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    中文 | ENGLISH0510-80320108

    0510-8032 0108


    地  址:江蘇省無錫市宜興經濟開發區慶源大道88號景苑128創新產業園H1棟

    聯系人:肖總監 15995224775

    郵  箱:jonas.xiao@shinopto.com

    電  話:0510-8032 0108

    傳  真:0510-8032 0109

    網  址:http://www.ulctrip.com

    郵  編:214213


    地 址:北京市豐臺區五間樓十號五岳大廈B座230-1

    聯系人:馬總監 13901381925

    郵 箱:bj@shinopto.com

    電 話:010-5613 6255

    傳 真:010-8769 1233

    OXALIS-laser 軟件 Commod Pro

      法國Oxalis-Laser公司的Commod Pro, ThermOpt, Spir激光軟件用于對各類激光系統進行專業的物理光學模擬計算、熱效應分析以及多程放大分析,是目前全球 *專業、 * 、 *全面的激光模擬軟件。信歐光電作為其在中國區的授權代理商,致力于在中國市場推廣這款 的專業激光模擬軟件,與廣大中國用戶共同發現并見證激光 的豐富多彩。

    • 產品介紹
    • 性能參數
    • 規格尺寸
    • 資料下載

      Commod Pro

      Beam generation

      Commod Pro performs beam generation for either stable or unstable cavities. Longitudinal pumping is also performed prior to beam generation. Commod Pro can simulate multimode cavities for CW, passive and active Q-switched modes.

      Coherent beam propagation

      Commod Pro propagates any kind of coherent beam. The beam propagation, based on Fourier transform method, takes into account diffraction, spatial and temporal dispersion and shift, and Kerr effect. Commod Pro can propagate ultra-short pulses considering streching and compressing effects.

      Beam amplification

      Commod Pro manages 4 level solid state amplifiers with rod and slab geometries; gradient refractive index is also taken into account. Gain profile and thermal and mechanical effects are simulated by Spir and Thermopt respectively. Frantz and Nodvik model is used for amplification and gain saturation.

      Frequency conversion

      Frequency conversion is one of the most effective strength of Commod Pro. Indeed, Commod Pro performs intra-cavity and extra-cavity frequency conversion considering any kind of conversion, OPO, DFG, ppln…

      List of Commod Pro components

      - Sources (circular, rectangular, speckle, complex, experimental, complex)

      - Amplifiers and dynamic amplifiers (disk, rod, slab, refractive index gradient)

      - Frequency converters (type I, type II, OPA, SFG, DFG, SHG, OPO, ppln)

      - Apodizer (file, analytic, gaussian)

      - Saturable absorber (slow and fast)

      - Mirrors (flat, spherical, cylindrical, phase conjugaison)

      - Thick and thin lens (spherical, cylindrical, Fresnel)

      - Polarizer and birefringent polarizer

      - Pockels cell

      - Prisms

      - Grating (flat and focusing)

      - Quartz rotators and Faraday rotators

      - Spatial filter

      - Wave plate (random, bi-value, kinoform)

      - Wavefront corrector (gaussian, file)

      - Focuser

      - Spatial and multi-pass filters

      - Stimulated Raman/Brillouin scaterring

      Virtual components

      This is a very important feature of Commod Pro. Virtual components allow you to develop your own transfer function to simulate either new components or physical beam interactions and to implement them in Commod Pro. You will take advantage of Commod Pro capabilities and you will bring your own expertise in it. At the initial stage you create your virtual component and can insert it in the optical chain using Commod Pro system building interface. During the calculation the interaction between Commod Pro and your virtual component will be carry on througth output Commod Pro files exchange.


      - Beam characterization along the system (energy, optical and mechanical distances, wavelengths, modulation rate, peack intensity, beam position....)

      - Beam temporal profile

      - Beam intensity and phase profile for each step of time and component (two polarizations)

      - Fluence on each component

      - Residual gain

      - Histogram of fluence

      - Depolarization

      - ......

      I/O Characteristics

      - Export all results (spatial, temporal and gain profiles) as ASCII files for later data processing. Other formats are available.

      - Binary file

      - .DAT ASCII file containing system information

      Operating system

      Windows 98 / NT / 2000 / Vista / Seven



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