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1)  heat charge simulation method
模拟热荷法
1.
In order to find a method that not only can reflect the cable s actual situation turely but also can caculate the cable temperature field simply and rapidly,a new method named heat charge simulation method was proposed to calculate the steady temperature field of underground heat pipe according to the comparability of electric field and temperature filed.
为了寻找一种既可真实反映电缆实际情况,又可简便、快速计算电缆温度场的方法,笔者根据温度场和电场的相似性,提出了一种计算地下直埋发热管稳态温度场的新方法—模拟热荷法
2)  charge simulation method
模拟电荷法
1.
The charge simulation method was applied to calculate the space electric field in railway container center stations to investigate the space electric field caused by the catenary and its effects.
为了探讨接触网对铁路集装箱中心站环境的影响,采用模拟电荷法对集装箱中心站空间电场进行计算;建立了正面吊的椭球体模型,计算了集装箱中心站空间电场对正面吊的感应电流。
2.
To lower the power frequency electric-field intensity produced by the extra-high voltage(EHV) transmission lines in the residential area of real estate development,mathematical model of power frequency electric field intensity on shielding line under the EHV lines is established based on the charge simulation method and also simulated by matlab software.
为了降低房地产住宅开发小区超高压输电线路工频电场强度对建筑小区的影响,基于模拟电荷法,建立了在高压输电线路周围架设屏蔽线时的计算工频电场的数学模型,运用MatLab软件对其进行仿真计算。
3.
The principle of the charge simulation method briefly is introduced.
简述了模拟电荷法的基本原理,并用金属球壳——无限大理想金属地面模型的解析解和金属平板——无限大理想金属地面模型的渐进解,分别验证了模拟电荷法对于求解这类电容问题的正确性,最后用模拟电荷法求解了封闭空心金属圆筒——无限大理想金属地面系统的电容,给出了电容随三个参量变化的曲线族,并对曲线族进行了分析。
3)  CSM
模拟电荷法
1.
A new optimization technique is developed based on the Charge Simulation Method(CSM) for precise research of the power frequency electric field generated by the EHV transmission lines under the condition of complex landscapes.
为精确研究超高压输电线路穿越较复杂地区时的工频电场,基于模拟电荷法引入最优化方法,建立了相应的二维电场计算模型和计算公式。
2.
The traditional charge simulation method(CSM)is studied in this paper,for solving the shortcomings,such as tedious complex preprocessing work,the artificial influence considerations and their effects on the numerical calculation precision of electric field,an improved CSM is proposed.
在对传统模拟电荷法研究基础上,针对其电算前期工作量大,轮廓点、模拟点布置存在人为因素,从而影响计算精度的问题,提出改进模拟电荷法。
4)  imitation charge method
模拟荷电法
1.
Based on the analytic method and the imitation charge method,this paper derives the mathemtical formula of the distribution law of the electric field from electrostatic dust precipitator with super wide clearance and long discharging bar.
采用数学分析法和模拟荷电法,推导出超宽间距长芒刺静电除尘器电场分布规律的数学表达
5)  simulation charge method
电荷模拟法
1.
To study the distribution of the electric field in electrostatic spraying by corona discharge method,the electric field induced by a multi-needle electrode arranged in ring shape was calculated by simulation charge method and through running program based on matlab language.
为深入研究电晕荷电喷雾产生电场的分布情况,针对电晕荷电喷雾中常用的多针组合式电极,采用电荷模拟法,运用matlab软件编程,对电极诱导电场进行数值计算,得出了电场中任意点的电势、场强值及其分布图。
6)  method of load simulation
荷载模拟法
补充资料:热光热透镜法
分子式:
CAS号:

性质: 又称激光热透镜光度法,简称热光热透镜法。应用激光束使试样产生热效应进行元素痕量分析的一种技术。基本原理是激光束射向置于溶剂中试样上,试样吸收光能,通过无辐射弛豫而转化为热能(或称加热),使试样溶液以激光束为中心形成很强的温度径向梯度分布,导致溶液折射指数的径向梯度分布;此时试样相当于一个透镜,即所谓热透镜效应,其大小,可测定光束中心部位光强的减小来量度。试样可进行萃取使欲测元素分离或用螯合剂生成螯合物或离子缔合物再进行激光束加热,以提高选择性。分析装置有多种形式,大多用一种激光束如氪离子(Kr+)激光器、氦-氖激光器或脉冲可调染料激光器发射的某一波长,可同时作为加热光束和探测光束;亦有用双光束如用脉冲染料激光束作为试样的加热光束,用非聚焦型氦-氖激光束作为探测光束。本法灵敏度比一般光谱高。已用于稀土、金属元素在地表水、化学处理后的排水及其他各种试样中的痕量分析。

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