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64be8859_velodge_Ireland_Privacy_Policy__Purpose | [Cookie and tag types] Marketing [Examples] Doubleclick [Purpose] | Doubleclick use cookies to serve Travelodge advertising across other relevant websites. They also gather information about advertising performance and conversion information. | [] | Travelodge Ireland | Travelodge Ireland Privacy Policy | Purpose | https://www.travelodge.ie/privacy-policy | 31/1438042989018.48_20150728002309-00004-ip-10-236-191-2_953080113_0.json |
64be8859_velodge_Ireland_Privacy_Policy__Purpose | [Examples] Silverpop [Purpose] | Silverpop track any interaction and conversion that comes as a result of clicking on a link in a Travelodge promotional email using cookies. | [] | Travelodge Ireland | Travelodge Ireland Privacy Policy | Purpose | https://www.travelodge.ie/privacy-policy | 31/1438042989018.48_20150728002309-00004-ip-10-236-191-2_953080113_0.json |
64be8859_velodge_Ireland_Privacy_Policy__Purpose | [Examples] Affiliate Window [Purpose] | As part of our affiliate programme these cookies and tags are used to track and store information if you click on an affiliate window link on a third party website, banner, advertisement or email. They also track conversion and information about the referring site and time of the click. | [] | Travelodge Ireland | Travelodge Ireland Privacy Policy | Purpose | https://www.travelodge.ie/privacy-policy | 31/1438042989018.48_20150728002309-00004-ip-10-236-191-2_953080113_0.json |
5374b305_Symposium__Boston__August_2010__2 | [0] Time [1] Speaker [2] | Title | [] | ACS RDF Symposium, Boston, August 2010 | 2 | http://egonw.github.io/acsrdf2010/ | 2/1438042982745.46_20150728002302-00290-ip-10-236-191-2_78310810_2.json |
5374b305_Symposium__Boston__August_2010__2 | [0] 13:05 [1] Chair [2] | Introduction | [] | ACS RDF Symposium, Boston, August 2010 | 2 | http://egonw.github.io/acsrdf2010/ | 2/1438042982745.46_20150728002302-00290-ip-10-236-191-2_78310810_2.json |
5374b305_Symposium__Boston__August_2010__2 | [0] 13:15 [1] Eric Prud'hommeaux [2] | Overview of the linking open drug data task Abstract There is much interesting information about drugs that is available on the Web. Data sources range from medicinal chemistry results, to the impacts of drugs on gene expression, through to the results of drugs in clinical trials. Linking Open Drug Data (LODD) is a task within the W3C's Health Care Life Sciences Interest Group. LODD has surveyed publicly available data sets about drugs, created Linked Data representations of the data sets and interlinked them together, and identified interesting scientific and business questions that can be answered once the data sets are connected. The task also actively explores best practices for exposing data in a Linked Data representation The figure below shows part of the data sets that have been published and interlinked by the task so far. The LODD data sets are represented in dark gray, while light gray represents other Linked Data from the life sciences, and white indicates data sets from different domains. Collectively, the LODD data sets consist of over 8 million RDF triples, which are interlinked by more than 370,000 RDF links. This presentation will introduce the LODD task and show examples of recent. HTML | [] | ACS RDF Symposium, Boston, August 2010 | 2 | http://egonw.github.io/acsrdf2010/ | 2/1438042982745.46_20150728002302-00290-ip-10-236-191-2_78310810_2.json |
5374b305_Symposium__Boston__August_2010__2 | [0] 14:00 [1] Jeremy Frey [2] | Control, monitoring, analysis and dissemination of laboratory physical chemistry experiments using semantic web and broker technologies Abstract A suite of software was developed to control and monitor experimental and environmental data and used for probing of the air/water interface using Second Harmonic Generation. A centralised message broker enabled a common communication protocol between all objects in the system; experimental apparatus, data loggers, storage solutions and displays. The data and context are captured and represented in ways compatible with the Semantic Web. Experimental plans and the enactment are described using the oreChem experiments ontology; this provides the means to capture the metadata associated with the experimental process and the resulting data. Environmental data was stored in the Open Geospatial Consortium Sensor Observation Service (SOS). The SOS is part of the Sensor Web Enablement architecture; this describes a number of interoperable interfaces and metadata encodings for integrating sensors webs into the cloud. A mashup web interface was produced to link all these sources of information from a single point. | [] | ACS RDF Symposium, Boston, August 2010 | 2 | http://egonw.github.io/acsrdf2010/ | 2/1438042982745.46_20150728002302-00290-ip-10-236-191-2_78310810_2.json |
5374b305_Symposium__Boston__August_2010__2 | [0] 14:30 [2] | Intermission | [] | ACS RDF Symposium, Boston, August 2010 | 2 | http://egonw.github.io/acsrdf2010/ | 2/1438042982745.46_20150728002302-00290-ip-10-236-191-2_78310810_2.json |
