電界解析シリーズ

Potential and electric field distribution by charge and electrode are important as electrostatic field problem.
Radio wave distribution such as antenna and noise It is important as a high frequency electric field problem. Mutec is preparing μ-MF that can perform high-level three-dimensional analysis from μ-EXCEL series that can be easily used even by novices, and μ-WAVE that covers electromagnetic waves to light.

操作が簡単 μ- EXCELシリーズ　2次元または軸対称3次元解析

電界解析
"Electric field plate" around the electrode, electric field distribution analysis by charge
  • Electrostatic field analysis
  • Electric field, potential distribution, electric field vector calculation
  • Set the relative permittivity of the composite dielectric and the potential of the electrode
  • Dielectric constant anisotropy consideration
  • Charge density can be set

詳細情報
電界解析
"Static current plate" Current flow in liquid, current flow in conductor · semiconductor bulk
  • Current flow analysis in conductive material
  • Electric field, potential distribution, electric field, current vector calculation
  • Set conductivity, set electrode potential

詳細情報
電界解析
"Orbit calculation version" For electron gun and ion beam analysis
  • Electric field analysis · Magnetic field analysis, Behavior analysis of ion beam in electric and magnetic fields
  • Start of orbit calculation at charged particle mass, charge number, initial coordinate, initial velocity
  • Electric field, potential distribution, magnetic field, magnetic force line, orbit diagram calculation
  • Repulsive action for multiple charged particles

詳細情報
電界解析
"Dielectric stress plate" Calculate stress distribution working inside dielectric
  • Electrostatic field analysis, stress distribution analysis
  • Electric field, potential distribution, electric field vector, stress vector calculation
  • Set the relative permittivity of the composite dielectric and the potential of the electrode

詳細情報

3次元解析を手軽に、しかもハイレベル解析までカバーする μ-MFシリーズ元

電界解析
Easy setting of conditions on the "electrostatic field" wizard menu
  • Electrostatic field analysis
  • Relative dielectric constant of the dielectric, potential setting of the electrode only
  • Electric field, potential distribution, electric field vector calculation
  • If you use AirCube modeler developed by your company modeling easily
  • Use of commercially available Femap is recommended for complicated shape setting

詳細情報

3次元電磁場解析をカバーする　μ-WAVEシリーズ

電界解析
"μ-WAVE-FD" Electromagnetic wave analysis package using FDTD method
  • High speed FDTD solver installed
  • AirCube of own modeler · VIEWER attached
  • Since it is a dedicated modeler, it is easy to set the antenna and the feeding point
  • Radio wave strength, temporal change of vector, arbitrary section contour display etc.

詳細情報
電界解析
"μ-WAVE-CIP" The topic CIP method is applied to electromagnetic wave analysis in fluid analysis etc.
  • Advantage over FDTD method is
    that there is no phase error, independent of Coolant condition, complete absorption boundary is easily realized
  • Advanced development package that is still evolving
    However, due to attenuation of high-frequency components and memory requirement are being considered for improvement
  • If you are interested please contact us

詳細情報

個別問題にカスタマイズされたパッケージはこちら

電界解析
"μ-BEAM" three-dimensional charged particle trajectory analysis package
  • Electric field analysis · Magnetic field analysis, Behavior analysis of ion beam in electric and magnetic fields
  • Start of orbit calculation at charged particle mass, charge number, initial coordinate, initial velocity
  • Electric field, potential distribution, magnetic field, magnetic force line, orbit diagram calculation
  • Repulsive action for multiple charged particles
  • In combination with our own modeler AirCube, price down

詳細情報