Dynamic Modeling and Simulation of a Cheng Cycle Cogeneration Unit

机译：程循环电生电单位的动态建模与仿真

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Ricky Doelman; Bram De Jager;
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年度 1995
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1. THE NEW LM2500 CHENG CYCLE FOR POWER GENERATION AND COGENERATION [J] . MICHEL A. SAAD, DAH YU CHENG Energy Conversion & Management . 1997,第15a17期

机译：新型LM2500程式发电和热电联产
2. Dynamic simulation of a small modified Joule cycle reciprocating Ericsson engine for micro-cogeneration systems [J] . Frederic Lontsi, Oumarou Hamandjoda, Kennedy Fozao, Energy . 2013,第deca15期

机译：微型热电联产系统的小型焦耳循环往复式爱立信小型发动机的动态仿真
3. Thermodynamic Modeling of the Solar Organic Rankine Cycle with Selected Organic Working Fluids for Cogeneration [J] . Suresh Baral, Kyung Chun Kim Cogeneration & Distributed Generation Journal . 2014,第3期

机译：利用热电联产选择有机工作流体对太阳有机朗肯循环进行热力学建模
4. Modelling and Simulation of the Dynamics of Cross Vane Expander-Compressor Unit for Vapour Compression Cycle [C] . Ken Shaun YAP, Kim Tiow OOI, Anutosh CHAKRABORTY International Compressor Engineering Conference at Purdue . 2016

机译：蒸汽压缩循环跨叶片扩展器 - 压缩机单元动态的建模与仿真
5. Computer simulation of an actual cogeneration power cycle. [D] . Vokal, Brian James. 1999

机译：实际热电联产循环的计算机模拟。
6. Homology modeling and molecular dynamics simulations of the N-terminal domain of wheat high molecular weight glutenin subunit 10 [O] . Roland Cazalis, Thierry Aussenac, Larbi Rhazi, 2003

机译：小麦高分子量谷蛋白亚基10亚基N端结构域的同源性建模和分子动力学模拟
7. The thermodynamic changes that occur upon mixing five models of formamide and three models of water, including the miscibility of these model combinations itself, is studied by performing Monte Carlo computer simulations using an appropriately chosen thermodynamic cycle and the method of thermodynamic integration. The results show that the mixing of these two components is close to the ideal mixing, as both the energy and entropy of mixing turn out to be rather close to the ideal term in the entire composition range. Concerning the energy of mixing, the OPLS/AA-mod model of formamide behaves in a qualitatively different way than the other models considered. Thus, this model results in negative, while the other ones in positive energy of mixing values in combination with all three water models considered. Experimental data supports this latter behavior. Although the Helmholtz free energy of mixing always turns out to be negative in the entire composition range, the majority of the model combinations tested either show limited miscibility, or, at least, approach the miscibility limit very closely in certain compositions. Concerning both the miscibility and the energy of mixing of these model combinations, we recommend the use of the combination of the CHARMM formamide and TIP4P water models in simulations of water-formamide mixtures. [O] . Kiss, Bálint, Fábián, Balázs, Idrissi, Abdenacer, 2017

机译：通过使用适当选择的热力学循环和热力学积分方法进行蒙特卡罗计算机模拟，研究了将五种甲酰胺模型和三种水模型混合在一起时发生的热力学变化，包括这些模型组合本身的可混溶性。结果表明这两种组分的混合接近于理想的混合，因为混合的能量和熵在整个组成范围内都非常接近理想的项。关于混合的能量，甲酰胺的OPLS / AA-mod模型与其他模型相比，在质量上有不同的表现。因此，该模型得出的结果是负的，而其他模型则综合考虑了所有三个水模型的结果的正能量。实验数据支持后一种行为。尽管混合的亥姆霍兹自由能在整个组成范围内始终为负，但大多数测试模型组合显示出有限的混溶性，或至少非常接近某些组合物的混溶性极限。关于这些模型组合的可混溶性和混合能量，我们建议在水-甲酰胺混合物的模拟中使用CHARMM甲酰胺和TIP4P水模型的组合。
8. Cycle: A General Computer Code for Thermodynamic Cycle Computations. Studies of Cogeneration in District Heating Systems [R] . Miedema, J. A. 1981

机译：循环：热力循环计算的通用计算机代码。区域供热系统热电联产研究

Dynamic Modeling and Simulation of a Cheng Cycle Cogeneration Unit

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