5374b305_Symposium__Boston__August_2010__2 | [0] 14:45 [1] Dave Jessop [2] | Semantic Analysis of Chemical Patents Abstract Chemical patents are a rich source of technical and scientific information. They include meta−data, such as bibliographic information, as well as scientific data relating to reactions and synthesis experiments. However, they are lengthy, largely unstructured and rich in technical terminology such that it takes a signification amount of human efforts for analyses. This would make them an ideal candidate for 'semantification'. As a demonstration, an RDF triplestore of chemical patents is created. The patents, provided by the European Patent Office, are in an XML format. Document segmentation is used initially to extract the relevant information, mainly bibliographic information and experimental paragraphs. The experimental paragraphs are then processed using Natural Language Processing tools to extract the various components of the chemical reaction; roles, such as reactant, product or solvent, are then assigned. This extracted information is then converted into RDF and stored in a triplestore where it can then be queried, visualised and basic inferences can be made.The ultimate goal of this semantic representation, is to make data available and re−usable by the scientific community. PDF | [] | ACS RDF Symposium, Boston, August 2010 | 2 | http://egonw.github.io/acsrdf2010/ | 2/1438042982745.46_20150728002302-00290-ip-10-236-191-2_78310810_2.json |
5374b305_Symposium__Boston__August_2010__2 | [0] 15:15 [1] David Wild [2] | Data mining and querying of integrated chemical and biological information using Chem2Bio2RDF Abstract We have recently developed a freely−available resource called Chem2Bio2RDF that consists of chemical, biological and chemogenomic datasets in a consistent RDF framework, along with SPARQL querying tools that have been extended to allow chemical structure and similarity searching. Chem2Bio2RDF allows integrated querying that crosses chemical and biological information including compounds, publications, drugs, genes, diseases, pathways and side−effects. It has been used for a variety of applications including investigation of compound polypharmacology, linking drug side−effects to pathways, and identifying potential multi−target pathway inhibitors. In the work reported here, we describe a new set of tools and methods that we have developed for querying and data mining in Chem2Bio2RDF, including: Linked Path Generation (a method for automatically identifying paths between datasets and generating SPARQL queries from these paths); an ontology for integrated chemical and biological information; a Cytoscape plugin that allows dynamic querying and network visualization of query results; and a facet−based browser for browsing results. PDF | [] | ACS RDF Symposium, Boston, August 2010 | 2 | http://egonw.github.io/acsrdf2010/ | 2/1438042982745.46_20150728002302-00290-ip-10-236-191-2_78310810_2.json |
5374b305_Symposium__Boston__August_2010__2 | [0] 15:45 [1] Qian Zhu [2] | Mining and visualizing chemical compound−specific Chemical−Gene/Disease/Pathway/Literature relationships Abstract In common with most scientific disciplines, there has in the last few years been a huge increase in the amount of publicly−available and proprietary information pertinent to drug discovery, owing to a variety of factors including improvements in experimental technologies. So the big challenge for us is how we can use all of this information together in an intelligent way, in an integrative fashion. We are developing an application to mine relationships between Chemical and Gene/Disease/Pathway/Literature, and visualize them. It aims to help answer the question “anything else should I know about this compound?” from a medicinal chemistry perspective based on the full picture of chemicals. For the mining part, we have already developed an aggregating web services, named WENDI, which calls multiple individual or atomic, web services including diversity of compound−related data sources, predictive models and self−developed algorithms, and aggregates the results from these services in XML; For visualizing, two ways to go: First, we create a RDF reasoner to convert XML from WENDI to RDF, find inferred relationships based on RDF, rank evidences focused on chemical−disease, and print all evidences out by using SWP faceted browser based on Longwell http://simile.mit.edu/wiki/Longwell), it mixes the flexibility of the RDF data model with the faceted browser to enable users to browse complex RDF triples in a user−friendly and meaningful manner; Second, we place all relationships from WENDI into a chemical space consisted of 60M PubChem compounds, then clustered/highlighted particular chemical compounds with specific attributes, like gene/disease/pathway/literature by using PubChemBrowse, which is a customized visualization tool for cheminformatics research and provides a novel 3D data point browser that displays complex properties of massive data on commodity clients and supports fast interaction with an external property database via semantic web interface. PDF | [] | ACS RDF Symposium, Boston, August 2010 | 2 | http://egonw.github.io/acsrdf2010/ | 2/1438042982745.46_20150728002302-00290-ip-10-236-191-2_78310810_2.json |
