1) small-size simulated freezing test
模拟冷稳定实验
3) cold test
冷模实验
1.
In order to verify theoretic calculation,frequency,quality factor and influence of coupler to frequency of resonator were measured in cold test of QWR superconducting cavity with a prototype resonator at normal temperature status by network analyzer.
为验证理论计算,获取相关高频参数,进行了QWR超导腔冷模实验。
4) cold model experiment
冷模实验
1.
The preliminary discussion on the cold model experiment of combined fluidized gasification with the biomass and Baiyinhua lignite
生物质与白音华褐煤共流化气化冷模实验初探
2.
The dust removal performance of gas-liquid reverse spraying scrubber was studied in a cold model experiment.
在冷模实验装置上考察了气液逆喷洗涤器的除尘效率,研究了液气体积比、洗涤液喷头入口压力及进口粉尘质量浓度对除尘效率的影响。
5) simulation experiment
模拟实验
1.
Development of simulation experiment courseware for material tension and torsion;
材料力学拉伸和扭转模拟实验课件的研发
2.
Simulation Experiment Study of Influence Factors on Residual Stresses of Injection-molded Parts;
注塑件残余应力影响因素的模拟实验研究
3.
Understanding on the geochemical parameters used for secondary oil migration:Revelation from simulation experiment of secondary oil migration;
油气二次运移地球化学常用参数变化规律的新认识——石油二次运移模拟实验的启示和思考
6) experimental simulation
实验模拟
1.
According to the character of food-engineering course,the application of experimental simulation in the teaching of food-engineering was researched.
针对食品工程专业课程的教学特点,探讨了食品工程实验模拟在食品工程专业教学中的应用,采用可视化编程语言VB,开发出了一套符合教学实际的新一代的基于Windows平台的食品工程实验模拟软件,并展望了实验模拟的发展前景。
2.
In this paper,the results of the experimental simulation amd numerical simulation on the evolvement of the microstructue of aluminum alloy during hot tandem rolling were evaluateel amd its process was summarized.
总结了关于铝合金热连轧过程的实验模拟和数值模拟的成果 ,综述了铝合金热连轧过程中发生的微观组织演变现象。
3.
The potential energy principle for experimental simulations andtheoretiocal transfornations in metal forming processes is established by using the partial sim-coupled equations for largedeformations and flow theoty and the weighted residual method.
引入了大变形流动理论的偏相似耦联方程的概念 ,并应用加权余量法建立了金属成形过程中的实验模拟和理论转换热能原理 ,根据该势能原理并应用拉氏乘子法 ,建立了相应的广义势能原理 ,这些势能原理将在实验模拟的基础上为实现模型体和原型体位移与应力场的互相转换奠定理论基础 ,并对金属成形过程的理论研究与实验验证有重要的理论意义和实用价
补充资料:定态模拟
分子式:
CAS号:
性质: 曾用名稳态模拟,又称定态数学模拟。过程对象变量不随时间变化,模型中不含时间变量的数学模拟。所谓数学模拟,系利用数学模型对实际过程进行描述,并对数学模型进行求解的过程。定态是相对动态而言的,是动态的一种极限状态。对集总参数过程,定态模拟的数学模型为代数方程组。
CAS号:
性质: 曾用名稳态模拟,又称定态数学模拟。过程对象变量不随时间变化,模型中不含时间变量的数学模拟。所谓数学模拟,系利用数学模型对实际过程进行描述,并对数学模型进行求解的过程。定态是相对动态而言的,是动态的一种极限状态。对集总参数过程,定态模拟的数学模型为代数方程组。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条