wiktionarypar fabricationFabrication means to construct from fabric . It may also refer to Various processes in arts, crafts and manufacturing Fabrication metal Semiconductor fabrication Optics fabrication Stonemasonry Falsehoods A type of Lie Fabrication lie Fiction Fable Fabrication science , a form of scientific misconduct disambig fr Fabrication ... more details
Unreferenced date January 2007 Fabrication , in the context of science scientific inquiry and academia academic research, refers to the act of intentionally falsifying research results, such as reported in a Academic journal journal article. Fabrication is considered a form of scientific misconduct , and is regarded as highly unethical. In some jurisdictions, fabrication may be illegal. The word falsifying used above should not be confused with the legitimate and essential activity of finding and sharing evidence that contradicts a hypothesis see falsifiability but is used in the sense of deliberately presenting known false information as true with the intent to deceive. Neither should the concept be applied to a scientist or a group of scientists deceiving themselves this behaviour is sometimes called pathological science . Examples of activities which constitute fabrication include Outright synthesis of experimental data reporting experiments which were never conducted. Sometimes referred to as drylabbing . ref name Shapiro1992 citation last Shapiro first M.F. year 1992 title Data audit by a regulatory agency Its effect and implication for others journal Accountability in Research ... or malpractice can be difficult to distinguish from intentional fabrication. Examples of this include ... s being measured. Fabrication can also occur in the context of undergraduate or graduate ... academic community as cheating by students seldom has any academic significance . Consequences Fabrication ... engage in, and a finding that a scientist engaged in fabrication will often mean the end to his career ... stakes involved, researchers who are found to have committed fabrication are often effectively ... of Konstanz after a committee formed by Bell Labs found him guilty of fabrication related ... in the matter in question of any fabrication or other misconduct relating to his work ... due to Sch n behaving unworthily in the Bell Labs affair. References reflist DEFAULTSORT Fabrication ... more details
Infobox Company company name Independent Fabrication company logo File IF Logo.png 200px company type ... 13 homepage http www.ifbikes.com Independent Fabrication Independent Fabrication IF is a bicycle ... ref Independent Fabrication was founded by and is owned by its employees. In 2005, the company ... a more successful company. Independent Fabrication was paired with Jeff Swartz, chief executive ... former employees are returning to the company. History of Independent Fabrication Independent Fabrication ... . Bicycle Frames Independent Fabrication currently manufactures the following custom bicycle frame ... 153 1068 0,00.html Gear & Bike Reviews The Independent Fabrication XS Review at Bicycling.com Bot generated ... 0,7989,s1 16 153 793 0,00.html Gear & Bike Reviews The Independent Fabrication 953 Review at Bicycling.com ... Fabrication SSR 953 RoadCyclingUK Reviews Bot generated title ref Club Racer Steel or Titanium Note ... or Titanium ref http www.roadcyclinguk.com news article mps uan 3213 Independent Fabrication Planet ... Independent Fabrication has also produced specials and one off bikes. Some are show bikes, others ... gear detail 0,7989,s1 16 88 1365 0,00.html Gear & Bike Reviews The Independent Fabrication BMXS Review ... Fabrication Owners Club launched in 2004. It has a register of 1,000 IF bikes. Grassroots Racing Independent Fabrication has a small but successful grassroots racing program. Racers past and present ... picked up sponsorship from Independent Fabrication, is based in New England and rides regional and National Racing Calendar events. ref http ifwomenroadteam.blogspot.com Independent Fabrication Kempner ... Fabrication Kempner Elite Women s Road Racing Team Bot generated title ref Current Riders Brenda Bahnson ... Deluxe 29er bicycle 29er Singlespeed gallery External links http www.ifbikes.com Independent Fabrication http www.ifrider.com Independent Fabrication Owners Club http www.ifbikes.com grassroots Independent Fabrication Racing Team https sites.google.com site ifracing Independent Fabrication Racing Team ... more details
