text:
A system having a multiple-mirror ring-down cavity with one mirror where light may be input into the cavity and light from the cavity may be detected. A valve may permit light to enter or not to enter the cavity. An amplifier may be connected to a detector for detecting light from the cavity. The amplifier may be off or set at a low gain when light is entering the cavity and be on at a medium or high gain at a time when light is not entering the cavity.
1. A cavity ring down system comprising:
a cavity; and
at least two mirrors situated in the cavity for reflecting light from one mirror to another in a ring-down manner; and
wherein a first mirror of the at least two mirrors permits light to enter the cavity, and to exit the cavity for detection.
2. The system of
a detector proximate to the first mirror; and
an amplifier connected to the detector; and
wherein the amplifier is for amplifying signals from the detector; and
the signals are indicative of light from the first mirror.
3. The system of
4. The system of
the amplifier is switched on at a time when the light valve is switched off; and
the amplifier is switched off when the light valve is switched on.
5. The system of
6. The system of
7. The system of
the amplifier is in a low gain mode at a time when the light valve is switched on; and
the amplifier is in a high gain mode at a time when the light valve is switched off.
8. The system of
a first amplifier for the low gain mode; and
a second amplifier for the high gain mode.
9. A method for cavity ring-down measurement comprising:
inputting light through a first mirror of a cavity having at least two mirrors for reflecting light from one mirror to another in a ring-down manner; and
measuring light leaking out of the cavity through the first mirror.
10. The method of
11. The method of
measuring the light is accomplished with a detector and an amplifier connected to the detector;
the amplifier is off during the inputting light through the first mirror;
the amplifier is on at a time when light is not inputted through the first mirror.
12. The method of
measuring the light is accomplished with a detector and a multiple-gain amplifier connected to the detector;
the amplifier has a low gain during the inputting of light through the first mirror;
the amplifier has a high gain at a time when not inputting light through the first mirror.
13. The method of
14. A sensor system comprising:
a cavity;
at least two mirrors situated in the cavity for reflecting light to one another;
a source for providing light into the cavity through a first mirror of the at least two mirrors; and
a detector for detecting light from the cavity through the first mirror.
15. The system of
16. The system of
17. The system of
18. The system of
19. The system of
20. The system of
a controller connected to the amplifier and the mechanism for controlling an amount of light from the source to the first mirror; and
the controller selects a high gain of the amplifier at a time when virtually no light is going to the first mirror; and
the controller selects a low gain of the amplifier when light is going to the first mirror.
This application is a continuation-in-part of U.S. patent application Ser. No. 11/633,872, filed Dec. 4, 2006, which is a continuation-in-part of U.S. patent application Ser. No. 10/953,174, filed Sep. 28, 2004, now U.S. Pat. No. 7,145,165.
U.S. patent application Ser. No. 11/633,872, filed Dec. 4, 2006, is hereby incorporated by reference. U.S. patent application Ser. No. 10/953,174, filed Sep. 28, 2004, now U.S. Pat. No. 7,145,165, is hereby incorporated by reference.
The invention pertains to optical systems having loop-like light paths, and particularly to paths having sample fluids inserted into them. More particularly, the invention pertains to light inputs and outputs of the systems.
The invention is an optical system having a loop-like light path with a common input and output port.
It is desirable for simplicity and spatial considerations to provide a signal and make the ring down measurement in a ring down system out of one mirror port. In this way, this mirror may have the lowest reflectance of the system and provide the strongest ring down signal as well as permitting the most light to go into the cavity. Typically with the input light and the detected light being measured at the same port, the reflected input light signal may swamp the weaker ring down light signal.
A detector may measure the light leaking out of the cavity through the high reflectance mirror. The reflected signal is strong and it may be used to tell when the magnitude of the stored light is greatest and optimally coupled into the cavity by the strength of the reflected signal. When the signal is minimal on the detector, a signal may be generated and provided to a switch, such as an acousto-optic (AO) modulator, to shut off the input beam to the cavity. Additionally and very slightly later, a signal may be sent to the detector amplifier circuit on the input mirror to turn on a high gain detector amplifier which would have been swamped earlier by the reflectance off of the input mirror of the reflected laser beam that was not coupled into the cavity. With this signal eliminated by the AO modulator, the cavity detector may just see the ring down signal coming out of the cavity port. The port may be situated at the lower reflectance mirror of the three mirrors. A processor connected to the detector may process and analyze the signal strength during the ring down time period and make a loss measurement. At the end of the ring down time, the light source may be turned back on and the power to the high gain amplifier turned off.
