inner wall of mold tube 70. Following cure of the resin, resin shell 72 containing filter media 48 is pushed out of the mold as is illustrated in FIG. 11, thereafter the end of the filter is cut off at cut-line 68 in the same manner as described earlier for the first version. [0104] Once cut, a fully functional filter 74 a, containing a rigid outer impervious shell 72, having open primary flutes and plugged secondary flutes on one end and closed primary flutes and open secondary flutes on the other end is formed as illustrated in FIG. 21. The flow paths through this finished filter are the same as is described in FIGS. 3 and 9 above. [0105] A final version of my process can be used to form rectangular shaped filter elements as shown in FIG. 12. Predetermined substantially identical lengths of filter media 30 are provided for stacking manner placement in a rectangular shaped filter. Filter housing 80 comprises a top 82, a bottom 84 (not visible), two sides 86 (not visible) and 88. The front and back sides of housing 80 are open. Sides 86, 88 and the top and bottom of housing 80 are made of a of fluid impervious material which may either be a solid structural material such as fiberboard, plastic or metal; or be a resin-like coating applied in a liquid form and then allowed to harden. [0106]FIG. 13 shows an enlarged fragment of the filter face 90 of FIG. 12. In this embodiment, layers of predetermined substantially identical lengths of filter media 30 are stacked creating a sandwich-like arrangement. The sandwich of alternate layers creates two series of flutes. The first series are primary flutes 94 which have plugs 98 on both ends as for the versions discussed earlier and the second series are secondary flutes 100 formed as a result of the stacking process and are open at both ends. [0107] The stacked filter media structure is inserted into housing 80. One of the open sides of housing 80 is vertically lowered and immersed in a predetermined amount of potting sealant as for the first version of my process discussed earlier. Once the sealant has cured, housing 80 is cut along a cut-line (not shown) which will result in a final filter comprising housing (not shown) having primary flutes open and secondary flutes closed on one side and primary flutes closed and secondary flutes open on the other side. This rectangular shaped filter can be constructed using a permanent preexisting rectangular tube as an outer shell, or a to be formed in place resin shell, using a temporary rectangular molding tube. Both methods result in producing fully functional filters having the preferred flow pattern through the filter as is illustrated in FIGS. 3 and 9. Referenced by
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The big one is back! An all-new 2011 production.
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I work out on a regular basis (4-5 days per week). I like to lift weights, but am not a fan of cardio. I have never been able to stay on a program that will burn fat, and I never can motivate myself to do a lot of abs. This program is great; it mixes up the workouts and keeps your body guessing day after day. Within about two months, I noticed a dramatic difference in my body and overall fitness level. I would have considered myself to be in pretty good shape prior to this audiobook, but after completing this course I wasn't even close to my potential.
"You'll start cheering for the bad guys"
God awful, painful to listen to, and it goes nowhere (much like the characters in the book). I was dumbfounded when I heard this was going to be a movie. Like Seinfeld, it's a story about nothing...we don't know what happened, what is going on, or what happens when they get there. The kid is annoying, and the dad's constant "it's okay" response is overplayed. I actually liked the description of this book too, it seemed promising.
"What's the fuss about?"
I was told that I had to read this book. I was told that it was a lifechanging piece of literature. I don't get it. Although I agree that having a positive outlook on life will typically bring better things, I can't quite force myself to swallow the concept of this book. When people start talking about how bills keep showing up in the mail because they keep thinking about bills, they lost me. Bills continue to show up in the mail because people continue to buy useless shit they don't need. It has nothing to do with the universe making the bills appear in the mail. No amount of wishing or hoping or dreaming or pretending or anything else the author suggests is going to make your credit card company forget that you paid $495 for a hand carved statue of a monkey riding on the back of a giraffe. I know, I know...It was am impulse buy, and it was near the register. Anyway, forget this book. There is nothing new about it's content. I'll sum it up for everyone and save you some money. Be positive and act as if what you want out of life is already happening to you.