Art fabrication is a process or service relating to the production of large or technically difficult artworks. When a lone artist or designer is incapable or chooses not to realize the creation of his or her own design or conception, he or she may enlist the assistance of an art fabrication studio. Typically, an art fabrication studio has access to the resources, specialized machinery, and labor necessary to execute particularly complex projects. Art fabrication should not be confused with the term fabricated sculpture which refers to a sculpture usually metal whose component parts are shaped usually through bending , and then assembled by way of fasteners or welds as opposed to a sculpture created through casting . Mike Smith is a notable art fabricator who has worked on behalf of Damien Hirst , Rachel Whiteread , Jake and Dinos Chapman , Gavin Turk and Michael Landy . Ted Lawson is another notable art fabricator Creater of Prototype New York LLC who has worked on behalf of Jeff Koons , Yoko Ono , Mariko Mori , Vanessa Beecroft , Ellen Gallager , Keith Tyson and Ghada Amer . Another art fabricator is Smith of Derby . Drawing upon their precision engineering skills developed through clockmaking Smith of Derby have worked with Marianne Forrest and Wolfgang & Heron . Many of the art fabrications have been designed around the theme of time, but more of the features they are becoming involved with kinetic art due to their knowledge in sustained and reliable movement from clockmaking , as well as more traditional static sculptural public art features. External links http www.PrototypeNY.com Prototype New York LLC. This website contains production photos from the fabrication of major artworks, including the works of Jeff Koons, Mariko Mori, Kieth Tyson and Yoko Ono, etc... http observer.guardian.co.uk life story 0,6903,497037,00.html Some day my plinth will come The Guardian ... stub Category Artistic techniques Fabrication ... more details
Nasiri Fabrication Process The Nasiri Fabrication Process , patented by InvenSense , uses a wafer to wafer bonding process that allows for direct integration of the fabricated MEMS wafers to any off the shelf CMOS wafer at the wafer level. Although the wafer bonding process uses off the shelf wafer bonding equipment, the bonding process itself is proprietary and patented by InvenSense and allows for a eutectic bonding of the MEMS wafers directly to the aluminum layer on the CMOS wafer without the addition of other material layers on top of the aluminum. This process leads to smaller package footprints and package heights. In one bonding step, Nasiri Fabrication provides for wafer scale integration by making electrical interconnects between the MEMS and CMOS , and wafer scale packaging by simultaneously providing a fully hermetic seal of the MEMS structures. The seal does not require the use of frit glass or getters and provides a reliable and controlled vacuum level over the full life of the product. The inherent materials used are not susceptible to outgassing. File InvenSense NasiriFabrication WithText.png thumb InvenSense NasiriFabrication WithText uncategorized date March 2011 Wafer level integration of MEMS, electronics and micro packaging addresses the widely recognized high package and test costs associated with MEMS devices. Each die is fully encapsulated and is packaged using standard, low cost QFN packages. Furthermore, the bonded wafer has full functionality, allowing each die to be tested at wafer probe. Wafer level testing provides mapping information for timely feedback to the foundries for improved process control, and provides device level traceability by programming ... fabrication platform to meet the size, cost and performance requirements of highvolume consumer electronics products. Surface micromachining is a stable, well proven fabrication technology that has ... challenges of a MEMS gyroscope require further advancements in MEMS fabrication to achieve the same ... more details
La fabrication num rique est la cr ation d un objet physique partir d un fichier num rique. Elle est habituellement d di e la fabrication de prototypes ou des petites s ries. Les inventeurs rivalisent d ing niosit pour construire des objets toujours plus perfectionn s, mais la qualit des mat riaux et la pr cision des techniques de fabrication restent encore, malgr tout, des ph nom nes limitants. Espaces d di s Plusieurs lieux diff rents sont aujourd hui d di s la fabrication num rique FabLab s fabrication laboratory, ou ateliers de fabrication , techshop s, hackerspace s, makerspace s, living lab s, ateliers d coles, etc. Chacun est centr sur une philosophie et un business model diff rent mais tous ont en commun la notion de bricodage bricolage codage . Machines La fabrication num rique s appuie sur diff rentes machines, qu on retrouvera g n ralement dans chacun des espaces voqu s plus haut. Les plus communes sont d coupe laser , d coupe vinyl , 3D printing imprimante 3D , CNC fraiseuse num rique CNC . Auto r plication Il existe une forte pouss e dans le domaine de la fabrication ... d un objet r el en utilisant un scanner 3D. Design g n ratif Comme la fabrication num rique s appuie ... make Conversion La fabrication num rique s appuie sur l id e que les objets peuvent tre imprim s ... trajet de l outil. Fabrication num rique et Open Source La fabrication num rique est fortement li e ... . La fabrication num rique tant bas e sur l utilisation de fichiers num riques, ceux ci sont tr s ... de fichiers a pouss les espaces de fabrication num rique utiliser de nouvelles formes de licences .... Enfin, la fabrication num rique est l intersection de la fin de la r volution industrielle et ... espaces de fabrication num rique permettent, comme l explique Neil Gershenfeld dans sa http www.ted.com ... pas laisser de place ces pratiques, jug es anecdotiques. Les espaces de fabrication num rique ... fr Un limited Design Contest est le premier concours d di la fabrication num rique ... more details
