再加热炉过程控制计算机系统的主要目的是实现生产动态过程控制，跟踪操作记录，同时通过冶金模型进行生产过程优化。
The reheating furnace process computer system goals are mainly dynamic production process control, process operation records tracking, and production process optimization with metallurgy model.
结合COMI炼钢工艺冶金反应热力学分析、物料及能量计算及热态实验研究，证实了COMI炼钢工艺的可行性。
Based on metallurgical reaction thermodynamic analysis, materials and energy calculation and thermal test of COMI steelmaking process, the feasibility of COMI steelmaking process could be confirmed.
近几年来冶金工业厂房工程设计均采用人工挖孔桩基础，本文论述人工挖孔桩的优点、设计计算、构造和应用。
This article depicts the advantages, design calculation, structure and application of the concrete piles in men-made hole used in the industrial metallurgical building in the recent years.
在冶金辅料生产和新产品开发工作中，涉及到大量的配料计算。
There is always a great deal of burden calculation in production of metallurgical auxiliary materials and development of new products.
文章重点介绍了微型气缸的粉末冶金成形模的设计以及成形零件相关尺寸的计算方法，同时对微型气缸成形模的工作过程进行了分析。
The article introduces the powder metallurgy mold design and size count of forming spares, besides, it analyse working process of miniature cylinder forming mold.
详细推导了发生于冶金溶液的化学反应过程的吉布斯能变化的计算方法；对推导过程中所涉及的量的物理化学意义进行了确切定义。
The calculation method of Gibbs energy change of the chemical reaction in metallurgical solution has been revealed in detail, and the dimensions involved in the revealation have been strictly defined.
本文主要讨论与分析，在动力、冶金，化工、轻纺、机械等工业中，进行热能利用的分析时，应当运用的方法及其有关计算效率的基本概念。
Basic concepts of efficiency calculation and analytic method of heat energy application referring to power, metallurgical, chemical and other industries are discussed in this paper.
从节能降耗的目的出发，研究开发了针对冶金企业氧气厂空分设备经济运行的计算机软件系统。
In order to economize energy resources and reduce energy-consuming, an economical-run software system for air-separation products of metallurgy enterprises' oxygen plant has been developed.
该模型基于多流体理论、反应动力学、冶金传输原理及计算流体力学等理论，充分考虑了多相多组分之间的同时相互作用。
It was based on the multi-fluid theory, kinetics, transport phenomena theory and computational fluid dynamics, with the mutual interphase interactions fully taken into account.
结果表明，SYSCAD软件可提高工艺流程的计算效率，是冶金项目工程设计计算中非常有用的计算工具。
The results show that SYSCAD can improve calculation efficiency, which is an effective tool for engineering design of metallurgical project.
并数值计算了普通循环水冷结晶器与喷淋冷却结晶器的冶金参数。
The metallurgical parameters of the conventional recirculating water cooling and the spray cooling molds have been calculated respectively.
本文提出了一种高温冶金多相体系综合平衡计算的计算机方法。
A computer method for all-equilibrium calculation of a heterogeneous system for pyrometallurgy is developed in this work.
冶金喷印标记设备融合了机械、电气、气动、计算机、检测及控制编程技术，是一个典型的机电一体化系统。
The marking equipment for the metallurgy is a typical mechanical-electrical system combined with mechanism, electronics, aerodynamics, computer, inspection, testing and control.
本文搜集冶金设备设计计算中，若干使用试差法的场合，共三款。
In this paper, three cases are listed where the triable calculation met-hod is used for designing metallurgical machinery.
相图计算已经成为材料设计、冶金和化工等过程模拟的重要工具，越来越受到人们的重视。
As an important approach for processing simulation in materials design, metallurgy and chemical engineering, CALPHAD approach attracts more and more attention.
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.
介绍了计算机仿真系统的概念、作用及其在核电、火电机组、军事、化工、冶金领域的开发应用，提出建立复杂冶金工艺设备仿真系统是技术创新的一个重要方面。
The concept, role of the computer simulation and its application in nuclear power plant, thermal power plant, military, chemical industry and metallurgy are described in this paper.
从热力学计算及实验两方面研究了酸性冶金废液中以砷酸铁形式中和沉淀脱砷过程。
A dearsenifying process from high concentration arsenate solution by formation of insoluble ferric arsenate is analyzed by thermodynamics and examined experimentally.
本文对热管技术在冶金烧结机上的节能应用进行了介绍，提出了其节能性和经济性的计算方法，通过计算和分析，得出了热管蒸发器在冶金烧结机上应用是节能经济可行的结论。
The application of heat pipe in heat recovery of sintering process is introduced and the calculating method in the saving-energy and the economy are suggested by calculating and analyzing.
针对大型铝合金件的锻造过程，采用实验与计算机模拟相结合的办法，分别对锻件内部冶金缺陷的变化及其应变场进行了分析。
In large aluminum alloy forgings, the change of inside metallurgical defects and the strain fields have been studied by experimental and numerical simulation.
侨芝郁，许志宏，刘洪霖。冶金和材料计算物理化学。北京：冶金工业出版社1999：142。
Qiao Z Y, Xu Z H, Liu H L, Computerized Physical Chemistry of Materials and Metallurgy. Beijing: MetallurgyIndustry Press, 1999: 142
本文简单介绍了一个新型、通用的计算程序系统—高温冶金热力学程序系统(PSTP)。
It briefly introduced a new and general computer system-Program system of Thermodynamics for Pyrometallrugical Process (PSTP).
计算机模拟作为一种参数优化的工具，越来越多的被应用于冶金领域。
Numerical simulation served as one of the effective tools for optimized parameters has found a wide application in metallurgy field.
计算机模拟作为一种参数优化的工具，越来越多的被应用于冶金领域。
Numerical simulation served as one of the effective tools for optimized parameters has found a wide application in metallurgy field.
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