美国Field Precision公司开发的(2D/3D)高级有限元仿真软件应用是非广泛:高压工程、磁体设计、带电粒子器件、微波技术、X射线成像、热分析。软件模块如下:
静电剂高压工程:HiPhi模块(三维静电设计软件)、
Electrostatics Toolkit模块(二维静电设计软件)
电磁铁和永磁铁:Magnum模块(三维磁场和磁力设计软件)、
Magnet Design Toolkit模块(二维磁场和磁力设计软件)
电子/离子枪及加速器:OmniTrak模块(三维带电粒子、加速器、束传输系统设计软件)
Trak Charged Particle Toolkit模块(二维带电粒子枪/光学设计软件)
X射线光源及成像:GamBet模块(二维/三维X射线科学蒙特卡洛设计软件)、
Xenos模块(X射线/电子数值优化软件)、
GDE模块(GamBet分布式计算拓展)
射频及微波技术:Aether模块(三维多功能有限元时域频域电磁仿真软件)、
Electromagnetic Toolkit模块(二维时域频域电磁仿真软件)
固体及生物介质传热:HeatWave模块(三维动态稳态热分析软件)、
Therma Analysis Toolkit模块(二维动态稳态热分析软件)
五大理由选择Field Precision软件:
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快速高效:采用FORTRAN语言编写的软件,无与伦比的数值计算性能。2D求解只需数秒钟,3D求解只需数分钟。专业软件、不限存储器访问、支持64位多核电脑和并行处理.
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买得起:初级入门软件包提供了全部3D能力,小公司/大学/个人顾问都买得起,一次性购买含免费升级和永久许可证.
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简单易学:软件包包括全功能图形用户界面,随时可运行的案例库和教科书级的指导手册.
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精确且功能先进:程序包构成最强大功能的软件平台,适合任何带电粒子器件、热传输和其他方面应用.
- 可延伸性好:软件输入完全透明,所有程序都可以从批量文件或外部程序调用,电源用户可以创建自动控制结构和反馈回路进行精算。
项目研究:
Accuray Incorporated (Sunnyvale CA, U.S.A.) Design of electron injectors for medical linear accelerators |
Advanced Safety Concepts (Albuquerque NM, U.S.A.) Three-dimensional models of capacitive sensors for smart airbag deployment in automobiles. |
Alpha Magnetics Corporation (Hayward CA, U.S.A.) Design studies for large magnets for semiconductor crucibles. |
Ametek-Chandler Engineering (Broken Arrow OK, U.S.A.) Torque calculations for a rotary vacuum feedthrough. |
Archimedes Technology (San Diego CA, U.S.A.) Review of electron-gun gun designs for material vaoprization in a magnetic isotope separator. |
Bechtel Nevada Corporation (Los Alamos NM, U.S.A.) Electron gun and focusing system design for a compact pulsed X-ray source |
Beth-Israel Deaconess Medical Center (Boston MA, U.S.A.) Computational support for the development of a database to guide clinical work on RF ablation of tumors. |
Chemical Industry Institute of Toxicology (Research Triangle Park NC, U.S.A.) Calculations of electrostatic forces on dielectric particles in electrostatic precipitators for pollution abatement. |
Davis Instrument Corporation (Hayward CA, U.S.A.) Calculation of magnetic forces on a permanent magnet bearing. |
Ethicon Incorporated (Somerville NJ, U.S.A.) Development of software for coupled electrothermal simulations. |
General Electric Healthcare (Milwaukee WI, U.S.A.) Determination heat loading on the window of a rotating-target X-ray source from electron backscatter. |
Genetronics Incorporated (San Diego CA, U.S.A.) Simulations of 3D electric field distributions created by phased electroporation needle arrays. |
HTH Incorporated (Winter Park, FL U.S.A.) Cost reduction and force optimization of a permanent-magnet clamp for mobile applications. |
IAE SpA (Cormano, Italy) Custom modifications to TDiff to model rotating X-ray targets. |
Inficomm Incorporated (The Woodlands, TX U.S.A.) Develop models and strategies for through-tubing electrical power and communications for permanent downhole gauges in oil wells. |
Innosys Incorporated (Salt Lake City UT, U.S.A.) Planar electron gun and beam transport system for microwave generation. |
Ionatron Incorporated (Tucson AZ, U.S.A.) Three-dimensional electrode design for an electrostatic detection system |
KTEC Corporation (Albuquerque NM, U.S.A.) Modeling complex pulsed power convolutes using shape import from Solidworks. |
Lawrence Livermore National Laboratory (Livermore CA, U.S.A.) Develop new concepts and software tools for compact electron diodes for flash radiography. |
