We're gonna look at both infinite reactor systems and finite reactor systems to identify the differences, certainly in analysis.
我们会观察无限反应堆系统，以及有限反应堆系统，得出它们的区别，当然是在分析中。
Real Programmers don't write in FORTRAN. FORTRAN is for wimpy engineers who wear white socks. The get excited over finite state analysis and nuclear reactor simulations.
真正的程序员不写fortran程序。fortran是让畏缩的白领工程师用的。那些人只钟情于有限的状态分析和核反应堆模拟。
Using finite analytic solution we gave the numerical computation of the flow field in CVD reactor with tilted susceptor.
本文用有限分析方法，对带有倾斜基座的CVD反应器内流场进行了数值计算。
Real Programmers don't write in FORTRAN. FORTRAN is for wimpy engineers who wear white socks. The get excited over finite state analysis and nuclear reactor simulations.
真正的程序员不用FORTRAN，FORTRAN是给穿白袜子的幼稚工程师们用的。他们热衷于有限元分析和核反应模拟。
The flow field in this reactor was computed by means of finite difference method.
运用有限差分法计算了这种反应器内部的流场。
The procedure is based on a finite difference time domain(FDTD) scheme. The numerical results will offer theoretic reference for streamer discharge simulation or geometry optimization of reactor.
数值计算运用时域有限差分（FDTD）法，数值模拟结果为以后的反应器流光放电模拟及结构优化提供依据。
The get excited over finite state analysis and nuclear reactor simulations.
那些人只钟情于有限的状态分析和核反应堆模拟。
The finite element method is applied to analysis and optimize the design of the hydrogenation reactor skirt support area, and stress of the risk section is assessed and strength is checked.
采用有限元法对加氢反应器裙座支撑区进行有限元分析及优化设计，并对其危险截面作应力评定和强度校核。
In this thesis, finite element analysis is carried out on a large polypropylene tubular loop reactor which is complicated both in structure and loadings.
本文对结构和受载都非常复杂的聚丙烯环管反应器建立了有限元分析设计模型。
In this thesis, stress analysis and calculation in the finite element for a large oxidized reactor in service in the PTA industry are finished by ANSYS software.
本文用ANSYS程序对在PTA工业中使用的某大型氧化反应器进行了有限元应力分析计算。
A finite element model of large combined tubular reactor with complicate structure and loads was built up.
对结构和所受载荷都非常复杂的某大型组合管式反应塔建立了有限元模型。
The stress-distribution about manhole structure of middle-pressure reactor is desicribed by using the methods of finite element analysis.
采用有限元法对中压反应釜人孔凸缘结构进行了应力分析，揭示了其应力分布情况。
The reliability and sensitivity of The hydrogenation refined reactor were analyzed through 5000 samples Monte-carlo and finite element method.
用蒙特卡罗法和有限元相结合方法对加氢精制反应器模型进行5000次抽样，并对其可靠性和灵敏性进行分析。
The reliability and sensitivity of The hydrogenation refined reactor were analyzed through 5000 samples Monte-carlo and finite element method.
用蒙特卡罗法和有限元相结合方法对加氢精制反应器模型进行5000次抽样，并对其可靠性和灵敏性进行分析。
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