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field precision catalog finite-element software for electromagnetics copyright 2007 field precision llc po box 13595 albuquerque nm 87192 u.s.a telephone +1-505-220-3975 fax +1-617-752-9077 e mail techinfo@fieldp.com internet http www.fieldp.com 1

contents introduction why is field precision software unique what is the function of finite-element software what calculations do field precision programs perform catalog organization how to get more information and request a trial how to order software e&m field solution toolkits electrostatics toolkit magnetic design toolkit static field analysis toolkit trak charged particle toolkit electromagnetics toolkit universal efield toolkit universal bfield toolkit rf heating toolkit induction heating toolkit ...

rfe2 6.0 31 nelson 6.0 32 amaze program data geometer 2.5 metamesh 2.0 hiphi 2.0 magnum 2.0 omnitrak 2.0 heatwave 2.0 rfe3 2.0 software order form sheets 33 34 36 37 38 39 40 42 43 3

introduction welcome to field precision llc since 1989 we have created technical software at the forefront of engineering and physics programs run on personal computers under any version of windowstm this catalog introduces our product line and is designed to help you decide whether finite-element software is the right tool for your application why is field precision software unique at field precision technical decisions always outweigh marketing decisions our programs are characterized by an absence of code bloat and spurious features each line of code is crafted for minimum setup time maximum ...

· easy to learn packages include full-featured graphical-user interfaces libraries of ready-to-run examples and textbook-quality instruction manuals · accuracy and advanced capabilities our programs constitute the most powerful technical software available on any platform for chargedparticle devices radiation transport and a broad range of other applications what is the function of finite-element software finite-element programs calculate quantities that vary over a region of space fields ­ examples include electric fields magnetic fields and temperature distributions these quantities are governed ...

· thermal transport in solids and tissue with the option for coupled field solutions e.g rf electric field heating inductive heating · transport of electrons photons and positrons in matter with the option for coupled thermal and beam calculations e.g x-ray imaging and sources catalog organization our software packages cover a wide spectrum of applications in physics and engineering and this catalog is necessarily extensive it is divided into the following sections · e&m toolkits page 8 are combinations of 2d programs that address common applications involving electric and magnetic fields the ...

how to order software current prices are listed at http www.fieldp.com/order.html to order by credit card contact us by telephone 1-505-220-3975 or print out the order form on page 43 and send it by fax 1-617-752-9077 or mail field precision po box 13595 albuquerque new mexico 87192 u.s.a please contact us at techinfo@fieldp.com for information on custom packages educational discounts and site licenses recognized organizations may send a purchase order by fax or mail please include a billing address and an e mail address so we can confirm the order orders are fulfilled within one day via electronic ...

e&m field solution toolkits inexpensive 2d toolkits handle systems with cylindrical or planar symmetry all packages include mesh universal 2d mesh generator at no charge electrostatics toolkit description electric field calculations for applications such as highvoltage design and capacitance evaluation regions may represent electrodes dielectrics conductors or space-charge advanced features include non-linear dielectrics and arbitrary spatial variations of conductivity and space-charge density part number tk0100 component information mesh 6.0 page 23 and estat 6.0 page 24 magnetic design toolkit ...

static field analysis toolkit description comprehensive package for electrostatics and magnetostatics regions in electric field solutions may represent electrodes dielectrics conductors or space-charge magnetic field program handles coils permanent magnets and non-linear magnetic materials part number tk0300 component information mesh 6.0 page 23 estat 6.0 page 24 and permag 6.0 page 25 trak charged particle toolkit description trak has become a world standard for electron/ion gun design and simulations of charged-particle devices integrated software suite for calculating electric/magnetic fields ...

electromagnetics toolkit description comprehensive package for frequency and time-domain electromagnetic simulations wavesim simulates both closed and open systems with the option for material losses emp tracks any user-specified electromagnetic pulses through complex geometries applications include resonator design electromagnetic scattering em interference and pulsedpower devices part number tk0500 component information mesh 6.0 page 23 wavesim 6.0 page 28 and emp page 27 universal efield toolkit description calculation of electric fields across the full frequency spectrum estat covers dielectric ...

universal bfield toolkit description this package handles the full frequency range of magnetic field solutions including permanent magnets ac/rf fields with eddy currents and pulsed field assemblies with conductive materials includes both frequency and timedomain solvers part number tk0700 component information mesh 6.0 page 23 permag 6.0 page 25 nelson 6.0 page 32 and pulse page 30 rf heating toolkit description unitized package to calculate rf electric field distributions and resultant heating in materials applications include material processing biomedical procedures and hyperthermia research ...