merge to Semiconductor device fabrication date October 2010 unreferenced date February 2008 a procedure composed of many repeated sequential processes to produce complete electric circuit electrical or photonics photonic electrical network circuits . Examples include production of radio frequency Radio frequency RF amplifiers, LED s, optical computer components, and central processing unit CPU s for computer s. Wafer fabrication is used to build components with the necessary electrical structures. The main process begins with electrical engineer s designing the circuit and defining its functions, and specifying the signals, inputs, outputs and voltage s needed. These electrical circuit specifications are entered into electrical circuit design software, such as SPICE , and then imported into circuit layout programs, which are similar to ones used for computer aided design . This is necessary for the layers to be defined for wafer mask production. The resolution of the circuits increases rapidly with each step in design, as the scale of the circuits at the start of the design process is already being measured in fractions of micrometers. Each step thus increases circuit density for a given area. The silicon wafers start out blank and pure. The circuits are built in layers in clean room s. First, photo sensitive resistance patterns are photo masked in micrometer detail onto the wafers surface. The wafers are then exposed to short wave ultraviolet light and the unexposed areas are thus etched away and RCA clean cleaned . Hot chemical vapor s are deposited on to the desired zones and baked in high heat , which permeate the vapors into the desired zones. In some cases, ions, such as O ... technology in the wafer fabrication industry. New technologies result in denser packing of minuscule ... density continues the trend often cited as Moore s Law . A Semiconductor fabrication plant fab is a common ... device fabrication ... more details
Orphan date February 2009 Cleanup date October 2007 Application Fabrication refers to the process where computer applications are built by searching, matching, customizing, morphing, gluing, and hosting existing applications together. We have seen generations and generations of operating systems out there, that we keep upgrading our computers with, but we seldom directly use these operating systems. What we need is computer applications that really help in our personal information management, business processes, etc. In the open source era, where you can easily find hundreds of say content management systems, or customer relation management system, or human resource systems, we can either use them alone, or can glue them together via SOAP, XML, or other glueware, to fabricate new applications. In the eighties, we call that system integration, and now with the advances of technologies, multicore CPUs, open source foundries, virtual machine technologies, a proliferation of glueware technologies and standards, that we can actually fabricate more and more applications based on an evolving layers of existing applications and the new app s can then feed back into the ecosystem for recycling. There is earlier citation for Business Application Fabrication http www.xicommunity.ca Portal Portals 57ad7180 c5e7 49f5 b282 c6475cdb7ee7 WhatisXICommunityandXIFactory.pdf which largely refers to how to build application using Microsoft .Net application development environment only, and does not have the glue concept for a variety of large application objects systems. It seems natural we started developing software independently by weaving lines and lines of codes together, to the era where we group together independent developers via forges like http www.sourceforge.net , and then the resulting applications being fabricated together to create new applications. See also Mashup web application hybrid Web 2.0 Yahoo Pipes Microsoft Popfly IBM Mashup Center Ubiquity Firefox Mozilla Ubiquity ... more details