Very long but well worth the time
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great info, but the examples get old after a while. I tried reading the book years ago and had the same problem. I'll save you time and money...Always focus on what the other person wants.
"Great book, keeps the action moving"
This book kept the action moving, it was good listening. I would recommend this to anyone who wants an entertaining read.


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US D316112 S Abstract available in Claims(1)
Description FIG. 1 is a top right front perspective view of a notepaper dispenser showing my new design; FIG. 2 is a top plan view; FIG. 3 is a left side elevational view, the right side being a mirror image thereof; and FIG. 4 is a front elevational view on a reduced scale, the rear elevational view being a mirror image thereof. The bottom of the article is conventionally flat and unornamented. Non-Patent Citations
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Hollywood Beach Suites Turks and Caicos
- Suites
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- Shuttle bus service
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TripAdvisor Reviews Hollywood Beach Suites Turks and Caicos North Caicos
Travel Blogs from North Caicos
Last Days in TCI
... Roberto is the proud owner of the board.
On Sunday, April 27, we returned to Mr. Grouper's for our specially prepared meal of Haitian Griot - fried pork with plantains and spicy coleslaw. This was a special dinner that Isabelle had requested. We started with some conch salad and conch fritters. After the wonderful Griot, we finished dinner with mango cheesecake and rumcake. The rumcake was extremely potent.
Water Spout and double rainbow
... started to listen to podcasts and promptly fell asleep. It was so peaceful there. When I woke up, I decided to get my exercise by walking out about half a mile out into the ocean, waist deep in water. Brian took out his 19 meter Flysurfer but even then, the wind was still pretty low.
In the distance, we could see that there was a big storm coming our way. While we talked to Dale, the guy with the canopy tent, we saw a ...
Bugaloos and sunset on Grace Bay
... go there for dinner but I think it was a good recommendation to try lunch first. Once we arrived, we were treated to the same beautiful water and the restaurant was right on the beach.
The service started very badly. It took an effort to find someone to tell us we could sit anywhere and then we sat for quite a while without a menu. I finally got up to get the menus myself. I don't mind slow service since we are in such a scenic place but ...
Day on North and Middle Caicos
... claimed to have. After driving to our first destination, I am glad we did.
The first attraction I wanted to see on the island was Three Mary Cays. I had read in other reviews that it was hard to find. And it was!
We missed the first turn because it was just a dirt road that seemed to go into overgrown jungle. We took the longer route. After following a winding, unpaved road we drove right by a pond with ...
Sunset cruise, glow worms and more Club Med
... friendly. The sunset cruise was beautiful. The glow worms were underwhelming.
Despite the fact that our captain Dave set the music for romance (Barry White songs and the like), we only got to see a couple dozen of the glow worms mating. Had there been more, it would have been quite spectacular. The glow is very bright and the collision encounter between the female and male is pretty interesting, specially since it marks the end of the one ...


text: Thank you for taking the time to report this bug and helping to make Ubuntu better. Unfortunately, we can't fix it because your description didn't include enough information. You may find it helpful to read "How to report bugs effectively" http://www.chiark.greenend.org.uk/~sgtatham/bugs.html. We'd be grateful if you would then provide a more complete description of the problem. We have instructions on debugging some types of problems at http://wiki.ubuntu.com/DebuggingProcedures At a minimum, we need: 1. the specific steps or actions you took that caused you to encounter the problem, 2. the behavior you expected, and 3. the behavior you actually encountered (in as much detail as possible). Thanks! ** Changed in: firefox-3.0 (Ubuntu) Status: New => Incomplete -- Firefox doesn't save history https://bugs.launchpad.net/bugs/383417 You received this bug notification because you are a member of Mozilla Bugs, which is subscribed to firefox-3.0 in ubuntu.


text:
Elite: Overview
Elite: Specifications
Elite: Performance
Elite: Tech Support
Elite: Pictures
All metal construction, choice of tricycle or conventional gear, power up to 180 hp. and the ability to mount floats makes the Murphy Elite a versatile, affordable two-place aircraft.