induction heating toolkit description coupled magnetodynamic and thermal calculations nelson finds self-consistent ac/rf magnetic fields with eddy current effects and records power density as a function of position tdiff uses the information for steady-state or dynamic thermal calculations part number tk0900 component information mesh 6.0 page 23 nelson 6.0 page 32 and tdiff 6.0 page 29 12

advanced e&m design suites advanced design suites offer you the ultimate in 2d/3d computing power packages include mesh universal 2d mesh generator geometer interactive environment for solid geometry and metamesh universal 3d mesh generator at no charge advanced electrostatics design suite description the complete tool for researchers and high-voltage engineers 2d/3d solutions for any configuration of electrodes dielectrics conductors or space-charge part number ads0100 component information mesh 6.0 page 23 estat 6.0 page 24 geometer 2.5 page 34 metamesh 2.5 page 36 and hiphi 2.0 page 37 ...

advanced static field design suite description integrated 2d/3d design package addresses the full spectrum of static electric and magnetic field calculations applications include high-voltage engineering capacitance and inductance calculations permanent magnet devices mri magnets part number ads0300 component information mesh 6.0 page 23 estat 6.0 page 24 permag 6.0 page 25 geometer 2.5 page 34 metamesh 2.5 page 36 hiphi 2.0 page 37 and magnum 2.5 page 38 advanced charged particle design suite description the most advanced 2d/3d tools available today for simulations of electron/ion guns and ...

universal electric field design suite description a complete tool for electric fields that covers the full spectrum of applications in 2d/3d calculations of dielectric and conductive-type static solutions as well as ac/rf solutions in conductive dielectric media with effects of real and displacement current part number ads0500 component information mesh 6.0 page 23 estat 6.0 page 24 rfe2 31 geometer 2.5 page 34 metamesh 2.5 page 36 hiphi 2.0 page 37 and rfe3 2.0 page 42 advanced rf heating design suite description full 2d/3d calculations of rf electric field distribution and resultant heating ...

advanced thermal design suite description advanced 2d/3d finiteelement programs for steady-state or dynamic thermal simulations the codes handles radiative boundaries blood perfusion and materials with temperature-dependent thermal properties initial-value solutions may include arbitrary time variations of thermal sources and surface temperatures in this mode the programs can record snapshots of spatial variations or probe signals at diagnostic points part number ads0700 component information mesh 6.0 page 23 tdiff 6.0 page 29 geometer 2.5 page 34 metamesh 2.5 page 36 and heatwave 2.0 page ...

gambet 2.0 function 2d/3d monte carlo simulations of electron/photon/positron radiation transport in matter description gambet 2.0 is an innovative approach to monte carlo simulations of radiation transport in matter the unitized suite handles the full range of electron/photon/positron interactions with high accuracy gambet can be used as a stand-alone tool or as an extension to the trak page 26 or omnitrak page 39 charged-particle-beam codes applications include optimization of xray targets electron-beam heating radiographic imaging positron physics radiation therapy research and shielding design ...

· gendist utility for analysis and plotting of input/output particle distributions · advanced variance-reduction techniques including interaction forcing and splitting/reduction of particles · package includes powerful graphical pre and post-processors for mesh generation and the analysis of dose and particle orbits · particle escape files may be used as input for subsequent runs or ported to the trak and omnitrak · material interactions are handled by the state-of-the-art penelope package · direct mesh generation from photographic or medical images · textbook-quality instruction manuals and ready-to-run ...

now you can have it all the xenos software suite has unprecedented power to model x-rays electrons and their interactions components function as coupled or stand-alone applications for electric and magnetic field calculations electron beam design monte carlo modeling of radiation transport and thermal analysis no other software compares for advanced features accuracy speed and price how it works xenos x-ray/electron numerical optimization suite is a suite of advanced 2d/3d finite-element programs that handles everything you want to know about xrays and electrons component programs calculate electric ...

· gambet records the spatial distribution of deposited power density the information is used by heatwave for static and dynamic thermal simulations · gendist performs statistical analysis of particle distributions from omnitrak and gambet some calculations you can do with xenos · heater power for a thermionic cathode · clinical dose distributions with multiple electron or x-ray beams · peak electric field in a high-voltage feethrough · calibration of beam diagnostics · shielding requirements and temperature profiles for an electron-beam welder · resolution limits in an x-ray imaging system set ...

component program information · gambet 2.0 2d/3d monte carlo simulations of electron-photonpositron interactions in matter page 17 · geometer 2.5 interactive graphical environment for 3d solid geometry page 34 · metamesh 2.5 universal 3d conformal mesh generator page 36 · hiphi 2.0 static or low-frequency 3d electric fields page 37 · magnum 2.0 static or low-frequency 3d magnetic fields with coils iron and permanent magnets page 38 · omnitrak 2.0 3d design of electron guns and charged particle transport systems page 39 · heatwave 2.0 3d thermal transport with temperature-dependent materials and ...