Original research date May 2009 Age fabrication occurs when an individual deliberately misrepresents his or her true age. This is usually done with the intent to garner privileges or status that would not otherwise be available to the individual. It may be done through the use of oral or written statements or by falsifying official documents such as altering the archives of vital records or doctoring or even creating a birth certificate . Although uncommon in modern Western society, it is still possible for an individual not to know his or her exact date of birth. Such an individual may arbitrarily choose a date of birth which after later research is found to be false. This situation should not be considered age fabrication, however, as there is no obvious intent to deceive on the part of the individual. Age fabrication was once common in the entertainment industry. For example, until the early 1950s in Hollywood it was extremely common for actresses to subtract at least one year from their actual age so that producers and casting directors would be more likely to hire them for roles, or for publicity purposes. Time magazine Time joked in 1949 r time19490822 quote To find the age of a star, a Hollywood press agent press agent takes the year of her or his birth, subtracts it from itself, and burns the paper the numbers were written on then adds last week s fan mail to the box office box office receipts from the star s last picture, subtracts her salary, divides the remainder by the number of pressagents assigned to care for her career, subtracts the number of her marriages, adds three months for every child she has had things grow fast in the sub tropics , and knocks off ten years just for gallantry. If the age is still higher than the one the boss ordered, he works in slight mathematical errors until the answer comes out right. ref name time19490822 cite news url http ... wikiquote Age fabrication DEFAULTSORT Age Fabrication Category Forgery Category Fraud Category Age ... more details
merge Prefabrication discuss Talk Off site fabrication Merger date October 2009 Orphan date June 2009 Unreferenced date June 2009 Off Site fabrication is a process that incorporates prefabrication and pre assembly. The process involves the design and manufacture of units or modules, usually remote from the work site, and the wikt installation installation at the site to form the permanent works at the site. In its fullest sense, off site fabrication requires a project strategy that will change the orientation of the project process from construction to manufacture to installation. Examples of off site fabrication are wall panels for homes, wooden truss bridge spans, Primary airport control station airport control stations . Category Construction terminology ... more details
Orphan date July 2009 Electron Beam Freeform Fabrication EBF sup 3 sup is a process by which NASA hopes to build metal parts in zero gravity environments. The process was primarily developed and engineered by Karen Taminger , Material Research Engineer for NASA. EBF sup 3 sup is a layer additive process that uses an electron beam and a solid wire feedstock to fabricate metallic structures. The process efficiencies of the electron beam and the feedstock make the EBF3 process attractive for in space use. References http ntrs.nasa.gov archive nasa casi.ntrs.nasa.gov 20080013538 2008013396.pdf Electron Beam Freeform Fabrication for Cost Effective Near Net Shape http www.nasa.gov topics aeronautics features electron beam.html From Nothing, Something One Layer at a Time http www.techbriefs.com content view 478 34 Portable Electron Beam Free Form Fabrication System http www.msnbc.msn.com id 33626447 ns technology and science space Device like Star Trek replicator is in the works http www.sciaky.com 64.html External links http www.youtube.com watch?v WrWHwHuWrzk Video EBF3 Electron Beam Free Form Fabrication http www.youtube.com sciakyinc p a u 0 vfJ 3zGanwE http www.sciaky.com ?psid 90y5EMpIEXCRnokgTI.D Direct Manufacturing EBFFF EBF3 Electron Beam Free Form Fabrication Electron Beam Welding http www.sciaky.com 75.html Electron Beam Direct Manufacturing http www.sciaky.com 64.html Category NASA programs ... more details
Orphan date February 2009 Wikify date August 2009 At the Spacecraft Fabrication Facility Goddard technicians and engineers manufacture components used for spacecraft assembly. This includes the tools which the astronauts use in space as well as the spacecraft themselves. The Mission Engineering and Systems Analysis Branch is broken up in to seven smaller branches GN&C Systems Engineering Branch Systems Engineering Services and Advanced Concepts Branch Flight Dynamics Analysis Branch Component Hardware Systems Branch Propulsion Branch The Propulsion branch is responsible for the spacecraft propulsion subsystems design, fabrication, analysis, integration, testing, propellant loading, and launch. Lunar Reconnaissance Orbiter LRO is one of the current missions. GN&C Mission Systems Engineering Branch Mission Systems Engineering Branch External links Brief descriptions can be viewed at http www.nasa.gov centers goddard about org2.html Category NASA groups, organizations, and centers ... more details
