热力模拟实验机的液压系统既要求工作在大流量区域，又要求工作在微小流量区域，需要在极宽的工作范围内精确地控制锤头的位移。
Thermomechanical simulator's hydraulic servo system requires working both in big flux area and small flux area, and it needs to control peen's position exactly in a large range of work area.
另外，研究人员模拟的是一个碳氢链在水中的情况，并未告诉我们脂类之间相互作用的热力学情况。
In addition, these are simulations of a single hydrocarbon chain in water, and so they don't tell us about the energetics of lipid-lipid interactions.
热力系统分析研究的主要方法是数学模拟和综合优化。
Mathematical simulation and synthetical optimization are main methods of thermodynamic system.
在此基础上，分析比较当前过程系统的分析与模拟方法，根据锅炉热力系统的特点选择合适的过程分析模拟方法。
On the condition of it, choose an appropriate process analysis method for boiler thermal system, after comparing the present simulation methods of process-system.
本文表述的是，同步循环状态下系统热平衡，及在热平衡条件下循环空气热力参数和性能参数的模拟计算。
Text formulation turn out, at synchronism circulate state system heat balance; and analog computation on heat balance condition circulating of air heat power parameter and performance parameter.
冰与海洋的热力耦合对冰与海洋环流的模拟有极其重要的影响，是冰-海洋相互作用的一个重要方面。
Thermodynamic coupling plays an important role in the simulation of sea ice and general oceanic circulation. It is an important factor to represent the ice-ocean interaction.
对脉冲爆震发动机的热力循环过程应用特征线法作了一维流场的数值模拟。
Numerical simulation in one-dimensional unsteady flow of thermal dynamic cycle process in PDE is presented by the characteristic method.
本文对不同平衡温度模拟结果的差异(偏差场)进行了分析，探讨某局地热力强迫对全球其它区域环流异常的影响效应。
The differences between results of simulations with different equilibrium temperatures reflect the effects of local thermal forcing on the anomalous response of the global circulations.
介绍了开发的一种新型4路模拟量同时转换的内燃机瞬态热力参数采集与分析系统。
It is introduced that a new type of data acquisition and processing system for transient thermodynamic parameters is developed for simultaneous conversion of 4 channel analog data.
提出了全封闭活塞式压缩机热力性能和流体流动的CFD模拟方法。
A numerical method for simulating the thermal and fluid-dynamic behavior of hermetic compressors by using CFD in the whole compressor domain are presented.
并根据热力学理论、流体力学等理论，运用仿真技术对冷藏集装箱制冷系统主要部件和冷藏集装箱冷藏室内的流场温度场建立数学模型和进行模拟仿真。
Then. based on the theory of thermodynamics and the theory of hydrodynamics, applying simulation technique to theorize mathematics model of the key component of refrigerated containers .
通过数值模拟优化、热力开采设计及相应的采油工艺配套设计，确定了合理开发对策，取得了较好开发效果。
Through optimization of numerical simulation, thermal recovery design and corresponding oil recovery technology, the reasonable development policy is determined and some good results have been gained.
结果表明：利用非对称点阵易于模拟格点规范场的热力学行为，也易于讨论趋向连续物理的各种极限。
The results show that the use of asymmetric lattice is of benefit to calculate the thermodynamical quantities and study the behavior of continuum physics limits.
用计算机模拟空气源热泵风侧换热器在不同环境温度和相对湿度条件下运行的热力特性。
Simulates the thermodynamic characteristic of the air side heat exchanger of an air source heat pump under different air temperature and relative humidity.
模拟了横向风对冷却塔热力特性和飘水损失的影响；提出了沿塔周设置回流槽的措施，以减少飘水损失。
This paper simulates the effect of crosswind on the thermal performance of wet cooling tower and puts forward a feasibility advice of fixing back flow canal around the tower to reduce the water loss.
由于本文的研究采用格点模型模拟方法，为了选取一种合适的折叠模式，本文比较了两种折叠模式的热力学和动力学性质。
In order to select one for the following simulation, the thermodynamic and kinetic properties of a lattice protein model by using the two move sets were calculated and compared.
应用PROCESS模拟程序，对乙二醇装置进行了流程模拟计算，确定了单元操作模型及热力学方法，计算结果与国外设计数据相吻合。
The process simulation is performed for ethylene glycol plant by using the PROCESS simulation programme, and the unit operation model and the thermodynamic method are determined.
采用实验室模拟的方法研究了松花江自然水体生物膜、悬浮颗粒物和沉积物吸附铅、镉的热力学规律。
The adsorption thermodynamic characteristics of Pb and Cd onto natural biofilm, suspended solids and sediments collected from Songhua River were firstly investigated.
将结霜模型和风机性能曲线联合起来考虑，在更加切合实际的情况下，模拟了换热器在结霜工况下的热力性能。
Thermal character of the exchanger was simulated during the frost time, considering both the frost model and the fan-coil performance curve under the engineering situation.
为了配合火电厂热力系统的安全、经济运行，对其热力系统进行分析与模拟计算一直是众多热工工作者从事的工作。
Many Heat Energy engineers always work to analyze and simulate compute to thermal system of power plant for supporting its security and economic performance operation.
建立了三维热力耦合问题弹塑性有限变形有限元方法，并对板材热轧过程进行了计算机模拟。
A three dimensional elastoplastic finite element model is presented for thermomechanical coupled finite deformation problems, and using the model, a slab hot rolling is computer simulated.
数值模拟结果和客观分析结果的比较表明，非静力中尺度数值模式MM5有能力再现地面以上大、中尺度环流系统和热力场；
The comparisons between results of simulation and objective analysis have shown that MM5 has the ability to replicate large scale and mesoscale circulation systems and their thermodynamic field.
通过选用合适的热力学模型，模拟计算了不同种类的冷凝介质，不同组成分率对聚合体系物性的影响。
With a suitable thermodynamics model, a simulation was taken to investigate the effects of various fraction of various inert medium on the heat properties of polymerization system.
采用热力耦合三维刚塑性有限元方法，对水轮机叶片模压成型工艺进行了模拟研究。
The die forming process of a hydro turbines blade was simulated by the thermal coupled finite element method.
为了研究非平衡态热力学理论在具体的冶金过程中的应用，本文用该理论模拟计算了转炉的炼钢过程，并建立了该过程的数学模型。
In order to study the application of nonequilibrium thermodynamics in specific metallurgical process, this article simulates steelmaking process with this theory and establishes a mathematical model.
本文从热力学角度出发，对天然气低温液化流程模拟与优化进行了详细的研究。
In text, the research in simulation and optimization of the LNG are studied from the thermodynamics.
通过对新系统的过程模拟，文中研究了新系统的能量特性和热力学的机理；
The performance of the new system is simulated, and the influences of heat-source temperature on the performances of refrigeration and heat-supply are discussed.
本文对实际气体的统计热力学模型及气液相平衡进行了计算机模拟。
In this article, we did computer simulation for the statistical thermodynamic model of real gas and its vapor-liquid phase equilibria.
采用状态方程和溶液理论相结合而建立了能模拟石蜡沉积的气液固三相相平衡热力学模型。
A thermodynamic model of the gas_liquid_solid three phases equilibria is presented, combing an equation of state with a solution theory.
采用状态方程和溶液理论相结合而建立了能模拟石蜡沉积的气液固三相相平衡热力学模型。
A thermodynamic model of the gas_liquid_solid three phases equilibria is presented, combing an equation of state with a solution theory.
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