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 This paper discusses the methods for solving MESH equation groups for a distillation tower. A phase equilibrium coefficient simplified model and a binary iteration algorithm are proposed. 讨论了精馏塔MESH方程组的求解方法,介绍了相平衡系数简化模型及构造的双重迭代算法. 短句来源 “mesh方程组”译为未确定词的双语例句
 A BINARY ITERATION METHOD FOR SOLVING MEHS EQUATIONS FOR DISTILLATION TOWER 精馏塔MESH方程组求解的一种双重迭代法 短句来源 The mathematic model of multistage multi-component distillation is composed of material equation, heat equation, and equilibrium equation, namely MESH equation. 多级多组分精馏过程的数学模型，通常都由物料平衡、能量平衡、相平衡和分子分数总和四个方程组来描述，即MESH方程组。 短句来源 1.To establish the equation groups about waste water stripping tower MESH and equationgroups including ionization balance, chemistry balance and phase balance. 具体研究内容如下:1、建立污水汽提塔的MESH方程组和化学平衡、电离平衡方程组; 短句来源 Some variables such as production flow, rate ratio, theoretic tray counts and theoretic input place are gained, and the mathematical model MESH equations are brought out. 首先求解了设计型变量塔顶产品流量，回流比，理论板数和进料位置，然后给出精馏过程的数学模型MESH方程组。 短句来源 The bubble-point method (BP) and tridiagonal matrix method are proposed as solution of MESH equations(Material equation, phase Equilibrium equation, Summation equation, Heat equation), through which equations could be solved quickly and steadily, and the composing mole fraction at the top of tower and Key composition profiles and temperature of every stage are given. 提出采用三对角矩阵法和泡点法(BP，Bubble Point)相结合作为模型求解的解决方案，可快速稳定地求解复杂的MESH方程组，并给出塔顶液相组分组成和各塔板的关键组分分布及温度分布。 短句来源 更多 相似匹配句对
 A BINARY ITERATION METHOD FOR SOLVING MEHS EQUATIONS FOR DISTILLATION TOWER 精馏塔MESH方程组求解的一种双重迭代法 短句来源 The Solution of Collective Equations 集合方程组的解 短句来源 Maxwell Equations Invarince 麦克斯韦方程组的协变性 短句来源 1.To establish the equation groups about waste water stripping tower MESH and equationgroups including ionization balance, chemistry balance and phase balance. 具体研究内容如下:1、建立污水汽提塔的MESH方程组和化学平衡、电离平衡方程组; 短句来源 Application of Mesh in tension - free herniorrhaphy Mesh在腹股沟疝修补中的应用 短句来源 查询“mesh方程组”译词为用户自定义的双语例句

我想查看译文中含有：的双语例句 没有找到相关例句 This paper discusses the methods for solving MESH equation groups for a distillation tower. A phase equilibrium coefficient simplified model and a binary iteration algorithm are proposed. The algorithm has features of numerical stability, smaller storage space and rapid convergence. 讨论了精馏塔MESH方程组的求解方法,介绍了相平衡系数简化模型及构造的双重迭代算法.该法具有数值稳定、占用内存空间较小、快速收敛等特点. The MESH equation system of one-column distillation process for benzene-toluene was established. With computer iteration calculation method, the distributions of gas flow, liquid flow, temperature, concentration on each theoritical bed and the heat loads on the top and bottom of tower were obtained. The calculated thermodynamic efficiency for one-column distillation process is 13.97%. Based on the simulation results, a binary distillation column was proposed in this paper, an analysis for the process was performed... The MESH equation system of one-column distillation process for benzene-toluene was established. With computer iteration calculation method, the distributions of gas flow, liquid flow, temperature, concentration on each theoritical bed and the heat loads on the top and bottom of tower were obtained. The calculated thermodynamic efficiency for one-column distillation process is 13.97%. Based on the simulation results, a binary distillation column was proposed in this paper, an analysis for the process was performed and the correlation variables between the two towers, the top flow rate from the high pressure tower and its reflux, were determined. Under the conditions that the tower pressure and bottom flow rate from the high pressure tower were given, taking comprehensive benefit as optimizing object, reflux ratio between two columns as decision variable, the optimization calculation was performed with one-dimension fixed step search method and the operating conditions for the binary distillation column were determined. The optimization results show that compared with the one-column distillation process, the binary distillation column with the operating pressure 34.34 N/cm 2 and reflux 1.1 in high pressure tower and mormal pressure and reflux ration 3.2 in low pressure tower can save energy by 32%,save steam consumption by 28%, increase thermodynamic efficiency by 4.39%. The binary distillation column has been confirmed to be an effective energy saving one. 建立了苯－ 甲苯单塔精馏的ＭＥＳＨ 方程组，采用分割技术用计算机进行迭代求解，得到了塔内各理论板的气液流量、温度和浓度分布及塔顶和塔底热负荷，并计算了该过程的热力学效率为１３ ．９７ ％ 。在此基础上，提出了苯－ 甲苯的并流型双效精馏流程，并对该流程进行了工艺分析，确定了高压塔塔顶采出量及回流比为两个塔的协调变量。在规定各塔压和高压塔塔底流量的条件下，以综合效益为优化目标，以两塔的回流比为决策变量，采用一维定步长搜索给出决策变量改进值的方法进行优化计算，确定了双效精馏流程的工艺操作条件。优化计算结果表明，高压塔压力为３４ ．３４ Ｎ／ｃｍ ２ ，回流比为１ ．１ ，低压塔压力为常压，回流比为３ ．２ 的双效精馏比单塔精馏可节约供热量３２ ％ ，节约蒸汽用量２８ ％ ，且双效精馏过程的热力学效率可提高４ ．３９ ％ ，是一种非常有效的节能措施 The vapour-liquid equilibrium model of association system was established,and vapor enthalpy of association system was cor- rected.NRTL and Wilson equations in the liquid phase were used to correct the non-ideal behavior.The simulation of association sys- tem several-feeds distillation process gained satisfactory effect by applying the vapor-liquid equilibrium and enthalpy data of calculation. The MESH equations were solved by trigonometric matrix in distillation simulation process.The software for simulating... The vapour-liquid equilibrium model of association system was established,and vapor enthalpy of association system was cor- rected.NRTL and Wilson equations in the liquid phase were used to correct the non-ideal behavior.The simulation of association sys- tem several-feeds distillation process gained satisfactory effect by applying the vapor-liquid equilibrium and enthalpy data of calculation. The MESH equations were solved by trigonometric matrix in distillation simulation process.The software for simulating distillation process of association system was programmed using Visual Basic 6.0.The software can be also used to simulate distillation process of general systems. 建立了缔合体系相平衡模型,并对含缔合组分汽相焓进行了校正,液相用NRTL、Wilson方程修正其非理想性计算出的汽液相平衡数据及焓值,用于缔合体系多股进料精馏模拟取得了满意的效果。本软件采用三对角矩阵法求解精馏过程的MESH方程组,用Visual Basic 6．0开发出缔合体系精馏模拟软件,同时软件也包括了一般体系的多元复杂精馏模拟。 << 更多相关文摘 相关查询

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