tricomp program data sheets this section lists individual tricomp program components of the e&m toolkits and advanced e&m design suites the programs handle 2d solutions for planar and cylindrical systems setups are easy and solutions run quickly applications include high-voltage systems magnet design charged-particle guns and beam transport eddy current analysis rf heating electromagnetic pulses coupled thermal transport and microwave structures 22

mesh 6.0 function automatic generation of 2d conformal triangular meshes description mesh 6.0 creates conformal triangular meshes for any user-specified geometry the term conformal means that the solution volume is divided into a set of individually-shaped triangles that closely follow material boundaries the approach gives high-accuracy field solutions with short run times the program also supports variable element resolution for enhanced accuracy in critical regions mesh includes a powerful integrated drawing editor to define geometries graphically the program also imports drawings in dxf format ...

estat 6.0 function two-dimensional electrostatics cylindrical and planar systems description estat 6.0 is a comprehensive tool for electrostatic solutions in two-dimensional planar and three-dimensional cylindrical geometries the program handles arbitrary geometries with multiple regions of dielectric or conductive materials the program supports anisotropic materials estat employs advanced finite-element methods on conformal meshes for speed and accuracy the program includes an interactive graphical environment for creating plot and analyzing solutions advanced capabilities include automatic calculation ...

permag 6.0 function two-dimensional magnetostatics with non-linear magnetic materials permanent magnets and anisotropic materials description permag 6.0 is an advanced solution package for the design of permanent magnet devices the program calculates static magnetic fields for any geometry with planar or cylindrical symmetry permag can perform combined runs with permanent magnets coils and ferromagnetic materials with its open data structure the program handles all permanent magnet materials including non-linear materials like alnico a concise users manual reviews magnetostatic theory with anisotropic ...

trak 7.0 function charged-particle tracking beam transport and electron/ion gun design description trak 7.0 is the most advanced 2d code available on any computer platform for charged-particle optics and gun design the program applies high-accuracy finite-element techniques to find individual orbits or to simulate steady-state beams features include effects of beam-generated electric and magnetic fields automatic generation of input distributions self-consistent space-charge-limited emission and field emission applications include electron and ion guns electro-optical devices electron microscopes ...

emp 6.0 function finite-element time-domain analysis simulations of electromagnetic interference and pulsed-power devices description emp 6.0 simulates electromagnetic pulses in 2d planar geometries and 3d cylindrical systems the program employs unique finite-element methods on conformal triangular meshes for accurate representations of curved and sloped material boundaries run times are short typically a few seconds on a high-performance computer emp supports matched-termination absorbing boundaries to simulate open-space conditions spatial data can be analyzed quickly with integrated interactive ...

wavesim 6.0 function finite-element frequency-domain simulations of electromagnetic propagation and microwave devices description wavesim 6.0 models electromagnetic waves in 2d structures the program finds resonant modes of cavities and waveguides and also handles scattering solutions high-performance matched termination layers represent open-space conditions wavesim determines both near and far-field solutions and handles absorption resulting from resistivity or imperfect material response the program has application to radar electromagnetic compatibility communications microwave devices and education ...

tdiff 6.0 function thermal transport in solids and biological media with temperature-dependent properties description tdiff 6.0 handles dynamic or steadystate thermal transport calculations the program uses unique finite-element techniques for high accuracy and numerical stability tdiff solves nonlinear problems with temperature-dependent material properties the program can model effects of thermal radiation boundaries and blood perfusion bioheat equation tdiff imports calculated power densities from rfe2 nelson wavesim and gambet for coupled solutions includes the probe utility for plotting and ...

pulse 6.0 function pulsed magnetic fields with induced electric fields and eddy currents description pulse 6.0 calculates the history of pulsed magnetic fields with effects of eddy currents you can define up to 127 regions of magnetic materials conductors and coils the code can handle saturation waves in ferromagnetic materials it produces direct output of magnetic field histories at given positions and spatial distributions of magnetic field permeability and electric field at given times in the analysis mode the program automatically calculates magnetic forces on structures as well as currents ...

rfe2 6.0 function two-dimensional rf electric fields in biological media and lossy dielectrics description rfe2 is a versatile numerical tool to calculate rf electric fields in conductive media the program has extensive applications in rf heating and biothermal simulations you can define up to 127 regions to represent electrodes or different materials the amplitude and phase of the harmonic potential on electrodes can be set individually conductive materials are characterized by values of the volume resistivity and relative dielectric constant power density values can be exported to tdiff for thermal ...

nelson 6.0 function two-dimensional rf and ac magnetic fields in materials with eddy currents description nelson 6.0 is a versatile numerical tool to find rf and ac magnetic fields in conductive media you can define up to 127 regions to represent coils or different materials the amplitude and phase of the harmonic coil currents or vector potential on surfaces may be set individually conductive materials are characterized by values of the electrical conductivity and relative magnetic permeability the interactive graphics analysis menu provides full information on the amplitude and phase of the magnetic ...