Los Alamos National Laboratory (Los Alamos NM, U.S.A.) Creation of advanced codes to model materials at high temperature and pressure (AGEX program). |
Los Alamos National Laboratory (Los Alamos NM, U.S.A. Three-dimensional time-domain electromagnetic code with non-linear dielectrics for soliton generation |
Los Alamos National Laboratory (Los Alamos NM, U.S.A.) Three-dimensional codes to design injectors for high-power relativistic electron beams (DARHT program). |
Los Alamos National Laboratory (Los Alamos NM, U.S.A.) Development of concepts to generate and to transport thin electron beams for high- frequency, high-power microwave generation. |
Marresearch GmbH (Norderstedt, Germany) Concepts for and design of electron guns to generate non-circular focused beams. |
MIT Plasma Science and Fusion Center (Cambridge MA, U.S.A.) Advanced code capabilities to model planar guns for intense electron beams. |
Mountain Technology (Normandy, TN, U.S.A.) Magnetically-insulated electron gun design for a 95 GHz gyrotron. |
NASA/ASRC Aerospace (Kennedy Space Center FL, U.S.A.) Feasibility studies - electrostatic radiation shield for a lunar base |
National Institute of Science and Technology (Gaithersburg MD, U.S.A.) SBIR Phase II contract to develop software to interpret results from near-field optical microscopes. |
National Securities Technologies LLC (Las Vegas, NV. U.S.A.) Studies to determine optimal paths for a pulsed radiographic accelerator facility. |
Naval Surface Warfare Center (Dahlgren, VA. U.S.A.) Developed concepts for magnetically-insulated high-power microwave sources and carry out benchmark simulations. |
Northstar Research Corporation (Albuquerque NM, U.S.A.) Three-dimensional design of steering magnets for large-area scan systems. |
QM Technologies (Albuquerque NM, U.S.A.) Magnetic field distributions and charged particle orbits in intense ion injectors for implantation and material processing. |
Sandia National Laboratories (Albuquerque NM, U.S.A.) Simulations of transport and material interactions in an electron-beam-heated supersonic wind tunnel |
Science Applications International Corporation (San Diego CA, U.S.A.) Evaluation of compact betatrons for detection of hazardous materials. |
Science Applications International Corporation (Albuquerque NM, U.S.A.) Support for a program sponsored by the Office of Naval Research to create a standard code for modeling high-power electron-beam microwave devices. |
Schlumberger-Doll Research Center (Ridgefield CN, U.S.A.) Methods to improve performance of high-voltage photocathode X-ray assemblies. |
SPEC Incorporated (Boulder CO, U.S.A.) Detector concept for electric-field measurements in hurricanes. |
Still River Systems (Littleton MA, U.S.A.) Modeling ion beam dynamics in a high-field cyclotron. |
SUNY (Stonybrook NY, U.S.A.) Custom software to calculate induced electric fields in complex structures for bone regeneration. |
ThermoFisher Scientific (Franklin MA, U.S.A.) Three-dimensional template solutions for beam optics in an X-ray source. |
University of California (Davis, CA, U.S.A.) Set up template solutions for the design of a planar-beam, high-power klystron. |
University of Tokyo (Tokyo, Japan) Orbit analyses for antiprotons extracted from a magnetic trap. |
Valleylab Incorporated (Boulder CO, U.S.A.) Development of 2D/3D software to simulate electrosurgery procedures. |
Virginia Accelerators Corporation (Alexandria VA, U.S.A.) Design of large- area rod cathode arrays in electron irradiators for flue gas treatment. |
部分参考用户列表:
AB Elektronik GmbH (Werne, Germany) || Accuray Incorporated (Mountain View CA, U.S.A) || Advanced Cyclotron Systems Incorporated(Richmond BC, Canada) || Advanced Industrial Science and Technology (Tohoku, Japan) || Advanced Ion Beam Technology (Sunnyvale CA, U.S.A.) || Advanced Sterilization Products (Irvine, CA, U.S.A.) || Advion Biosciences (Ithaca, NY, U.S.A.) || Aerospace Corporation (El Segundo CA, U.S.A.) || Aichi Institute of Technology (Tokyo, Japan) || Air Force Research Laboratory (Kirtland AFB, U.S.A.) || Alameda Applied Sciences Corporation (San Leandro, CA, U.S.A.) || Albacom Ltd. (Dundee, Scotland) || Alcon Laboratories (Irvine, CA, U.S.A.) ||Alis Corp (Peabody, MA, U.S.A.) || Alpha Magnetics (Hayward, CA, U.S.A.) || Alpha Source LLC (Inglewood CA, U.S.A.) || American Magnetics (Oak Ridge, TN, U.S.A.) || American Superconductor (Westborough MA, U.S.A.) || Anasazi Instruments (Indianapolis IN, U.S.A.) ||APJeT, Incorporated (Santa Fe NM, U.S.A.) Applied Biosystems (Foster City CA, U.S.A.) || Applied Pulsed Power Inc (Ithaca, NY, U.S.A.) || Argonne National Laboratory (Lemont, IL, U.S.A. || Army Research Laboratory (Adelphi, MD, U.S.A.) || Arnold Engineering (Ogallala NE, U.S.A.) || Arumet (Vantaa, Finland) || Asknet AG (Karlsruhe, Germany) || ASML Netherlands B.V. (Veldhoven, Netherlands) || AST Koehler GmbH (Filderstadt, Germany) || Atom Sciences Incorporated (Oak Ridge, TN, U.S.A.) || Australian Nuclear Science (Lucas Heights, NSW, Australia) || Axcelis Technologies Inc. (Beverly, MA, U.S.A.) || B&W Y-12 LLC (Oak Ridge TN, U.S.A.) || BDI (Waukesha WI, U.S.A.) || Bechtel Nevada Corporaton (Las Vegas, NV, U.S.A.) || Becton-Dickinson (Sparks, MD, U.S.A) || BERU A.G. (Ludwigsburg, Germany) || Brookhaven National Laboratory (Upton, NY, U.S.A) || Burle Industries Inc (Lancaster, PA, U.S.A) || CEERI (Pilani, India) || CERN (Geneva, Switzerland) ||CPI Guidant (St. Paul MN, U.S.A) || CREOL - University of Central Florida (Orlando FL, U.S.A) || C-Sigma SRL (Lecco, Italy) || CTU in Prague (Prague, Czech Republic) || Calabazas Creek Research Inc. (San Mateo, CA, U.S.A) || Canon Inc. (Tokyo, Japan) || Carlsbro Electronics (Nottinghamshire, United Kingdom) || Carl Zeiss SMT (Peabody, MA. U.S.A.) || Casio Computer Co., Ltd. (Tokyo, Japan) ||Catholic University of America (Washington, D.C., U.S.A) || Centre for Advanced Technology (Indore , India) || Centro Nacional de Microelectronica (Barcelona , Spain) || Chemical Industry Institute of Toxicology (Research Triangle Park NC , U.S.A.) || Chiba University(Chiba, Japan) || Chubu University (Kasugai , Japan) || CINAM CNRS (Marseille, France) || College of the Holy Cross (Worcester MA , U.S.A.) || Colorado School of Mines (Golden CO, U.S.A.) || Columbia University (New York NY, U.S.A.) || Comaintel Inc (Grand-Mere QC, Canada) ||Comet AG (Flamatt, Switzerland) || Commonwealth Technology (Alexandria VA, U.S.A.) || Creo Inc (Burnaby BC, Canada) || Cymer Inc (San Diego CA, U.S.A.) || Cyto Pulse Sciences Inc. (Glen Burnie, MD, U.S.A.) || DRS Power and Control Technologies (Milwaukee WI, , U.S.A.) ||DSO National Laboratories (Singapore, Singapore) || Daresbury Laboratory (Daresbury, United Kingdom) || Davis Instruments Corp (Hayward CA, U.S.A.) || Directed Technologies (Arlington VA, U.S.A.) || Donnelly Corp (Holland MI, U.S.A.) || Doshisha University (Kyoto, Japan) || EBI(Parsippany NJ, U.S.A.) || EHD Technology Group Inc (Duarte CA, U.S.A.) || Eaton Corp (Beverly MA, U.S.A) || Ecole Poly. Fed. de Lausanne (Lausanne, Switzerland) || El-Mul Technologies Ltd (Yavne, Isreal) || ELAB Inc (Yellville AR, U.S.A.) || Electric Propulsion Laboratory (Monument CO, U.S.A) || Epion Corp (Billerica MA, U.S.A) || Epson Imaging Devices Corporation (Tokyo, Japan) || EtaTech Inc.