The Elite is a Rebel, originally redesigned for the use of tricycle gear. It is now also available with conventional gear. The redesign required a strengthened, heavier fuselage to handle the gear loads. Other design features include a new cantilevered stabilizer, one-piece elevator, all-metal control surfaces, split flaps, and heavier, beefed-up wing attach points and leading edges. All of these changes give the Elite an 1800-lb. gross weight, partially compensating for the heavier empty weight, plus the ability to accommodate engines up to 180 hp.
© 2009, Patterson AeroSales , All Rights Reserved.


text:
For posh jet setters, this cashmere cable travel set from Ralph Lauren is as luxe as in-flight accessories gets. The set comes with a pillow, a blanket, and an eye mask, all made of the designer Ralph Lauren's signature cable-knit cashmere. There are several colors to choose from (red, beige, black, navy, and grey) and for an extra $10, you can have each item monogrammed. And the whole set can be easily stored in the pillow, which doubles as a zip travel bag. Now that's cozy.
COST: $395 at Ralph Lauren.
Published on: Jun 6, 2011


text:
Pioneering research aims to identify the cause of diabetes: CU Denver's Barbara Davis Center is working to end type 1 diabetes one child at a time.
One of the first things Amy Lyden learned about her son Caleb was that he might develop diabetes. After being told at the hospital that Caleb had a gene marker putting him at a slightly higher risk of contracting the disease, she enrolled the newborn, now 3, in a global study called TEDDY.[ILLUSTRATION OMITTED]
Comprised of six groups of research physicians from Germany, Sweden, Finland and the United States, TEDDY (The Environmental Determinants of Diabetes in the Young), has researched the causes of Type 1 diabetes since 2004 by monitoring children who have certain gene markers from birth onward.
Managed locally by the Barbara Davis Center for Childhood Diabetes on the University of Colorado Denver Anschutz Medical Campus, the TEDDY study was piggybacked on pioneering research the center has conducted since 1993. For the past 15 years, the center's DAISY study (Diabetes Autoimmunity Study in the Young) genetically typed more than 30,000 newborns in Colorado; the TEDDY study plans to type 350,000 children worldwide.
The largest diabetes and endocrine care program in Colorado, the Barbara Davis Center treats about 80 percent of the state's children with Type 1 diabetes. With clinical and basic researchers working side-by-side with a large patient population, the center is at the forefront of research designed to predict the disease, identify its causes and understand how to prevent it.
Lyden says she was definitely anxious when she learned Caleb's diagnosis but never had any real fears, a fact she attributes largely to the family's positive experience with the study and the researchers.
"Although Caleb's risk has increased a little bit, that doesn't mean he will develop diabetes," Lyden says. "But if he does, by participating in this study we'll be able to catch it early."
More than 17 million people in the U.S have been diagnosed with diabetes at an estimated cost in 2007 of $174 billion, according to a recent report from the American Diabetes Association. Of those diagnosed, between 5 percent and 10 percent have Type 1 diabetes, the more serious form of the disease. Traditionally referred to as "childhood diabetes," although people of any age are susceptible, Type 1 diabetes is an autoimmune disease that causes pancreatic cells to be destroyed, eliminating the body's ability to make insulin.
By studying gene markers, or autoantibodies, like that found in Caleb's blood, researchers can better predict who will develop the disease and when.
"If we can pinpoint when the baby's switch is turned on and the immune system starts killing insulin cells, then we are in a better position to know what environmental factors could be incriminated as potential triggers," says CU Health Sciences professor Marian Rewers, the center's clinical director and the principal investigator of the DAISY and TEDDY studies.
Rewers says they've discovered if a baby develops just one autoantibody to insulin-making cells, the risk of developing Type 1 diabetes increases about 50 percent; with two autoantibodies, the increase is close to 100 percent.