5374b305_Symposium__Boston__August_2010__2 | [0] 16:45 [2] | End | [] | ACS RDF Symposium, Boston, August 2010 | 2 | http://egonw.github.io/acsrdf2010/ | 2/1438042982745.46_20150728002302-00290-ip-10-236-191-2_78310810_2.json |
091f6737_the_Kilogram__Scientists_Argue__2 | [0] Quantity [1] Unit [2] | Defined by | [] | Time to Redefine the Kilogram, Scientists Argue | 2 | http://www.livescience.com/213-time-redefine-kilogram-scientists-argue.html | 31/1438042989018.48_20150728002309-00012-ip-10-236-191-2_556226363_10.json |
091f6737_the_Kilogram__Scientists_Argue__2 | [0] Length [1] meter [2] | distance light travels in a vacuum | [] | Time to Redefine the Kilogram, Scientists Argue | 2 | http://www.livescience.com/213-time-redefine-kilogram-scientists-argue.html | 31/1438042989018.48_20150728002309-00012-ip-10-236-191-2_556226363_10.json |
091f6737_the_Kilogram__Scientists_Argue__2 | [0] Mass [1] kilogram [2] | prototype at BIPM | [] | Time to Redefine the Kilogram, Scientists Argue | 2 | http://www.livescience.com/213-time-redefine-kilogram-scientists-argue.html | 31/1438042989018.48_20150728002309-00012-ip-10-236-191-2_556226363_10.json |
091f6737_the_Kilogram__Scientists_Argue__2 | [0] Time [1] second [2] | oscillations of the cesium atom | [] | Time to Redefine the Kilogram, Scientists Argue | 2 | http://www.livescience.com/213-time-redefine-kilogram-scientists-argue.html | 31/1438042989018.48_20150728002309-00012-ip-10-236-191-2_556226363_10.json |
091f6737_the_Kilogram__Scientists_Argue__2 | [0] Electric current [1] ampere [2] | attraction between two wires | [] | Time to Redefine the Kilogram, Scientists Argue | 2 | http://www.livescience.com/213-time-redefine-kilogram-scientists-argue.html | 31/1438042989018.48_20150728002309-00012-ip-10-236-191-2_556226363_10.json |
091f6737_the_Kilogram__Scientists_Argue__2 | [0] Temperature [1] Kelvin [2] | point where ice, water, steam coexist | [] | Time to Redefine the Kilogram, Scientists Argue | 2 | http://www.livescience.com/213-time-redefine-kilogram-scientists-argue.html | 31/1438042989018.48_20150728002309-00012-ip-10-236-191-2_556226363_10.json |
091f6737_the_Kilogram__Scientists_Argue__2 | [0] Number [1] mole [2] | atoms in 12 grams of carbon | [] | Time to Redefine the Kilogram, Scientists Argue | 2 | http://www.livescience.com/213-time-redefine-kilogram-scientists-argue.html | 31/1438042989018.48_20150728002309-00012-ip-10-236-191-2_556226363_10.json |
091f6737_the_Kilogram__Scientists_Argue__2 | [0] Luminous intensity [1] candela [2] | light from single-frequency source | [] | Time to Redefine the Kilogram, Scientists Argue | 2 | http://www.livescience.com/213-time-redefine-kilogram-scientists-argue.html | 31/1438042989018.48_20150728002309-00012-ip-10-236-191-2_556226363_10.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] What types of personal property are taxable? [1] | Automobiles, trucks, recreational vehicles, motorcycles, trailers, boats, airplanes, mobile homes, business furniture, fixtures, equipment, and machinery and tools used in a manufacturing process. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] How is personal property assessed? [1] | The Commissioner of the Revenue is required by law to assess vehicles by means of a recognized pricing guide. The pricing guides utilized by the City of Lynchburg are the National Automobile Dealers Association official used car guide and the official older used car guide. Clean trade in is the value taken from these books. If a vehicle is not listed in the guide, the assessment will be based on a percentage of purchase cost or a percentage of MSRP. The pricing guide utilized for motorcycles is the National Automobile Dealers Association Motorcycle appraisal guide. The value taken is clean trade in. For most other personal property, the assessed value is based on a percentage of original cost. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] How is the amount of tax determined? [1] | The personal property tax rate is established by the Lynchburg City Council. The tax is figured by multiplying the property's assessed value by the tax rate. The current personal property rate is $3.80 per $100 of assessed value. The current rate for machinery and tools is $3.00. Mobile homes are assessed as personal property but are taxed at the real estate rate which is currently $1.11. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] What is proration? [1] | The City of Lynchburg is one of several localities in Virginia with the authority to collect personal property taxes on a pro-rated basis. In general terms, a vehicle's tax will be prorated on a monthly basis based on the number of months it has a situs in the City of Lynchburg or is owned by the taxpayer. Mobile homes, airplanes, and business equipment are not prorated. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] If I move out of Lynchburg or sell my automobile, will my tax bill be prorated? [1] | If you move out of state or into another prorating locality in Virginia or sell your vehicle, you are eligible to have your personal property tax bill prorated. You may receive either a credit or a refund of taxes paid for the portion of the year your property was not located in Lynchburg.If you move after January 1 of the tax year to a non-prorating locality you must pay the City of Lynchburg for the entire year. If you move to a prorating locality in Virginia you must provide a paid personal property receipt from that locality in order to receive a credit or refund from the City of Lynchburg.If you move to another state you must submit a copy of the other state's registration for your vehicle.If you have disposed of your vehicle you must provide a copy of a bill of sale or a repossession notice. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] When is my personal property tax bill due? [1] | Personal property taxes are billed in two installments. The first installment, which includes your city vehicle license fee, is mailed May 1 and is due June 5. The second installment is mailed November 1 and is due December 5. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] I have purchased a new vehicle and registered it at DMV, do I need to obtain a City of Lynchburg decal? [1] | The City of Lynchburg does not require automobiles to display a decal. All vehicles with active license plates will be charged a city license fee. This fee will be included on the first installment of personal property taxes. If your vehicle has been registered at DMV with a City of Lynchburg garage jurisdiction, you do not need to contact the Commissioner's office. DMV will forward your vehicle information to the Commissioner. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] I have just moved into the City of Lynchburg, must I notify the Commissioner's office? [1] | If you have changed your vehicle information at DMV to reflect a garage jurisdiction of Lynchburg, this information will be forwarded to the Commissioner. If you have not changed this information at DMV, contact the Commissioner's office immediately. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] If I sell my automobile, whom must I notify? [1] | The Virginia Department of Motor Vehicles and the Commissioner of the Revenue must be notified within 30 days. This is the legal responsibility of the citizen, not that of the motor vehicle dealer or new owner. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] I am active duty military, am I liable for personal property tax in the City of Lynchburg? [1] | Under the Servicemembers Civil Relief Act, active duty military personnel are subject to state and local taxation only in their home of record. If you maintain the City of Lynchburg as your legal residence and your vehicle is registered in Virginia you would be liable for personal property tax regardless of where you may be stationed or where your vehicle may be garaged or located during the tax year. If you and your spouse are in Lynchburg by virtue of military orders, you would not be liable for personal property tax. Any service member requesting an exemption from personal property tax will be required to submit a copy of their most recent leave and earnings statement. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
5fe26cfa____City_of_Lynchburg__Virginia__1 | [PERSONAL PROPERTY FAQs] I am a full-time college student, am I liable for personal property tax in the City of Lynchburg? [1] | If you are a full-time student attending an institution of higher learning in Lynchburg, you would not be liable here if you are paying a personal property tax on the vehicle in your domicile. If you are a resident of Lynchburg attending college elsewhere, you are liable for personal property tax here. | [] | Personal Property Tax | City of Lynchburg, Virginia | 1 | http://lynchburgva.gov/personal-property-tax | 37/1438042988598.68_20150728002308-00139-ip-10-236-191-2_147222325_3.json |
4a999317_arallel_Composer___英特尔__开发人员专区__2 | [0] Method [1] Description [3] Caveats [2] | Benefits | [] | Getting Code Ready for Parallel Execution with Intel® Parallel Composer | 英特尔® 开发人员专区 | 2 | https://software.intel.com/zh-cn/articles/getting-code-ready-for-parallel-execution-with-intel-parallel-composer | 39/1438042989126.22_20150728002309-00253-ip-10-236-191-2_891392361_2.json |
4a999317_arallel_Composer___英特尔__开发人员专区__2 | [0] Explicit Threading APIs [1] Low-level APIs such as the Win32* Threading API and Pthreads* for low-level multi-threaded programming [3] Relatively complex code to write, debug, and maintain; very time-consuming All thread management and synchronization done by the programmer [2] | Maximum control and flexibility Does not need special compiler support | [] | Getting Code Ready for Parallel Execution with Intel® Parallel Composer | 英特尔® 开发人员专区 | 2 | https://software.intel.com/zh-cn/articles/getting-code-ready-for-parallel-execution-with-intel-parallel-composer | 39/1438042989126.22_20150728002309-00253-ip-10-236-191-2_891392361_2.json |