amaze program data sheets this section lists individual amaze program components of the advanced e&m design suites amaze programs generate full 3d solutions with amazing speed packages feature an interactive opengl-based graphical editor and an automatic conformal mesh generator applications include electrostatics magnetostatics with permanent magnets and saturable materials charged-particle guns and beam transport rf heating and thermal transport 33

geometer 2.5 function creation of 3d assemblies in an interactive graphical environment description the geometer/metamesh package offers unparalleled ease-of-use for 3d mesh generation geometer is an interactive graphical environment to create geometric specifications for metamesh you can build complex assemblies as you move freely through space with advanced visualization tools features · opengl support gives you the sense of being inside the system with complete freedom to move about 3d space · easy import of complex parts via stl files from solidworkstm proetm autocadtm nxtm and other 3d ...

· mouse-controlled perspective views with real-time animation · variety of orthographic views with reference grids and coordinate tools for precision work · extensive set of interactive dialogs allows you to add modify or reorder parts in a few seconds · includes a two-dimensional drawing editor to design cross-sections of extrusions and turnings · comprehensive documentation and a library of prepared examples 35

metamesh 2.5 function automatic generation of 3d conformal hexahedron meshes description metamesh 2.5 is a versatile fast and easy-to-learn program to create conformal 3d meshes for finite-element calculations in a conformal mesh elements are individually shaped to match object boundaries the faithful representation of surfaces and the extended node coupling of the hexahedron mesh account for the high accuracy of amaze programs the metamesh script is a simple and well-documented format for the definition of arbitrary three-dimensional structures you can use the geometer program to create scripts ...

hiphi 2.0 function three-dimensional electrostatics description hiphi 2.0 offers unparalleled computational power speed and accuracy for 3d electrostatics at a moderate price the program handles user-specified geometries that may contain regions of electrodes dielectrics space-charge and resistive materials the package includes the phiview postprocessor for plots and interactive analyses the program has unparalleled speed ­ a 200,000-node calculation takes less than 1 minute on a typical pc hiphi has application to areas such as highvoltage engineering circuit component design electro-optical and ...

magnum 2.0 function three-dimensional magnetostatics with coils high-permeability materials and permanent magnets description magnum 2.5 is the complete tool for 3d finite-element magnetostatic calculations the program achieves unprecedented accuracy and speed at a moderate price magnum can perform three types of calculations 1 free-space fields in unbounded volumes for given applied currents 2 bounded fields in the presence of coils permanent magnets and saturable isotropic ferromagnetic materials and 3 pulsed fields in regions with ideal conductors the package includes two additional programs ...

omnitrak 2.0 function charged-particle orbits and collective beam physics in electric and magnetic fields description omnitrak 2.0 is the most advanced software tool available on any platform for the analysis of 3d charged-particle devices the program combines finite-element methods with sophisticated interpolation techniques for fast and accurate orbit calculations omnitrak packages are complete tools that handle mesh generation field solution particle initiation orbit tracking and analysis omnitrak has applications to areas such as high-power microwave sources vacuum microelectronics photomultipliers ...

heatwave 2.0 function thermal transport in solids or biological media with temperature-dependent material properties description heatwave 2.0 applies high-accuracy finite-element methods to solve the steady-state or dynamic thermal equations the program handles radiative boundaries blood perfusion and materials with temperature-dependent thermal properties in initial-value solutions you can define arbitrary time variations of thermal sources and surface temperatures in this mode the program can record snapshots of spatial variations or probe signals at points the package contains three programs ...

· represent nonlinear materials through flexible tabular input of temperature dependence · automatic construction and display of 3d isothermal surfaces · easy-to-understand instruction manual with library of read-to-run examples 41

rfe3 2.0 function three-dimensional rf electric fields in biological media and resistive materials description rfe3 2.0 calculates rf electric fields in resistive media the program employs finite-element methods for high-accuracy the package includes rfe3view an interactive analysis program to find spatial variations of the amplitude and phase of electric fields and current rfe3 has application to areas such as industrial rf treatments geological measurements and biomedical procedures features · export power-density profiles to heatwave for thermal analyses · define spatial variations of relative ...

software order form please print and fill out the form and fax it to us at +1-617-752-9077 or send it by mail to field precision po box 13595 albuquerque nm 87192 u.s.a we will confirm the order by e mail and set up an electronic download there is no handling or setup charge there is a $25.00 charge if your require a cd shipped by mail program/package name part number price physical shipment of cd 50.00 total mastercard/visa/amex information card number expiration date customer name on card e mail address organization address town/state or province country/postal code 43