Three of those autoantibodies have been well-known for more than a decade; a fourth, a zinc transporter called ZnT8, was recently identified by another CU Health Sciences professor, John C. Hutton, who is also the research director for the Barbara Davis Center. The first new autoimmunity target discovered in 10 years, ZnT8 makes up two of three research projects that received $5 million in funding over the next five years from the Juvenile Diabetes Research Foundation.
"That's what's keeping us very busy these days," Hutton says. "The zinc transporter has special importance as it binds to the insulin molecule. By some mechanism we don't understand, the immune system somehow perceives this molecule as being different and destroys the cells which normally would happily produce insulin."
Hutton says the goal is to break the "vicious cycle of autoimmunity and tissue destruction" by identifying a therapy that's specific to Type 1 diabetes and then deliver it to those at high risk. Researchers have already proved they can do this in experimental animals, but Hutton acknowledges it is a long way off for humans.
"Our dream would be to administer a magic bullet of sorts," Hutton says. "If we could identify those at risk and provide some sort of vaccination we can actually prevent it, if we can identify (the diabetes marker) early enough before there's much damage done. By the time patients have clinical manifestations they've lost 90 percent of their cells that produce insulin."
Dr. George Eisenbarth, executive director of the Barbara Davis Center, says a major goal is to change the treatment so that patients can control diabetes without even having to think about it. One new way is via continuous glucose monitors, which free diabetes sufferers from constant needle pricks to check blood sugar levels. Several hundred of the center's patients are testing the monitors, which consist of a tiny needle implanted under the skin that communicates wirelessly to a handheld device that tracks the insulin level.
"One patient testing the sensor plays hockey; his mother monitors him while he's out on the ice," Eisenbarth says. "The technology has changed, and with it came better insulin and better devices."
For children like Owen Woessner those new technologies may allow him to lead a more normal life than ever thought possible. Screened at birth two years ago through TEDDY, Owen was found to have less than a 1 percent chance of developing the disease. Yet just a year later, Owen was rushed to the emergency room with a blood sugar level of 900.
"We didn't think he was going to make it," his father Trey Woessner says. "But he's a tough little guy."
Woessner says it has been hard on Owen since being diagnosed; often he's confused by all the doctors, shots and needles he has to deal with on a constant basis. But his son has the advantage over kids diagnosed in their teens who have to drastically change their lives, he says: Owen will never know anything different.
"It's not the lottery we wanted to win," Woessner says. "Sometimes I am still beside myself, and some days are harder than others. But Owen is such a fantastic, special kid; he can do everything anybody else does."
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Comment: | Pioneering research aims to identify the cause of diabetes: CU Denver's Barbara Davis Center is working to end type 1 diabetes one child at a time. |
Author: | Cole, Rebecca |
Publication: | ColoradoBiz |
Geographic Code: | 1USA |
Date: | Apr 1, 2008 |
Words: | 1039 |
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text:
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Use This Clever Mental Trick to Lose Weight
9 Sneaky Reasons Your Belly Fat Won't Budge
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text: "Ahoy" is traditionally something sailors shout when they see land or another ship, or can be used simply to hail someone as in "Ahoy there!" But even if you're a land lubber who avoids boats like the plague, you can still make use of this handy exclamation when you spy pretty much anything. For example, "cocktail ahoy!" or "thong bikini ahoy!" can be used to alert others that something of significance has been sighted. Our artist carefully cut this sign with a scroll saw from half inch plywood and haphazardly painted it to have a distressed "been hanging outside on the porch for the last 40 years" look. She sanded it just enough to keep you from getting splinters without diluting the nice, rustic texture of the wood. She uses an exterior latex paint and you can choose to add a sealer (for an extra $5) so you can hang it in the sun and rain. The sealing coat adds a slight gloss to the finish. Hanger(s) included. Order as shown (sky blue) or indicate your color preference. The sign is 21" wide by 7.5" tall including ascenders and descenders. |


text:
Elemental Image Synthesis for Integral Imaging Using Phase-shifting Digital Holography
Journal of the Optical Society of Korea, Vol. 12, Issue 4, pp. 275-280 (2008)
Acrobat PDF (909 KB)
We propose a method generating elemental images for the integral imaging using 4-step phaseshifting digital holography. Phase shifting digital holography is a way recording the digital hologram by changing the phase of the reference beam and extracting the complex field of the object beam. Since all 3D information is captured by phase-shifting digital holography, the elemental images for any specifications of the lens array can be generated from single phase-shifting digital holography. In experiment, phase-shifting is achieved by rotating half- and quarter- wave plates and the resultant interference patterns are captured by a <TEX>$3272{\times}2469$</TEX> pixel CCD camera with <TEX>$27{\mu}m{\times}27{\mu}m$</TEX> pixel size.