4a999317_arallel_Composer___英特尔__开发人员专区__2 | [0] OpenMP* (Enabled by /Qopenmp compiler option) [1] A specification defined by OpenMP.org to support shared-memory parallel programming in C/C++ and Fortran through the use of APIs and compiler directives [3] Not much user control over threads such as setting thread priorities or performing event-based or inter-process synchronization [2] | Potential for large performance gain with relatively little effort Good for rapid prototyping Can be used for C/C++, and Fortran Allows incremental parallelism using compiler directives User control over what code to parallelize Single-source solution for multiple platforms Same code base for both serial and parallel version | [] | Getting Code Ready for Parallel Execution with Intel® Parallel Composer | 英特尔® 开发人员专区 | 2 | https://software.intel.com/zh-cn/articles/getting-code-ready-for-parallel-execution-with-intel-parallel-composer | 39/1438042989126.22_20150728002309-00253-ip-10-236-191-2_891392361_2.json |
4a999317_arallel_Composer___英特尔__开发人员专区__2 | [0] Intel® Cilk™ Plus [1] New Keywords for C and C++ (cilk spawn, cilk sync, cilk for), reducers to avoid race conditions, and array notations to take advantage of vectorization. [3] Requires compiler support No support for Fortran No fine-grain control over threading [2] | Clean syntax that preserves serial organization and semantics of the original program. Multicore and SIMD in a single package. Composable, easy to reason about. | [] | Getting Code Ready for Parallel Execution with Intel® Parallel Composer | 英特尔® 开发人员专区 | 2 | https://software.intel.com/zh-cn/articles/getting-code-ready-for-parallel-execution-with-intel-parallel-composer | 39/1438042989126.22_20150728002309-00253-ip-10-236-191-2_891392361_2.json |
4a999317_arallel_Composer___英特尔__开发人员专区__2 | [0] Intel® Threading Building Blocks [1] Intel's C++ runtime library that simplifies threading for performance by providing parallel algorithms and concurrent data structures that eliminate tedious threading implementation work [3] Mostly suited to C++ programs No support for Fortran [2] | Does not need special compiler support Uses standard C++ code like STL Automatic thread creation, management, and scheduling Allows expressing parallelism in terms of tasks rather than threads | [] | Getting Code Ready for Parallel Execution with Intel® Parallel Composer | 英特尔® 开发人员专区 | 2 | https://software.intel.com/zh-cn/articles/getting-code-ready-for-parallel-execution-with-intel-parallel-composer | 39/1438042989126.22_20150728002309-00253-ip-10-236-191-2_891392361_2.json |
4a999317_arallel_Composer___英特尔__开发人员专区__2 | [0] Auto-Parallelization (Enabled by /Qparallel compiler option) [1] A feature of the Intel® C++ Compiler to automatically parallelize loops with no loop-carried dependency in a program [3] Works on loops that compiler can statically prove are parallelizable through data-dependency and aliasing analysis [2] | Compiler automatically generates multi-threaded code for parallelizable loops Can be used together with other threading techniques | [] | Getting Code Ready for Parallel Execution with Intel® Parallel Composer | 英特尔® 开发人员专区 | 2 | https://software.intel.com/zh-cn/articles/getting-code-ready-for-parallel-execution-with-intel-parallel-composer | 39/1438042989126.22_20150728002309-00253-ip-10-236-191-2_891392361_2.json |
4a999317_arallel_Composer___英特尔__开发人员专区__2 | [0] Auto-Vectorization (Enabled by /arch: and /Qx options) [1] Technique used to optimize loop performance through vector-level parallelism on Intel® processors by converting sequential instructions to SIMD instructions that can operate on multiple data elements at once [3] Resulting code may not run on all processors if processor-specific options are used [2] | Automatic vector level parallelism done by the compiler Can be used together with other threading techniques | [] | Getting Code Ready for Parallel Execution with Intel® Parallel Composer | 英特尔® 开发人员专区 | 2 | https://software.intel.com/zh-cn/articles/getting-code-ready-for-parallel-execution-with-intel-parallel-composer | 39/1438042989126.22_20150728002309-00253-ip-10-236-191-2_891392361_2.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Debt Structure, Market Value of Firm, and Recovery Rate [Type] | Economics Working Paper | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Default Estimation for Low-Default Portfolios [Type] | Economics Working Paper | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Default Probability and Loss Given Default for Home Equity Loans [Type] | Economics Working Paper | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Depository Services [Type] | Comptroller's Handbook | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Deposit-Related Credit [Type] | Comptroller's Handbook | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Detecting Red Flags in Board Reports (Electronic only) [Type] | Other Publication/Report | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Determinants of Cost Efficiencies in Bank Mergers [Type] | Economics Working Paper | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Director Waivers [Type] | Licensing Manual | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Discrete-Time Continuous-State Interest Rate Models [Type] | Economics Working Paper | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Does Multiple Jeopardy Exist in Mortgage Markets? [Type] | Economics Working Paper | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Due From Banks [Type] | Comptroller's Handbook | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