This approach may be used to maintain the largest ring down signal detection and radiation input coupling to the cavity while still not swamping the ring down detector with the input radiation.
As shown in
There may be a detector 67 and detection circuit 63 to extract the ring-down rate from an exponentially decaying ring-down waveform. A technique may be used to measure trace concentrations of gases in the near infrared region using a continuous or pulsed wave excitation 64 in a cavity-ring down spectroscopy cell or cavity 62. Cavity ring-down spectroscopy may be an absorption technique in which light 64 is coupled into the cavity 62 which may be a high finesse optical resonator. The cavity 62 may be tuned to the absorption line of the gas in the cavity being sensed and quantitatively measured. Cavity 62 may be tuned such that light 66 is in phase with the incoming light 64. This tuning, such as adjusting the path length of light 66, may be applicable to other kinds of cavities, such as those with two mirrors, four mirrors, and the like. Tuning the cavity with mirror 72 adjustment 77 with an actuator 79 may be one way of adjustment. Similarly, light source 61 may have an output wavelength tuned to the absorption line of the gas in the cavity.
By monitoring the decay rate of the light 66 inside the cavity with detection circuit 63 and detector 67, one may determine a concentration of a particular gas in the cavity 62. The near infrared or other wavelength light 65 detected from cavity 62 may contain vibrational overtone transitions and forbidden electronic transitions of various atmospheric species of gas. System 60 may obey Beer's law and provide a highly accurate concentration determination of sample gas in cavity 62. The effective path length of the light 66 in the cavity may be about a hundred or more times larger than the physical size of the cell 62 due to highly reflective dielectric mirrors 71, 72 and 73. Mirror 72 with adjustment 77 may be used for tuning the path length of cell 62 for light 66.
There may be fast trace gas impurity measurements of critical molecules such as H2O, CO, NH3, HF, HCl, CH4 and C2H2. Such measurements may be made in seconds. Trace moisture concentration may be measured at levels from parts per billion (ppb) to parts per trillion (ppt).
Light source 61 may send a continuous wave (or possibly pulsed) light signal 64 to cell 62. Signal 64 may be regarded as a signal 66 that is reflected around in cell 62 from mirror 71, to mirror 72, to mirror 73, to mirror 71 and so on until the signal 66 diminishes. Some of the light may leave cell 62 as light 65 and impinge detector 67. Detector 67 may convert light signal 65 to an electrical signal 68 that goes to a data acquisition and analysis unit 69. Control electronics 74 may receive signals 76 and 83 from detector 67 and data acquisition and analysis unit 69, respectively, and send a control signal 75 as needed to light source laser 61. A control signal 85 may be provided to an optical switch 84 for blocking light 64 to cavity 62. Also, a control signal 90 may be sent to a moveable support 79 of mirror 72 to provide tunability of the path for light 66. Support 79 may be a piezoelectric transducer that moves mirror 72 along an axis 77 for tuning and/or modulating of the path length of cell 62.
One may detect a certain fluid using a light source 61 tuned on a transition band, near a particular frequency. Using system 62, one may be able to measure the concentration of the fluid in some medium. The certain fluid and associated medium may enter cavity 62 via a port 78 and exit the cavity via a port 79. Ports 78 and 79 may include or be valves. Port 81 may be for a connection to a pump and port 82 may be used for a gauge, or vice versa. One or more hollow optical fibers to and from the ring cavity 62 may be used to provide gas to or take gas from the ring cavity. The gas may be compartmentalized in the cavity with Brewster windows.
The system 60 may provide for an intrinsic measure of absorption. The CRDS sensitivity may equal
Another relationship may be:
Typical sensitivity of system 60 may be at about 10−6 to 10−10 cm−1 for multimode light and about 10−9 to 10−12 cm−1 for single mode light. System 60 may be built on the strengths of a MEMS etalon, various laser system technologies and VCSELs. The cavity 62 may be fabricated, formed or machined, or the like as a triangular or other structure from one or several pieces of solid material. Cavity 62 may be ring laser gyroscope cavity or have a structure like that of a ring laser gyroscope cavity. Light source 61 may, for example, be a tunable laser, or other kind of appropriate light source.
To reiterate, at the corners of a triangular cavity 62, there may be the mirrors 71, 72 and 73. Mirror 73 may leak some light 66 from the cavity as light 65 to detector 67 for detection and analysis purposes. For instance, mirror 73 may have a small hole for input and output for light 64 and 65, respectively. In this case, the mirror 73 may be fully reflective. Detection of light 65 may note intensity versus time, frequency, and other parameters as desired. Mirrors 71, 72 and 73 may be high or low reflectance mirrors, or be a combination of them.