(Titusville FL, U.S.A) || Ethicon Incoporated (Somerville NJ, U.S.A) || Event Horizons (Barstow CA, U.S.A.) || FEI Company (Hillsboro OR, U.S.A) || Faculty of Mechnical Engineering (Ljubljana, Solvenia) || Federal Office of Metrology METAS (Bern, Switzerland) || Fibertek Incorporated (Herndon VA, U.S.A.) || First Point Scientific (Agoura Hills CA, U.S.A) || Fraunhofer Institute for Biomedical Technology(Ingbert, Germany) || Fudan University (Shanghai, China) || Fuji Electric Systems Co., Ltd. (Tokyo, Japan) || Fujitsu Laboratories, Ltd(Kawasaki-shi , Japan) || Fukui University (Fukui, Japan) || Fukushima University (Fukushima City, Japan) || GE Healthcare (Milwaukee WI, U.S.A.) || GE India Technology Centre (Bangalore, India) || GE Sensing and Inspection Technology (Wunstorf, Germany) || Gebruder Frei GmbH (Albstadt, Germany) || General Dynamics (Florham Park NJ, U.S.A.) || Genetronics Inc (San Diego CA, U.S.A) || Genscape Inc(Louisville KY, U.S.A) || GKSS Forschungszentrum (Geesthacht, Germany) || Gray Cancer Institute (Northwood, United Kingdom) || Green Sputtering Incorporated (Chungli City, Taiwan) || Grumman Aerospace Corp (Los Angeles, CA, U.S.A.) || Hamamatsu Photonics K. K.(Hamamatsu City, Japan) || Harvard College Observatory (Cambridge MA, U.S.A) || Hewlett-Packard Company (Corvallis OR, U.S.A) || Hexa Tech Inc. (Charleston SC, U.S.A) || High Voltage Engineering Europa (Amersfoort, The Netherlands) || Hiroshima University (Hiroshima, Japan) || Hologic (Newark DE, U.S.A) || Howard University (Washington, D.C., U.S.A) || Hughes Missile Systems Company (Tucson AZ, U.S.A) || Hydro-Quebec Research Center (Montreal , Canada) || IAE SpA (Cormona, Italy) || Ibaraki University (Hitachi, Japan) || INFN(Legnaro, Italy) || ITT Night Vision (Roanoke VA, U.S.A) || Idaho National Laboratory (Idaho Falls ID, U.S.A) || Imaging Works Inc. (Lexington MA, U.S.A) || Imatron Inc (San Francisco CA, U.S.A) || Indiana University (Bloomington IN, U.S.A) || Indisol Lda (Grenoble, France) ||Institute of Nuclear Energy Research (Lungtan, Taiwan) || Instituto Tecnico Industriale Galileo Galelei (Arzignano, Italy) || Instytut Elektrotechniki (Warszawa, Poland) || Ion Beam Applications (LouvainLaNeuve, Belgium) || Ionatron Inc. (Tucson AZ, U.S.A) || Irelec (St Martin D'Heres, France) || Ishikawajima-Harima Heavy Ind. (Tokyo, Japan) || Iwate University (Morioka, Japan) || JAEA (Sendai, Japan) ||Japan Aero Expl Agency (JAXA) (Tokyo, Japan) || Japan Atomic Energy Agency (Sendai, Japan) || Japan Fine Ceramics Center (Nagoya, Japan) || Japan Science and Technology Agency (Kawaguchi, Japan) || Jaycor (San Diego CA, U.S.A) || Jefferson Laboratory (Newport News VA, U.S.A) || Jeol Ltd (Tokyo, Japan) || Jet Propulsion Laboratory (Pasedena CA, U.S.A) || Johns Hopkins Applied Physics Laboratory (Laurel MD, U.S.A) || Johns Hopkins Outpatient Center (Baltimore MD, U.S.A.) || Joslyn Manufacturing (Macedonia OH, U.S.A) ||KEK (Tsukuba, Japan) || KLA-TENCOR (Santa Clara CA, U.S.A) || Kaon Consulting (Istanbul, Turkey) || Kayex Corp (Rochester NY, U.S.A) ||Keio University (Tokyo, Japan) || Kent State University (Kent , Ohio) || Kernforschungszentrum Karlsruhe (Karlsruhe, Germany) || Kinki University (Higashi-Osaka City, Japan) || Kobe Steel, Ltd. (Tokyo, Japan) || Konica Minolta Business Technologies Incorporated (Tokyo, Japan) || Kumamoto University (Kumamoto City, Japan) || Kyoto University (Kyoto, Japan) || Kyushu University (Fukuoka, Japan) || L3 Communications (Woburn MA, U.S.A) || Laboratorio Nazionale del Sud (Catania, Italy) || Lawrence Berkeley National Laboratory(Berkeley CA, U.S.A) || Lawrence Livermore National Laboratory (Livermore