579ce38c_etical_Listing_of_Publications__Type | [Title] Duties and Responsibilities of Directors [Type] | Comptroller's Handbook | [] | OCC: Alphabetical Listing of Publications | Type | http://www.occ.ustreas.gov/publications/alphabetical-listing/index-alphabetical-listing.html | 28/1438042990112.92_20150728002310-00279-ip-10-236-191-2_610071401_5.json |
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4896cca8_CAFE_Technology_Library__1 | [0] # [2] Author [3] Year [4] Description [5] Size [1] | Title | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 1 [2] Dennis M. Bushnell [3] 2000 [4] Open thermodynamics and their potential to greatly reduce drag. Great bibliography includes exciting AIAA papers by Goldschmied on negative drag. [5] 292KB [1] | Fluid Mechanics, Drag Reduction and Advanced Configuration Aeronautics | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 2 [2] Fabio R. Goldschmied [3] 1964 [4] Theory and prediction of skin-friction drag as a function of Reynolds number [5] 1 MB [1] | An Approach to Turbulent Incompressible Separation under Adverse Pressure Gradients | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 3 [2] Fabio R. Goldschmied [3] 1964 [4] More Theory and prediction of skin-friction drag as a function of Reynolds number [5] 652 KB [1] | An Approach to Turbulent Incompressible Separation and the Determination of Skin-Friction Under Adverse Pressure Gradients | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 4 [2] F.R. Goldschmied [3] 1966 [4] Up to 50% reduction in power required for low-drag hulls is described in detail [5] 1.4 MB [1] | Integrated Hull Design, Boundary-Layer Control, and Propulsion of Sub-merged Bodies | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 5 [2] Jerome S. Parsons Raymond E. Goodson and Fabio R. Goldschmied [3] 1973 [4] Optimization of low drag hulls akin to the Dolphin experimental body shows major drag reductions [5] 1.1 MB [1] | Shaping of Axisymmetric Bodies for Minimum Drag In Incompressible Flow | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 6 [2] F.R. Goldschmied [3] 1977 [4] 1 page presentation on major drag reduction method [5] 80 KB [1] | Comment on LTA Aerodynamic Data Revisited | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 7 [2] Fabio R. Goldschmied [3] 1978 [4] Airship shape optimization by afterbody shape [5] 528 KB [1] | Aerodynamic Hull Design for HASPA LTA Optimization | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 8 [2] Fabio R. Goldschmied [3] 1983 [4] Major wake drag reduction by aft suction slot [5] 1.3 MB [1] | Wind Tunnel Demonstration of an Optimized LTA System with 65% Power Reduction and Neutral Static Stability | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 9 [2] F.R. Goldschmied [3] 1983 [4] Major wake drag reduction on axisymmetric bodies with aft co-axial jet exit and rear suction slot [5] 564 KB [1] | Jet-Propulsion of Subsonic Bodies with Jet Total-Head Equal to Free Stream's | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 10 [2] F.R. Goldschmied [3] 1984 [4] Application of Goldschmied suction slot body to GA fuselage design—very promising drag reduction [5] 768 KB [1] | On the Aerodynamic Optimization of Mini-RPV and Small GA Aircraft | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 11 [2] F.R. Goldschmied et al [3] 1986 [4] Major drag reduction for GA aircraft of 140-180 mph range [5] 968 KB [1] | Aerodynamic Design of Low-Speed Aircraft With a NASA Fuselage/Wake Propeller Configuration | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 12 [2] F.R. Goldschmied [3] 1987 [4] Boundary layer control by Goldschmied body shape yields major drag reduction [5] 1.1 MB [1] | Fuselage Self-Propulsion by Static-Pressure Thrust: Wind-Tunnel Verification | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 13 [2] Fabio R. Goldschmied [3] 1988 [4] Naval Airship “Akron” studied as a Dolphin shape [5] 1.5 MB [1] | On a Least-Energy Hypothesis for the Wake of Axisymmetric Bodies with Turbulent Separation: Pressure-Distribution Prediction | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 14 [2] Steven F. Yaros et al [3] 1998 [4] A white paper of 124 pages that integrates many high- tech aerodynamic concepts. Includes excellent illustrations. [5] 6.6MB [1] | Synergistic Airframe-Propulsion Interactions and Integrations | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 15 [2] B.J. Holmes and c.p van Dam [3] 1988 [4] Explorations of the drag reducing benefits of NLF on several aircraft; includes the effect of engine noise/vibration on NLF. [5] 7.43MB [1] | Flight Research on Natural Laminar Flow | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 16 [2] B.J. Holmes et al [3] 1984 [4] A 144 page landmark paper on the behavior of NLF and the effects of rain on its stability. [5] 10.3MB [1] | Natural Laminar Flow Experiments on Modern Airplane Surfaces | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 17 [2] Francisco Leme Galvao [3] 1968 [4] A succinct note on low drag bodies of revolution: tuna shapes. [5] 5.2MB [1] | Low Drag Fuselages | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