The system 60 may consist of not just the external light source 61 (such as a tunable laser), but a mechanism, such as an optical switch 84, for rapidly extinguishing the incident light. A corner of the cavity light path with mirror 73 may be an input and an output port for cavity 62. The input and output may be integrated into a common optical coupler or port. The highly reflective mirrors may contain much of the light traveling around along the cavity 62 ring light path. However, some of the light may exit from the cavity through the port or mirror 73 and go directly to detector 67.
The pathlength of cavity 62 of
If the output mirror 73 transmission is half of the total cavity 62 loss, the dip 139 in the signal, shown by either light signal 65 or its electrical representative in signal 68, can approach zero. With this situation,
A particular effect may be noted in
Generally, depending on a number of factors, the dip 143 in the signal 68 might not come down very far, as shown in
Detector 67 may have two separate amplifiers 131 and 151, as in
Switch 153 may then be turned on, connecting the detector 132 current to amplifier 151. Amplifier 151 may have a higher gain (e.g., programmable gain) than amplifier 131. Since the amplifier 151 output does not have a large voltage transient, the small decay signal 155 may remain undistorted. Amplifier 131 is applicable where the signal change is in volts. Amplifier 151 is applicable where the signal change is in millivolts.
There may be a signal benefit to having one input/output mirror in the CRDS system.
Since the external power is 4*T2/Loss2, having one mirror with all the loss means that the relative output signal is about 4 units of magnitude, as shown by curve 163 in
Optical cavity 62 ring down signal amplitude may be noted relative to mirror transmittance considerations. The cavity may be pumped and observed through same mirror. One may pump the cavity at an optical resonance peak (assume a TEM00 mode for simplicity). Input mirror transmittance (power) may be Tin, cavity loss may be γ (includes Tin), the input power may be taken to be one (i.e., normalize the results to Pin). At resonance the intra-cavity power may build up to Pcav=4Tin/γ2. After this condition is established, the input beam may be shut off. The initial value of the exponentially decaying cavity power, observed exiting the cavity through the (former) input mirror, may be Pout0=4Tin 2/γ2. As Tin becomes all of the total loss gamma (γ), Pout may be four times the Pin initially. For cases where Tin is 50 percent of the total cavity loss, the Pout may be equal to the Pin initially. For values where Tin is less than 50 percent of the total loss, Pout may be less than the Pin initially.
The decay initial power to show the effect of "other" cavity losses, which include scatter, mirror absorption, transmittance of the mirrors other than the in/out mirror, and sample absorption, may be written as
Pout0=4Tin 2/(Tin+γother)2. From this expression, it may be seen that, as a function of Tin, the decay initial power is a monotonically increasing function of Tin and is greater than 1 for Tin>γother. Curve 166 of the graph in
In the present specification, some of the matter may be of a hypothetical or prophetic nature although stated in another manner or tense.
Although the invention has been described with respect to at least one illustrative example, many variations and modifications will become apparent to those skilled in the art upon reading the present specification. It is therefore the intention that the appended claims be interpreted as broadly as possible in view of the prior art to include all such variations and modifications.
Patent Citations
Non-Patent Citations
Referenced by
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Let's See Your STAR TREK Stuff!
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January 18 2013, 01:22 PM
Lieutenant Commander
Location: Pickering, Ontario, Canada
Re: Let's See Your STAR TREK Stuff!
ZapBrannigan wrote:
Amazing collection, LAFR. The ship models alone are a museum exibit in themselves. And what kind of communicator is that by the window? It looks like a good one.
I notice you have the early Bantam paperbacks in your collection, as do I:
Along with THE MAKING OF STAR TREK, these James Blish books were the first things I got. They actually motivated me to be a better reader.
The communicator is one which has a couple of batteries in it. Weight and size are good. I drilled holes in the plastic cover and painted it a better shade of gold.
Yeah - the books were probably the first things I ever bought with my own allowance money.
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Ankin Law News
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Two years ago, giving to the Global Mission Fund was promoted as a new, efficient way to support our Synod's national and international Witness, Mercy, Life Together work. We made a commitment to steward your gifts wisely, and we strive to maximize the "deployable" portion of every gift.
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By supporting LCMS missionaries or by giving to the LCMS Global Mission Fund, donors play a key role in Gospel proclamation, disaster response and human care activities at home and abroad.