© 2008 Optical Society of Korea
OCIS Codes
(090.0090) Holography : Holography
(090.2880) Holography : Holographic interferometry
(100.0100) Image processing : Image processing
(130.0130) Integrated optics : Integrated optics
Original Manuscript: October 8, 2008
Revised Manuscript: December 3, 2008
Manuscript Accepted: December 3, 2008
Published: December 31, 2008
Min-Ok Jeong, Nam Kim, and Jae-Hyeung Park, "Elemental Image Synthesis for Integral Imaging Using Phase-shifting Digital Holography," J. Opt. Soc. Korea 12, 275-280 (2008)
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- Yamaguchi and T. Zhang, "Phase-shifting digital holography," Opt. Lett., vol. 22, no.16, pp. 1268-1270, 1997 [CrossRef]
- Yamaguchi, T. Matsumura, and J. Kato, "Phase-shifting color digital holography," Opt. Lett., vol. 27, no. 13, pp. 1108-1110, 2002 [CrossRef]
- U. Schnars and W. Juptner, "Direct recording of holograms by a CCD target and numerical reconstruction," Appl. Opt., vol. 33, no.2, pp. 179-181, 1994
- J. W. Kang and C. K. Hong, "Three Dimensional Shape Measurement of a Micro Fresnel Lens with In-line Phaseshifting Digital Holographic Microscopy," J. Opt. Soc. Korea, vol. 10, no. 4, pp. 178-183, 2006
- H. J. Lee and S. K. Gil, "Error Analysis for Optical Security by means of 4-StepPhase-Shifting Digital Holography," J. Opt. Soc. Korea, vol. 10, no. 3, pp. 118-123, 2006
- F. Okano, H. Hoshino, J. Arai, and I. Yuyama, "Real-time pickup method for a three-dimensional image based on integral photography," Appl. Opt., vol. 36, no.7, pp. 1598-1603, 1997 [CrossRef]
- S. Manolache, A. Aggoun, M. McCormick, N. Davies, and S. Y. Kung, "Analytical model of a three-dimensional integral image recording system that uses circular and hexagonal-based spherical surface microlenses," J. Opt. Soc. Am. A, vol. 18, no. 8, pp. 1814-1821, 2001 [CrossRef]
- J.-H. Park, Y. Kim, J. Kim, S.-W. Min, and B. Lee, "Three-dimensional display scheme based on integral imaging with three-dimensional information processing," Opt. Exp., vol. 12, no.24, pp. 6020-6032, 2004 [CrossRef]
- S.-H. Shin and B. Javidi, "Speckle reduced threedimensional volume holographic display using integral imaging," Appl. Opt., vol. 41, no.14, pp. 2644–2649, 2002 [CrossRef]
- Y. Kim, J.-H. Park, H. Choi, S. Jung, S.-W. Min, and B. Lee, "Viewing-angle-enhanced integral imaging system using a curved lens array," Opt. Exp., vol. 12, no. 3, pp. 421-429, 2004 [CrossRef]
- M. Martijnez-Corral, B. Javidi, R. Martijnez-Cuenca, and G. Saavedra, "Integral Imaging with Improved Depth of Field by Use of Amplitude-Modulated Microlens Arrays," Appl. Opt., vol. 43 no. 31, pp. 5806-5813, 2004 [CrossRef]
- Y. Kim, J.-H. Park, H. Choi, J. Kim, S.-W. Cho, and B. Lee "Depth-enhanced three-dimensional integral imaging by use of multilayered display devices," Appl. Opt., vol. 45, no. 18, pp. 4334-4343, 2006 [CrossRef]
- J.-S. Jang and B. Javidi, "Improvement of Viewing Angle in Integral Imaging by Use of Moving Lenslet Arrays with Low Fill Factor," Appl. Opt., vol. 42, no. 11, pp. 1996-2002, 2003 [CrossRef]