Notability Organization date July 2010 one source date July 2010 orphan date July 2010 Australian National Fabrication Facility ANFF has its headquarters at the Melbourne Centre for Nanofabrication in Clayton, Victoria. It is an organization that links 7 corresponding university based nodes to offer researchers with access to up to date fabrication facilities. ref http anff.org.au page about us.html About ANFF ref Each of the 7 nodes provide capability in a specific range of areas to meet researchers different fabrication needs. ref http anff.org.au page nodes.html ANFF Nodes ref The nodes consists of different partners as listed below. Victorian Node Melbourne Centre for Nanofabrication Monash University CSIRO Deakin University La Trobe University University of Melbourne Swinburne University of Technology RMIT University ACT Node Australian National University University of Western Australia Materials Node University of Wollongong University of Newcastle, Australia University of Newcastle NSW Node University of New South Wales OptoFab Node Macquarie University Bandwidth Foundry International University of Sydney Queensland Node University of Queensland South Australia Node University of South Australia References Reflist External links http anff.org.au Australian National Fabrication Facility Ltd http nanomelbourne.com Melbourne Centre for Nanofabrication http anff act.anu.edu.au ACT Node http www.electromaterials.edu.au Resources anff.html Materials Node http sydney.edu.au ipos research facilities optofab.shtml OptoFab Node http www.unisa.edu.au iwri facilities anff.asp South Australia Node Category Companies based in Melbourne ... more details
unreferenced date April 2008 Digital Modeling and Fabrication is a process that joins architecture with the Construction construction industry through the use of 3D modeling computer software software and CNC machines. These tools allow designers to produce digital materiality, which is something greater than an image on screen, and actually tests the accuracy of the software and computer lines. Computer milling and fabrication integrate the computer assisted designs with that of the construction industry. In this process, the sequence of operations becomes the critical characteristic in procedure. Architects can propose complex surfaces, where the properties of materials should push the design. Modeling Some of the modeling software programs include Blender software , Form Z , Rhinoceros 3D , Cadwork , 3D Studio Max 3D studio max and SketchUp . Machines for Fabrication CNC router CNC stands for computer numerical control. Through a computer controller, G codes are read which represent specific CNC functions in alphanumeric format. The g codes drive a machine tool , a powered Machine mechanical device typically used to fabricate components. CNC machines are classified according to the number of axes that they possess. CNC machines are specifically successful in milling materials such as plywood, foam board , and steel at a fast speed. CNC machine beds are typically large enough to allow 4 x 8 123 cm x 246 cm sheets of 19mm thick plywood to be cut. Laser Cutter The laser cutter is a machine that uses a laser to cut materials such as chip board, matte board, thin sheets of wood, and plexy up to 3 8 1 cm thickness. AutoCAD AutoCad is used in the production of lines on a grid, which would be sent to the laser cutter as a .dwg file. Lines can either cut through ... in the fabrication of physical models, which will only require the piecing together of the parts ... Fabricator Rapid Prototyping RepRap References Reflist DEFAULTSORT Digital Modeling And Fabrication ... more details
Mergeto Direct digital manufacturing date September 2009 Solid freeform fabrication SFF is a collection of techniques for manufacturing solid objects by the sequential delivery of energy and or material to specified points in space to produce that solid. SFF is sometimes referred to as rapid prototyping , rapid manufacturing , layered manufacturing , additive fabrication and additive manufacturing . Techniques Electron beam melting Fully fused void free solid metal parts from powder stock Electron Beam Freeform Fabrication Electron beam freeform fabrication Fully fused void free solid metal parts from wire feedstock Fused deposition modeling Fused deposition modeling extrudes hot, molten plastic through a nozzle, building up a model. The material then freezes after deposition. Laminated object manufacturing Sheets of paper or plastic film are attached to previous layers by either sprayed glue, heating, or embedded adhesive, and then the desired outline of the layer is cut by laser or knife. Finished product typically looks and acts like wood. Laser engineered net shaping A laser is used to melt metal powder and deposit it on the part directly. This has the advantage that the part is fully solid unlike selective laser sintering and the metal alloy composition can be dynamically changed over the volume of the part. Polyjet matrix PolyJet Matrix Technology developed by Objet geometries is the first technology that enables simultaneous jetting of multiple types of model materials Selective laser sintering Selective laser sintering uses a laser to fuse powdered nylon, elastomer, or metal. Additional processing is necessary to produce fully dense metal part. Shape deposition manufacturing Part and support material are deposited by a print head and then machined to near final shape ... Century manufacturing . New Jersey Prentice Hall Inc. DEFAULTSORT Solid Freeform Fabrication Category Solid freeform fabrication nl Solid freeform fabrication sv Friformsteknik ... more details