Leading By Faith and Example
Several young, Boston-area professionals faithfully support their congregations and the work of the church through the Lutheran Malaria Initiative, serving as role models of Christian stewardship.
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Claire Kuddes, a widow from Independence, Mo., gives $50 a month to the LCMS for mercy work and sees it as her way of carrying out the Great Commission as instructed by Christ in Scripture.
Network Enables Missionaries to be Fishers of Men
Soon, 29 new LCMS missionaries will venture out onto mission fields across the globe. Standing behind them is a network of support designed to go the distance in meeting each missionary's needs so that nothing impedes the proclamation of the Gospel. How does this 'net' work and how can you be part of it? It's […]
Mission Society Grows into "Valued Strategic Partner"
by Kim Plummer Krull It was 17 years ago when Tim Heiney began serving as the first Lutheran missionary in Guinea, West Africa. He questioned if he could provide proper theological training while dealing with "all the other problems, frustrations and opportunities" that go along with mission work. But thanks be to God who, through […]
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Welcome Back, Commander
OpenRA is a Libre/Free Real Time Strategy project that recreates the classic Command & Conquer titles.
We include recreations of C&C (Tiberian Dawn), C&C: Red Alert, and Dune 2000. These are not intended to be perfect copies, but instead combine the classic gameplay of the originals with modern improvements such as unit veterancy and the fog of war.
OpenRA's primary focus is cross-platform multiplayer between Windows, OS X, and Linux; however, we include a number of single-player missions, and also support skirmish games against AI bots.
Latest News
Playtest 20150628
Posted by Matthias Mailänder at 2015-06-28 19:55:00 +0000
Work has been progressing well on our next development cycle, and we are today making a snapshot of this work available in the form of a new playtest release. playtest-20150628 focuses on behind-the-scenes improvements, but also includes a collection of new features and bug fixes.
The most visible changes in this playtest include:
- Removed the "Enemy unit detected" notification, by popular demand.
- A collection of TD balance changes based on player feedback. [#8303]
- Use the repair cursor or order a unit to a repair depot. In D2K a carryall will pick up the actor. [#8056]
- Units built from the starport in D2K now work with the "select units by type" hotkey. [#8212]
- Improvements to the player name and color validation. [#8137, #8380]
- New missions: Nod06b, Nod06c (TD), Soviet02a, Soviet05 (RA), Atreides01a, Atreides01b (D2K).
- A collection of polish fixes for maps, tooltips, and unit artwork.
On the technical front, improvements include:
- A collection of fixes for issues found using Coverity Scan.
- Several new lint tests to detect common YAML errors in maps and mods.
- Changes towards a more consistent set of rendering traits. [#8171]
- A Significant rework of the shroud code to prepare for TS shroud and scripted map area changes.
- Improved support for compiling and running OpenRA on BSD operating systems.
- Improvements to our Lua API for map authors.
For the full changelog, please refer to the changelog page on our wiki.
Our new in-game map editor has also received a collection of bug fixes, and the ability to view and edit the area outside the playable map area. The old map editor (which we inadvertently broke in the last release - sorry!) has been removed.
If you encounter any problems or bugs (especially anything related to the shroud or any new crashes), then please let us know on our bug tracker or the comments below.
P to take a screenshot. The hotkey binding is configuarable via Settings - Input.
Use the repair cursor in D2K to signal a Carryall to transport an actor for repair!
The new map editor is more stable, and updated maps now show correctly in the map selection screen.
A preview of things to come: work is nearly complete on rewriting the shroud logic to support terrain height.


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Forum Post: Boychuk for Kulikov ??
Posted 02/04/2014 10:11:44 EST
In response to bostonfan191646's comment:
after this game i might have to rethink it.
Forum Post: Save of the year? Fluery robs Karlsson
Posted 02/04/2014 05:57:59 EST
Me too, that shot was just under the crossbar which made it especially ridiculous.
Posted 02/04/2014 04:30:20 EST
Forum Post: Kerry Fraser owns Habs fan on TSN over Gallagher non-call.
Posted 02/04/2014 04:26:12 EST
i saw this a couple days ago and someone tried telling me it was interference and tripping. lmao Gallagher runs into the goalie, then tries to skate between Montoya and the net (a big no no) then flop more »
Forum Post: Michel Therrien shows his players how to flop and embellish
Posted 02/04/2014 04:18:35 EST
this is how they really do it, run into the goalie a few times get pushed around then do a back flip while falling over a stick that was already in your path...pathetic
Forum Post: Start Merlot Line Tonight?
