溫馨提示：需求數(shù)量不同，價格不同。請聯(lián)系我們，確認當前新的報價！
INTEGRATED的LORENTZTMCAE程序套件提供了為2D/RS和3D帶電粒子軌跡分析定制的復(fù)雜模擬和設(shè)計工具。LORENTZTM的多種應(yīng)用包括研究粒子在陷阱（如Penning陷阱）中的運動，或粒子通過彎曲磁體和多聚焦磁體等光學(xué)組件的路徑，或雙網(wǎng)格離子槍等光速的行為。
LORENTZTM可與INTEGRATED成熟的電場和磁場求解器結(jié)合使用。這些求解器在電機設(shè)計、天線和高壓傳輸線等各種應(yīng)用中的數(shù)十年使用證明了它們的可靠性。根據(jù)隨附的場求解器，有多種LORENTZTM程序可用于涉及電(E)、磁(M)或2D和3D組合場分析(EM)的應(yīng)用，稱為LORENTZ-2ETM、LORENTZ-2MTM、LORENTZ-2EMTM、LORENTZ-3ETM、LORENTZ-3MTM和LORENTZ-3EMTM。對于高頻選項，請選擇LORENTZ-HFTM。
INTEGRATED的參數(shù)化和批處理實用程序可用于在LORENTZTM模型上運行自動變化，用于設(shè)計優(yōu)化或公差測試等目的。
了解LORENTZTM求解器方法和我們的光束分析物理選項。
由于我們程序的并行化（包含在我們的軟件中，無需額外費用），對于需要光束分析和粒子軌跡軟件的設(shè)計人員來說，解決方案速度無疑是一個主要優(yōu)勢。
特征：
適用于各種應(yīng)用的2D/RS和3D帶電粒子軌跡場求解器
3D封裝中的光學(xué)（光束）軸為分析光束提供方便的參考
準瞬態(tài)模式在不同時間為任意時間依賴性重建場，這比執(zhí)行瞬態(tài)解決方案要快得多
我們的軟件包包括：
求解器的選擇：為確保您對解決方案有信心并進行獨立驗證，BEM和FEM方法都包含在同一個軟件包中，以滿足您的特定應(yīng)用需求。并非每個求解器都適合每個應(yīng)用程序，沒有“一刀切”。
優(yōu)化工具的選擇：參數(shù)分析適用于那些需要快速方便優(yōu)化且學(xué)習(xí)曲線短的人。API和腳本為高等用戶提供了更多功能。這兩種工具都在同一個包中。
內(nèi)置材料庫：自定義和創(chuàng)建您自己的庫，以便方便訪問您使用的材料。
與MATLAB集成：用戶的MATLAB代碼可以包含對INTEGRATED API的函數(shù)調(diào)用，以構(gòu)建幾何、分配物理參數(shù)、求解和獲得結(jié)果。
并行化：在64位計算機上使用時，可以充分利用可用RAM，從而顯著提高求解器速度和后處理速度。
直觀的界面，可根據(jù)用戶偏好方便定制（整體外觀、工具欄、求解器、背景、默認值等）。
應(yīng)用：
電子槍
離子槍
離子注入機
納米管場發(fā)射器
濺射源
X-ray
離子推進
光斑尺寸
轉(zhuǎn)向磁鐵
電子顯微鏡
離子遷移譜
離子阱
離子質(zhì)譜儀
飛行時間
導(dǎo)流板
微通道板
乘積
光電倍增管
系統(tǒng)要求：
64位操作系統(tǒng)
Microsoft Windows 10或更高版本
安裝需要大約110MB的磁盤空間
二維程序：
至少需要4GB的RAM
盡管該軟件在單處理器機器上運行，但在多處理器系統(tǒng)上運行它將使軟件能夠利用并行資源以并行方式求解
【英文介紹】
INTEGRATED's LORENTZTM suite of CAE programs provide sophisticated simulation and design tools customized for charged particle trajectory analysis in 2D/RS and 3D. The diverse applications of LORENTZTM include studying the motion of particles in traps such as a Penning trap, or the paths of particles through optical components such as bending magnet and multiple focusing magnets, or the behavior of beams such as the dual grid ion gun.
LORENTZTMis available in combination with INTEGRATED's well-established electric and magnetic field solvers. These solvers have proven their reliability over decades of use in applications as diverse as motor design, antennas, and high voltage transmission lines. Depending on the accompanying field solvers, several varieties of LORENTZTMprograms are available for applications involving electric(E), magnetic(M) or combined ?eld analysis (EM) in 2D and 3D known as LORENTZ-2ETM, LORENTZ-2MTM, LORENTZ-2EMTM, LORENTZ-3ETM, LORENTZ-3MTMand LORENTZ-3EMTM. For the high frequency option, please choose LORENTZ-HFTM.
INTEGRATED's Parametric and batch utilities may be used to run automatic variations on the LORENTZTMmodel for purposes such as design optimization or tolerance testing.
Learn about LORENTZTMSolver Methods and our Specialized Beam Analysis Physics Options.
Thanks to the parallelization of our programs (included in our packages at no extra cost) the solution speed is certainly a major benefit for designers requiring beam analysis and particle trajectory software.
Features
2D/RS and 3D charged particle trajectory field solver for a diverse range of applications.
Optical (beam) axis in the 3D package to provide a convenient reference for analyzing a beam.
Quasi-transient mode that rebuilds the field at different times for arbitrary time dependencies, which is much faster than doing a full transient solution.
At no extra cost, our software packages include:
Choice of solvers: To ensure you have confidence in the solution and for independent verification, both BEM and FEM methods are included in the same software package to suit your specific application needs. Not every solver fits every application, no “one size fits all”.
Choice of optimization tools: Parametric Analysis for those who need fast and easy optimization with a short learning curve. API and Scripting give more power to advanced users. Both tools are available in the same package.
Built-in material libraries: Customize and create your own library for easy access to the materials you use.
Integration with MATLAB: Users' MATLAB code can include function calls to the INTEGRATED API to build geometry, assign physical parameters, solve, and obtain results.
Intuitive interface that can be easily customized according to user preferences (overall appearance, toolbars, solvers, backgrounds, defaults, etc.)