4896cca8_CAFE_Technology_Library__1 | [0] 18 [2] Francisco Leme Galvao [3] 1991 [4] Potential for reduction skin drag using special coatings. [5] 1MB [1] | Nano-coatings for wetted drag reduction | [] | CAFE Technology Library | 1 | http://cafefoundation.org/v2/tech_enablingtech_dragreduction.php | 33/1438042989178.64_20150728002309-00036-ip-10-236-191-2_39294630_5.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] UpdateConfigGuess [Value] | A boolean value. If true, the files config.guess and config.sub in the build directory will be replaced with versions that know about Darwin. This happens in the patch phase and before the PatchScript is run. Only use this when you know it is necessary, i.e. when the configure script fails with a "unknown host" message. | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] UpdateConfigGuessInDirs [Value] | Introduced in a post-0.9.0 CVS version. A list of subdirectories. This does the same as UpdateConfigGuess, but is useful for packages that have outdated config.guess files in several directories throughout the source tree. Previously you had to copy/move the files there manually in the PatchScript. With this new field you can just list the directories. Use . to update files in the build directory itself. | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] UpdateLibtool [Value] | A boolean value. If true, the files ltconfig and ltmain.sh in the build directory will be replaced with versions that know about Darwin. This happens in the patch phase and before the PatchScript is run. Only use this when you know that the package needs it. Some packages can be broken by overwriting the libtool scripts with mismatching versions. See the libtool page for further information. | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] UpdateLibtoolInDirs [Value] | Introduced in a post-0.9.0 CVS version. A list of subdirectories. This does the same as UpdateLibtool, but is useful for packages that have outdated libtool 1.3.x scripts in several directories throughout the source tree. Previously you had to copy/move the files there manually in the PatchScript. With this new field you can just list the directories. Use . to update files in the build directory itself. | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] UpdatePoMakefile [Value] | A boolean value. If true, the file Makefile.in.in in the subdirectory po is replaced with a patched version. This happens in the patch phase and before the PatchScript is run. The patched version respects DESTDIR and makes sure that message catalogs end up in /sw/share/locale, not /sw/lib/locale. Before using this field, make sure that you won't break the package and that it's really required. You can run diff to find the differences between the package's version and Fink's version (in /sw/lib/fink/update). | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] Patch [Value] | The filename of a patch to be applied with patch -p1 | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] PatchFile [Value] | The same syntax as the Patch field. The full path to this file is available using the %{PatchFile} percent expansion--do not use %a to access this file. Unlike Patch, PatchFile is applied as part of PatchScript. Fink checks that the listed file exists, is readable, and that its checksum matches the PatchFile-MD5 field. You may not use both Patch and PatchFile in the same package description. Any package that uses PatchFile must declare at least BuildDepends: fink (>= 0.24.12). Giving a higher version requirement is allowed if it is necessary for other reasons. | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] PatchFileN [Value] | If a package has several patch files, name them with these additional fields, starting with N = 2. So, the first patch file goes into PatchFile, the second patch file in PatchFile2 and so on. Any package that uses PatchFileN must declare at least BuildDepends: fink (>= 0.30.0). Giving a higher version requirement is allowed if it is necessary for other reasons. | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] PatchFile-MD5 [Value] | The MD5 checksum of the file given in the PatchFile field. This field is required if PatchFile is used. (Introduced in fink-0.24.12) | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] PatchFileN-MD5 [Value] | The MD5 checksum of the file given in the PatchFileN field. This field is required if PatchFileN is used. (Introduced in fink-0.30.0) | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
657d3ca6_ation___Creating_Fink_Packages__Value | [Field] PatchScript [Value] | A list of commands that are run in the patch phase. This is the place to put commands that patch or otherwise modify the package source. See the note on scripts below. Before the commands are executed, percent expansion takes place. If a PatchFile field exists, the default PatchScript is: patch -p1 < %{PatchFile} If one or more PatchFileN fields are used, the following is appended as needed to the default script: patch -p1 < %{PatchFileN} If there is no PatchFile, the default is blank. If you have an explicit PatchScript, you must apply the PatchFile(s) explicitly. | [] | Fink Documentation - Creating Fink Packages | Value | http://finkproject.org/doc/packaging/packaging.en.html | 43/1438042988399.65_20150728002308-00245-ip-10-236-191-2_89511063_8.json |