CA, U.S.A) || Lexalite International Corp (Charlevoix MI, U.S.A) || Leybold Optics (Alzenau , Germany) || Leybold Vakuum (Dresden, Germany) || Lloyd's Register Rail (Nottinghamshire, United Kingdom) || Los Alamos National Laboratory (Los Alamos NM, U.S.A) || Ludlum Measurements Inc (Sweetwater TX, U.S.A.) || Max-Lab(Lund, Sweden) || MCB Industrie (Argenteuil, France) || MEMC Southwest Inc (Sherman TX, U.S.A) || MIT Lincoln Laboratory (Cambridge MA, U.S.A) || Magstar International (Ann Arbor MI, U.S.A) || Manne Siegbahn Laboratory (Stockholm, Sweden) || Marresearch GmbH(Norderstedt, Germany) || Marquette University (Milwaukee WI , U.S.A) || Massachusetts Institute of Technology (Cambridge MA, U.S.A) ||Matsushita Electric Works, Ltd. (Tokyo, Japan) || Matsusuda Precision Incorporated (San Bruno CA, U.S.A.) || Max Planck Inst. Kernphysik (Heidelberg , Denmark) || Maxwell Technologies (San Diego CA, U.S.A) || MeadWestVaco Coroporation (Dayton OH, U.S.A) ||Mediscan GmbH (Dremsmunster, Austria) || Medtronic Navigation Israel (Yokneam Elit, Israel) || Meisei Electric Company, Ltd. (Tokyo, Japan) || Meisei University (Tokyo, Japan) || Merck and Company (West Point PA, U.S.A) || Mesa Trail Research (Longmont CO, U.S.A.) ||Mevion Medical Systems, Inc. (Littleton MA, U.S.A.) || Michigan State University (East Lansing MI, U.S.A) || Minelab Electronics Ltd.(Torrensville, Australia) || Microsaic Systems Ltd. (Woking , United Kingdom) || Minimax GMBH (Bad Oldesloe, Germany) || Minnesota Medical Physics (Edina MN, U.S.A.) || Mitsubishi Electric Corporation (Tokyo, Japan) || Mitsui Engineering and Shipbuilding (Tokyo, Japan) || Motorola (Shaumberg IL, U.S.A) || Moxtek Incorporated (Orem UT, U.S.A.) || NASA Goddard Spaceflight Center (Greenbelt MD, U.S.A) || NASA Marshall Space Flight Center (Huntsville AL, U.S.A) || NIST (Gaithersburg MD, U.S.A) || NTN Corporation (Tokyo, Japan) ||Nanosys Inc. (Palo Alto CA, U.S.A) || Nanosystems Inc (Oxford CT, U.S.A) || National Cancer Center (Goyang, Korea) || National Institute for Materials Science (Tsukuba, Japan) || National Institute of Advanced Industrial Science and Technology (Tsukuba Science City, Japan) ||National Physical Laboratory (Teddington, United Kingdom) || National Research Council (Washington, D.C., U.S.A) || National Security Technologies (Livermore CA, U.S.A) || National Synchrotron Research Center (Nakhon Ratchasima, Thailand) || Naval Research Laboratory (Washington, D.C., U.S.A) || Naval Surface Warfare Center (Dahlgren VA, U.S.A) || Neat Technology Company (Lujou City , Taiwan) || Neuro Diagnostic Devices (Rosemont PA, U.S.A) || NeuroTherm (Wilmington MA, U.S.A.) || Nexray (Los Gatos CA, U.S.A) ||Nichia Corporation (Tokyo, Japan) || Nion Corp (Kirkland WA, U.S.A) || Nikon Metrology (Tring, United Kingdom) || NLight Corporation(Vancouver BC, Canada) || North Carolina State University (Raleigh NC, U.S.A) || Nu-Trek (Poway CA, U.S.A) || Oak Ridge National Laboratory (Oak Ridge TN, U.S.A) || Oakland University (Rochester MI, U.S.A) || Ohio Transformers (Copley OH, U.S.A) || Oita University(Oita City, Japan) || Okayama University (Okayama City, Japan) || Old Dominion University (Norfolk VA, U.S.A) || Optimer Photonics(Columbus OH, U.S.A) || Optium Corp (Orlando FL, U.S.A) || Orion Design Technologies (Lee NH, U.S.A) || Osaka Gas Co., Ltd. (Osaka, Japan) || Osaka University (Osaka, Japan) || Oxford Micro Devices Inc (Shelton CT, U.S.A) || PCT Engineered Systems LLC (Davenport IA, U.S.A) || Penn State University (University Park PA, U.S.A) || Permacharge Corp (Rio Rancho NM, U.S.A) || Photonis S.A.S. (Brive Cedex, France) || Physical Electronic