- D.-H. Shin and E.-S. Kim, "Computational Integral Imaging Reconstruction of 3D Object Using a Depth Conversion Technique," J. Opt. Soc. Korea, vol. 12, no. 3, pp. 131-135, 2008
- B. Javidi and S.-H. Hong, "Three-Dimensional Holographic Image Sensing and Integral Imaging Display," Journal of Display Technology, vol. 1, no. 2, pp. 341-346, 2005
- S.-C. Kim, P. Sukhbat, and E.-S. Kim, "Generation of three-dimensional integral images from a holographic pattern of 3-D objects," Appl. Opt., vol. 47, no. 21, pp. 3901-3908, 2008 [CrossRef]
- T. Tajahuerce, O. Matoba, S. Verral, and B. Javidi, "Optoelectronic information encryption with phase-shifting interferometry", Appl. Opt., vol. 39, no.14, pp. 2313-2320, 2000
- T.-C. Poon, Digital Holography and Three-Dimensional Display: Principles and Applications (Springer Science+Business Media, Inc., New York, USA, 2006) Chapter 5
- J. W. Goodman, Introduction to Fourier Optics, 2nd ed. (McGraw-Hill, New York, USA, 1996) Chapter 5
- T. Nakatsuji and K. Matsushima, "Free-viewpoint images captured using phase-shifting synthetic aperture digital holography," Appl. Opt., vol. 47, D136-D143, 2008
- C. P. McElhinney, B. M. Hennelly, and T. J. Naughton, "Extended focused imaging for digital holograms of macroscopic three-dimensional objects," Appl. Opt., vol. 47, D71-D79, 2008 [CrossRef]
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text:
- Home
- Dublin Events
Festivals and Fairs
Music Festivals, Book Festivals, St Patrick's Festival. if it's on in Dublin you will find it here.- Castle Hotel Events
- Dublin Attractions
- Travel Tips
- Things to Do
- Dublin Top 10
- Maps
BOOK ONLINE NOWBe the first to receive our special offersGolf
There are many outdoor activities to enjoy whilst you are in the Dublin area. Golf is one of them.
Want to relax on your holiday with a round or two of Golf , then Dublin is the place to be, it is one of the finest places to play golf in Europe. We have 5 of the top 10 courses in Ireland & 3 of them are only around an hour's drive from the city centre.
Royal Dublin Golf Club, Bull Island, Dollymount, Dublin 3.This golf course is the most convenient for travellers who do not wish to travel far from the city centre. This golf course is only a 15 minute taxi drive away. The Royal Dublin Golf Club is often compared to St Andrews Golf Course in Scotland. This golf course is 100 years old with a 73 par course.
St Margarets Golf Course, Skephubble, St Margaret's, County Dublin.This stunning 72 par parkland course has already hosted 3 international tournaments & is situated just west of Dublin Airport. This course is also well known for many exciting holes such as the roller coaster twelfth hole.
Portmarnock Golf Club, Portmarnock, Co DublinThis course is situated around 10 miles outside the city centre on Dublin's Northside. This 72 par course has previously held many tournaments including Dunlop Masters, St Andrews Trophy & many an Irish Open.
If you are planning on hiring a car it is very easy to avail of these great courses & with The Castle Hotel having it's own private and secure park.