091e84b3_bines_FAQ___Fortis_Wind_Energy__Purpose | [Wind Speed] any [Turbine] Espada or Passaat [Purpose] | Contribution to saving energy | [] | Small Wind Turbines FAQ | Fortis Wind Energy | Purpose | http://www.fortiswindenergy.com/faq | 28/1438042990112.92_20150728002310-00187-ip-10-236-191-2_445919448_0.json |
091e84b3_bines_FAQ___Fortis_Wind_Energy__Purpose | [Wind Speed] high [Turbine] Passaat [Purpose] | Self-sufficient normal household | [] | Small Wind Turbines FAQ | Fortis Wind Energy | Purpose | http://www.fortiswindenergy.com/faq | 28/1438042990112.92_20150728002310-00187-ip-10-236-191-2_445919448_0.json |
091e84b3_bines_FAQ___Fortis_Wind_Energy__Purpose | [Wind Speed] normal [Turbine] Montana [Purpose] | Self-sufficient normal household | [] | Small Wind Turbines FAQ | Fortis Wind Energy | Purpose | http://www.fortiswindenergy.com/faq | 28/1438042990112.92_20150728002310-00187-ip-10-236-191-2_445919448_0.json |
091e84b3_bines_FAQ___Fortis_Wind_Energy__Purpose | [Wind Speed] high [Turbine] Montana [Purpose] | Self-sufficient high electricity user | [] | Small Wind Turbines FAQ | Fortis Wind Energy | Purpose | http://www.fortiswindenergy.com/faq | 28/1438042990112.92_20150728002310-00187-ip-10-236-191-2_445919448_0.json |
091e84b3_bines_FAQ___Fortis_Wind_Energy__Purpose | [Wind Speed] normal [Turbine] Alize [Purpose] | Self-sufficient high electricity user | [] | Small Wind Turbines FAQ | Fortis Wind Energy | Purpose | http://www.fortiswindenergy.com/faq | 28/1438042990112.92_20150728002310-00187-ip-10-236-191-2_445919448_0.json |
091e84b3_bines_FAQ___Fortis_Wind_Energy__Purpose | [Wind Speed] any [Turbine] Alize [Purpose] | Energy saving for a small industry or farmer | [] | Small Wind Turbines FAQ | Fortis Wind Energy | Purpose | http://www.fortiswindenergy.com/faq | 28/1438042990112.92_20150728002310-00187-ip-10-236-191-2_445919448_0.json |
95ec5aec_Wire_Aloys__1 | [0] Alloy [2] Available? [3] Springiness [4] Notes [1] | Bendable? | [] | Wire Aloys | 1 | http://wireryan.com/wire_alloys.htm | 31/1438042988924.75_20150728002308-00054-ip-10-236-191-2_260857425_0.json |
95ec5aec_Wire_Aloys__1 | [0] Mild Steel [2] Easily available in every hardware store in 10 feet costs about $5 [3] Mild steel has the perfect amount of spring, [4] I would still be using this if it didn't rust. i used it for 10 years exclusively, it's a good metal to learn on. and you can dip it in lacquer to rust proof it. [1] | Yes, it is firm, I tend to work in a 16 Gauge or below. It is not Especially brittle I can bend it back and fourth about 6 times | [] | Wire Aloys | 1 | http://wireryan.com/wire_alloys.htm | 31/1438042988924.75_20150728002308-00054-ip-10-236-191-2_260857425_0.json |
95ec5aec_Wire_Aloys__1 | [0] Carbon Steel [2] McMaster.com [3] very springy [4] If a steel has more carbon, then it is more springy and hard to bend [1] | This is very Firm so if you work with it you need to work thin | [] | Wire Aloys | 1 | http://wireryan.com/wire_alloys.htm | 31/1438042988924.75_20150728002308-00054-ip-10-236-191-2_260857425_0.json |
95ec5aec_Wire_Aloys__1 | [0] Stainless Steel [2] McMaster.com probably would have some 304 alloy or 316 alloy also it is used as a mig welding wire welding. Aircraftspruce.com sells safety wire made by malin co. [3] very springy [1] | This is very Firm so if you work with it you need to work thin, or get some "safety wire" which is annealed stainless | [] | Wire Aloys | 1 | http://wireryan.com/wire_alloys.htm | 31/1438042988924.75_20150728002308-00054-ip-10-236-191-2_260857425_0.json |
95ec5aec_Wire_Aloys__1 | [0] Low Carbon Stainless Steel [2] McMaster.com and many other wire suppliers [3] This Was rather mushy, If I remember right [4] if there is an L after the alloy name (304L) this indicated a low carbon stainless steel so it's softer. it will still be firm. There Is, I think, Stainless steel Tie Wire Which is Low carbon and therefore Soft it comes in a spool. [1] | Yes it is bendable and Crimpable, not brittle | [] | Wire Aloys | 1 | http://wireryan.com/wire_alloys.htm | 31/1438042988924.75_20150728002308-00054-ip-10-236-191-2_260857425_0.json |
95ec5aec_Wire_Aloys__1 | [0] T316L 1/8 Hard [2] Malin Company. possibly I got it through McMaster, I can't remember [3] Springy [4] This didn't stay bright it says it arrived with mill scale and now there is a little rust on it. [1] | Bendable Crimpable Good to work with in the .040 size. | [] | Wire Aloys | 1 | http://wireryan.com/wire_alloys.htm | 31/1438042988924.75_20150728002308-00054-ip-10-236-191-2_260857425_0.json |
e50b79cc_icy___The_Architectural_Review__Purpose | [Cookie name] Adtech [More Information] Adtech Cookie opt-out [Purpose] | Adtech is EMAP's online ad server used for serving and tracking advertisements across the EMAP websites | [] | Privacy Policy - The Architectural Review | Purpose | http://info.architectural-review.com/footer/privacy-policy | 6/1438042987135.9_20150728002307-00309-ip-10-236-191-2_118887404_1.json |
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