Lots of red links here. Do not delete them. Click on them and create new articles Optical fabrication and testing spans an enormous range of manufacturing procedures and optics optical test configurations. The manufacture of a conventional spherical lens optics lens typically begins with the generation of the optic s rough shape by grinding a glass blank. ref name OPN cite journal title Surface finishing of complex optics first Aric B. last Shorey coauthors Golini, Don Kordonski, William journal Optics and Photonics News publisher Optical Society of America volume 18 issue 10 date October 2007 pages 14 16 ref This can be done, for example, with ring tools. Next, the lens surface is polishing polished to its final form. Typically this is done by lapping rotating and rubbing the rough lens surface against a tool with the desired surface shape, with a mixture of abrasives and fluid in between. During polishing, the lens may be tested to confirm that the desired shape is being produced, and to ensure that the final shape has the correct form to within the allowed precision. The deviation of an optical surface from the correct shape is typically expressed in fractions of a wavelength , for some convenient wavelength of light perhaps the wavelength at which the lens is to be used, or a visible wavelength for which a source is available . Inexpensive lenses may have deviations of form as large as several wavelengths , 2 , etc. . More typical industrial lenses would have deviations no larger than a quarter wavelength 4 . Precision lenses for use in applications such as laser s, interferometer s, and holography have surfaces with a tenth of a wavelength 10 tolerance or better ..., etc. and accuracy of dimensions. Overview of techniques used in optical fabrication I. Glass ... Diamond edging processes and equipment III. Loose grit fabrication techniques Rough grinding Fine ... of the processes, within a flash web interface. DEFAULTSORT Fabrication And Testing Of Optical ... more details
Refimprove date March 2008 In the microelectronics industry, a semiconductor fabrication plant commonly called a fab is a factory where devices such as integrated circuits are manufactured. A business that operates a semiconductor fab for the purpose of fabricating the designs of other companies, such as fabless semiconductor company fabless semiconductor companies , is known as a foundry. If a foundry does not also produce its own designs, it is known as a pure play semiconductor foundry . Fabs require many expensive devices to function. Estimates put the cost of building a new fab over one 1000000000 number billion United States dollars US dollars with values as high as 3 4 billion not being uncommon. TSMC will be investing 9.3 billion dollars in its Fab15 300 mm wafer manufacturing facility in Taiwan to be operational in 2012 ref http www.tsmc.com tsmcdotcom PRListingNewsAction.do?action detail&language E&newsid 5041TSMC Begins Construction on Gigafab In Central Taiwan , issued by TSMC, July 16, 2010 ref The central part of a fab is the clean room , an area where the environment is controlled to eliminate all dust, since even a single speck can ruin a microcircuit, which has features much smaller than dust. The clean room must also be dampened against vibration and kept within narrow bands of temperature and humidity. Controlling temperature and humidity is critical for minimizing static electricity. The clean room contains the stepper s for photolithography , Etching microfabrication etching , cleaning, doping semiconductors doping and dicing machines. All these devices ... fabrication time by reducing the waiting time between processing steps. ref Chip Makers Watch Their Waste ref ref ISMI Press Release ref See also Semiconductor fabrication for the process of manufacturing ... device fabrication Rock s law Semiconductor consolidation Klaiber s Law Notes Handbook of Semiconductor ... Release Category Semiconductor device fabrication Category Semiconductor companies de Foundry es Fundici n ... more details