The Castle Hotel, Gardiner Row/Great Denmark St, Dublin 1, Ireland Tel: +353(0)1 874 6949 email@example.com
- Castle Hotel Events


text:
Published: Jan 2002
  | Format | Pages | Price |   |
Complete Source PDF (7.7M) | 10 | $109 |   ADD TO CART |
Source: STP1421-EB
Atmospheric corrosion resistance of 1.0Ni-0.4Cu-Ca-S steels was investigated. The effects of Ca and S on the simulated seaside corrosion resistance of 0.1%C-1.0%Mn-0.4%Cu-1.0%Ni-0.01P-Ca-S steels were examined by CCT (cyclic corrosion test), SVET (scanning vibrating electrode technique) and Mossbauer experiments. It was found that the simulated seaside corrosion resistance of steel could be increased through Ca and S additions. Sulfur induced the rapid formation of the stable rust film and Ca was found to increase highly the corrosion resistance in the later stage. Especially, the rust layer formed in CCT tested 0.007%Ca-0.008%S steel was fully protective in 3.5%NaCl solution and thus this composition steel showed the possibility as a seaside corrosion resistant steel. The rust structures of CCT tested steels were analyzed by Mossbauer experiment and it was found that the amount of fine α-FeOOH with a diameter below 13nm remarkably increased with the increase of Ca and S contents. Ca contributed to the suppression of iron dissolution reaction by increasing the pH near the steel surface and also by enhancing the formation of fine α-FeOOH of a diameter below 13nm. Probably, Ca was assumed to activate the formation of α-FeOOH through increasing pH near the steel surface. Sulfur was thought to increase the simulated corrosion resistance by enhancing the formation of α-FeOOH under the seaside atmosphere by a similar mechanism in the case of the industrial atmosphere.
steel, corrosion resistance, seaside atmosphere, calcium, sulfur, ◻ -FeOOH
Author Information:
Yoo, JY
Senior researcher and manager, Technical Research Laboratories, Pohang Iron and Steel Co., Pohang,
Choo, WY
Senior researcher and manager, Technical Research Laboratories, Pohang Iron and Steel Co., Pohang,
Yamashita, M
Professor, Himeji Institute of Technology, Hyogo,
Committee/Subcommittee: G01.04


text:
Jedward will hit the airwaves in Britain again this weekend – but this time to promote holidays in Ireland.
Capitalising on the expected hype for The X Factor final this weekend, Tourism Ireland has got agreement from Jedward to be the butt of a series of comic, tongue-in-cheek, radio ads that will air this Saturday and Sunday on some of Britain's top radio stations including Capital Radio, Magic 105.4 and Heart 106.2.
The Grimes twins are lending their weight to promote good value offers and holiday breaks across the island, by way of a tongue-in-cheek apology to anyone they might have offended in recent months.
Commenting on the initiative, Lawrence Bate, Tourism Ireland's Head of GB, said: "Jedward certainly captured the public imagination here in Britain over the past few months and it makes sense for Tourism Ireland to involve them in our new drive to attract British visitors. We are very grateful to the duo and their management for lending their weight to the new campaign to restore the British market to growth.
"Radio is a very powerful medium for getting across the message that there is great value available on the island of Ireland now – great fares to get here, great offers from the industry and great value menus to be found in our restaurants and eateries."
Further information: Sinéad Grace, Tourism Ireland Tel: 01 476 3493 / 087 685 9027
Who's Who
Search for Tourism Ireland Contacts


text:
3/3/2015 ARKANSAS TOURISM NOTICE: Arkansas's Seven Show Caves Are Open to the Public
Our Junior Fishing Derby is back again this year after a few years of wild weather causing us to cancel. Join fishermen and fisherwomen, 12 years old and under, at Lake Poinsett State Park to try for the big one. We will have volunteers and park interpreters available to help with untangling lines and teaching your young one how to tie a hook. There will also be prizes for the top catches made available by our area businesses.
Lake Poinsett State Park 5752 State Park Lane Harrisburg, AR 72432 Ph: (870) 578-2064 email@example.com