Posted 02/04/2014 04:15:48 EST
In response to ejacks' comment: I think it would be hilarious - especially if CJ just gave Torts a little wink as they took the ice. bring up robbins and start him at center instead of soupy the punc more »
Forum Post: Speaking of Embellishing!
Posted 02/04/2014 04:10:48 EST
looks to me like he got clipped in the back of the head by his teammates skate who was skating pretty fast, doubt he was faking it, why would he??
Forum Post: Trade Thoughts?
Posted 02/03/2014 12:47:43 EST
would really like to get Girardi from the Rags but i doubt that would happen. i'd offer Bartkowski or Miller and if that wasnt enought i'd move on.
Posted 02/03/2014 12:45:15 EST
In response to Uncle-Salty's comment: Hope you like Phillips cause it'll happen. Let me save you the time of watching the presser following this brilliant move: Chiarelli (looking like he hasn't s more »
Forum Post: Pure speculation; Letang trade rumors/thoughts?
Posted 02/03/2014 12:41:15 EST
In response to Al-Samarraie's comment: Hearing some unsubstantiated rumors out of Pitt press that Shero may move Letang this year. Again, pure speculation, but what do you think he'd go after, what do more »
Forum Post: How to handle Rask
Posted 02/03/2014 12:39:42 EST
play him against vancouver and St Louis, then sit him for the Ottawa game prior to the olympic. hard to call what to do after the olympics because we dont know how much he will play there
Forum Post: Lucic
Posted 02/02/2014 11:47:52 EST
In response to bruin4evr's comment: xdrive... You should go post on your favorite teams site, because your either a bruin hater or you don't watch much hockey. Lucic would be welcome on 29 other more »
Posted 01/31/2014 03:31:39 EST
he's in another one of those stretches where he is invisible except when he is turning the puck over. i dont know if he's hurt or something but he doesnt seem to win a lot of puck battles for a guy of more »
Forum Post: Eriksson
Posted 01/31/2014 03:29:31 EST
hes a good player unfortunately the two concussions have really set him back right when he seemed to be adjusting to the Bruins system
Forum Post: Game 53 - Canadiens at Bruins GDT
Posted 01/30/2014 09:00:08 EST
In response to DeadAhead2's comment: This is what happens when you don't play your game. I am tired of watching them come out flat vs the hated Habs. Drop the gloves! Do something! Exactly, come out more »
Posted 01/30/2014 08:58:54 EST
Losing draws, poor decisions and uninspired play, poor effort all around
Posted 01/30/2014 04:56:52 EST
In response to Bookboy007's comment: Note that Kelly's on the fourth line, Paille on the third. I'm increasingly convinced the coaching staff is going to swap Kelly in as 3rd line C late in games wit more »
Forum Post: spooner sent down. mistake.
Posted 01/30/2014 04:48:36 EST
In response to bostonfan191646's comment: I think this is a huge mistake. what do you guys think. huge mistake?? no he hasnt even scored a goal the whole time he was up here. i like him and the talen more »
Forum Post: Thomas Embarrassed
Posted 01/29/2014 03:36:34 EST
In response to DaveyN's comment: In response to NeelyOrrBourque's comment: In response to BadHabitude's comment: In response to Ergoetal's comment: "After Carl Soderberg ran into him, Thomas responded more »
Posted 01/29/2014 03:32:11 EST
In response to gord11's comment: I'm more 'interested' in his (Thomas') chop to the neck/head area of Soderberg with seconds remaining. Reviewable, I think. He could have really injured Soderberg. he more »
Forum Post: Seidenberg missed that much?
Posted 01/17/2014 03:49:47 EST
i think he can be had
Forum Post: Leafs at Bruins 1/14 gdt
Posted 01/14/2014 10:06:33 EST
Rask has been horribly inconsistent lately, last two goals should be easy saves for him
Posted 01/13/2014 02:17:12 EST
In response to kelvana33's comment: Kind of hard to argue against it. Penaly kill numbers have gone down dramatically and goals gainst is up significant. McQuaid has missed some time, kind of without more »
Forum Post: Predators @ Bruins 1-2-14 GDT
Posted 01/02/2014 08:52:08 EST
In response to Bruinfaninnewjersey's comment: In response to kelvana33's comment: Spooner screwd up on that one, gotta get your man there. I thought that was Krug's man? No, its spooners guy the dummy more »
Forum Post: Pretty embarrassing
Posted 12/06/2013 03:17:00 EST
Bruins got what they deserved, they played like crap in the 2nd period.
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