. The workers in a semiconductor fabrication facility are required to wear cleanroom suit s to protect ... In semiconductor device fabrication, the various processing steps fall into four general categories ... end of chip fabrication which refers to the packaging and testing stages . BEOL processing involves ... vapor deposition CVD technique. This approach is still used in the fabrication of many memory chips ... Flip chip Tab bonding IC encapsulation Baking Plating Lasermarking Trim and form Semiconductor fabrication Device test IC testing Hazardous materials Many toxic materials are used in the fabrication ... substances. The high degree of automation common in the IC fabrication industry helps to reduce the risks of exposure of this sort. Most fabrication facilities employ exhaust management ... Circuit Design, from VLSI Architectures to CMOS Fabrication publisher Cambridge University Press ... lcd applications Semiconductor Coatings DEFAULTSORT Semiconductor Device Fabrication Category Semiconductor device fabrication ar bg ca Fabricaci de circuits integrats de Halbleitertechnik es Fabricaci n de circuitos integrados fr Fabrication des dispositifs ... more details
The Cimarron Fuel Fabrication Site was a nuclear fuel production facility located by the Cimarron River near Crescent, Oklahoma . It was operated by Kerr McGee Corporation KMC from 1965 1975. ref name epa1 cite web url http www.epa.gov superfund health contaminants radiation pdfs kmg nrc.pdf title NOTIFICATION OF THE DECOMMISSIONING OF THE KERR MCGEE, CIMARRON SITE author Cook, Michael accessdate 2009 10 1 ref ref name PFP cite web title Plutonium Finishing Plant url http www.hanford.gov rl uploadfiles FACT PFP 0606.pdf publisher Hanford US Govt accessdate 2009 20 1 author Lini, D.C. and L. H. Rodgers ref ref name cdc1 cite web url http www.atsdr.cdc.gov hac pha kerr ker p1.html title PUBLIC HEALTH ASSESSMENT KERR MCGEE REFINERY SITE publisher Centers for Disease Control accessdate 2009 10 1 ref ref name nrc1 cite web url http www.nrc.gov info finder decommissioning complex kerr mcgee cimarron corporation former fuel fabrication facility.html title Kerr McGee Cimarron accessdate 2009 10 1 date 2009 Apr publisher US NRC ref ref name liniandrodgers cite web title Plutonium Finishing Plant url http www.hanford.gov rl uploadfiles FACT PFP 0606.pdf publisher Hanford US Govt accessdate 2009 20 1 author Lini, D.C. and L. H. Rodgers ref ref name anadarko1 http www.anadarko.com Investor Pages NewsReleases NewsReleases.aspx?release id 894918 anadarko.com 2006 aug 10 press release ref ref name rigzone1 http www.rigzone.com news article.asp?a id 30868 Kerr McGee Completes Separation of Tronox 2006 Mar 31 ref ref name oklahoman1 http www.tradingmarkets.com .site news Stock 20News 2122023 Jan 13, 2009 The Oklahoman via COMTEX ref ref name GAvsNRC1 cite web url http openjurist.org 75 f3d 536 general atomics v united states nuclear regulatory commission date 1995 10 17 accessdate 2009 10 2 title 75 F3d 536 General Atomics v. United States Nuclear Regulatory Commission publisher openjurist.org ref ref name barroway2009 cite web url http www.reuters.com article pressRelease idUS251173 ... more details
technology will soon be commonly applied to the fabrication of structural steel elements, as has ... 3D plasma cutting make it the technology of choice for generalized fabrication of structural steel elements. References references DEFAULTSORT Fabrication Of Structural Steel By Plasma And Laser Cutting Category Fabrication metal ... more details
The Soci t Fran aise de Fabrication de B b s et Jouets often referred to by its initials. S.F.B.J. was a large doll making consortium founded in France by the union of a number of major French doll companies including Jumeau and Bru and the Franco German doll company Fleischmann and Bloedel in 1899. The company went out of business in the late 1950s. The S.F.B.J. made dolls in France and also assembled dolls with both French and German sourced parts. By the 1920s, it is generally believed that production was centred in France fact date April 2007 . While the S.F.B.J. may have always struggled with German doll makers for the lucrative United States toy trade, it claimed to sell well in France, the French colonies, South American and Australian markets. Its dolls were made of many materials including bisque porcelain composition and early plastics in the later years of the firm. The S.F.B.J made dolls from fine to cheap qualities and also had a large, well equipped dressmaking branch. There were many different moulds including character dolls modelled after real children and dolls designed by French artists. S.F.B.J. dolls were used for tourist souvenirs as well as children s toys. The popular Bleuette dolls were one of its most high profiled products. References Juliette Peers, The Fashion Doll From B b Jumeau to Barbie , Berg Publishers Oxford 2004 France company stub Category Doll manufacturing companies Category Toy companies of France ... more details
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