建立了吸附式太阳能制冷装置的吸附床热力计算模型。
Thermodynamic calculating model of adsorption bed in the adsorption solar refrigeration equipment was established.
为了提高锅炉热力计算模型的通用性和系统的可维护性，提出面向对象应用框架的系统建模方法。
For improving the versatility and extensibility of the boiler thermodynamic calculation system, a modelling method with object-oriented application frameworks was presented.
以汽轮机功率方程和锅炉吸热量方程为基础，并将机组的整个回热系统视为一闭口热力系统，通过对其的热平衡分析，得到了高加切除对机组热经济性影响的计算模型。
By heat balance analysis of the whole regenerative system, which is regarded as a closed thermodynamic system, the calculation model on the influence of HPs removal on heat economy of unit is derived.
这种模型的应用可以使得热能动力工程和制冷工程设计中的状态参数和热力过程计算软件的重复使用问题得到简化。
With this kind of model, the software used in thermal power engineering and refrigeration engineering for computing thermodynamic parameters of state and processes can be easily reused and enhanced.
介绍了汽轮机组热力性能试验通用分析软件的组成，给出了汽轮机加热器的通用计算模型。
The composition on general Analysis Software of steam turbine Thermal Performance Tests is introduced, and general calculation model of heater for steam turbine is given.
本文对一开始就冷凝的叉流式空气-空气湿热交换器提出一种新的热力计算法，即对比模型法。
The new method of thermodynamic calculation (the contrast model method) for air-air crossflow wet heat exchanger with wet air condensing first at the entry is proposed in this paper.
最后以锅炉热力计算设计过程为例，验证模型对实际产品动态过程的可管理性。
At last, the applicability of the model to an actual product dynamic management is confirmed with the example of a boiler thermodynamic calculation design process.
在热力系统优化调度计算中，采用常规方法所建立的热电联供汽轮机模型通常精度较差。
In the calculation of optimal dispatch for a thermal system, the model built by the conventional method for power-heat cogeneration steam turbines is of poor accuracy.
通过R 6160zc柴油机主要技术参数及原机试验结果，建立了原机BOOST热力过程计算模型。
The calculation model of BOOST thermodynamic process for original diesel is built according to the main technical parameters and the experimental results of R6160ZC diesel.
在矿井热力分析的基础上，建立了井下各种热源散热量的计算模型。
On the basis of thermal analysis for the coal mine, the calculation model of heat dissipating of various heat sources in coal mine has been established.
利用所建立的闪光对焊热力耦合模型计算了顶锻过程中顶锻接触行为的主要影响因素与规律。
The mainly effective factors and rules of contact forging by using the heat-mechanical coupling model were computed.
采用二维正方形格点模型，用完全计算法研究了蛋白质分子的热力学性质。
Using square lattice model and an enumeration calculation method, the thermodynamic properties of two-dimensional proteins is investigated.
通过求解压缩机热力学模型和进行动力计算，分析了背压孔的一般运动规律。
General motion low of back-pressure ports position is developed by solving thermodynamic model of compressor and carrying out dynamical computation.
由二元系估算二元系和多元系的几何模型是当今在热力学和相图计算中用得最为广泛的一种溶液模型。
Geometrical model is a kind of solution model that has been used extensively in predicting thermodynamic properties and calculating phase diagrams for ternary and multicomponent systems.
基于基元叶栅法，建立了轴流式压气机的变工况计算模型，并采用变比热公式计算空气的热力参数；
On the basis of an elementary cascade method a calculation model for the off-design performance of an axial-flow compressor has been set up.
提出以热力学模型和经验模型组成的复合模型作为计算基础具有重要的实际意义。
It shows that calculations based upon a combination of thermodynamic model and experimental model are of great importance.
为模拟激光介质的温度、热应力的分布和变化，建立了激光介质热力学计算模型。
The thermodynamic model was established for analyzing the temperature and the thermal stress in laser medium.
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.
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.
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.
对若干塔的热力性能计算分析表明，采用本文的数学模型与计算方法所开发的计算程序具有良好的工程应用前景。
Thermal performance analysis of a number of towers shows that this mathematic model and its calculation programme are perspective in technical applications.
并且在加热器基本模型以及各辅助汽水的模型基础上，推导出适用于热力系统热经济性计算软件的通用加热器数学模型，并且建立了软件整体适用的通用计算模型。
Based on the primary heater model and the assistant model, the universal heater mathematics model of the software was deduced and the universal computing model of the whole software was founded.
通过与锦州20 - 2凝析气管道的生产试验数据对比，得出了适于湿天然气管道工艺计算的热力学模型和水力学模型。
By comparing with the field data for Jinzhou 20-2 offshore pipeline, the available thermodynamic models and hydrodynamic models applied to the wet gas pipeline have been chosen.
建立了薄片激光介质热力学计算模型。
The thermodynamic model for the thin-disk laser medium was established.
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.
给出了旋转对推进剂应力应变的影响、产生的热力学方面的影响及旋转引起的气体动力学的影响等的分析计算模型。
The models of the spinning induced effects upon propellant grain stress and deformation, thermodynamics and gas dynamics were set up.
为确定热力参数和输运系数在各个截面上的变化规律，研究了热力组分的平衡算法，提供了简单实用的计算模型。
A simple but useful calculation model which determine thermodynamic and transportation parameters by equilibrium algorithm of thermodynamic species was presented.
原先热力架空管道的计算没有考虑到位移的非线性因素，不能正确地反映管道和支座的实际受力情况，现结合热力架空管道和支座的受力情况，给出了力学的计算模型。
As nonlinear factor of displacement is not taken into account in design of thermal overhead pipeline previously, actual stress condition of pipeline and support can't be reacted correctly.
文章在建立了热力系统加热器的通用性数学模型的基础上，用循环函数法对整个回热系统进行热力计算。
This article derives a general model of heater for thermal dynamic system. Based on the general model, the thermal parameters of regenerating system can be calculated by Circulating Function Method.
文章在建立了热力系统加热器的通用性数学模型的基础上，用循环函数法对整个回热系统进行热力计算。
This article derives a general model of heater for thermal dynamic system. Based on the general model, the thermal parameters of regenerating system can be calculated by Circulating Function Method.
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