Technologies in refrigeration equipment an the basis of the principle of discrete-impulse introduction and transformation of energy

A. Dolinskyy; B. Basok; I. Chumak; V. Xhivitsa

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Technologies in refrigeration equipment an the basis of the principle of discrete-impulse introduction and transformation of energy

机译：制冷设备技术是能量离散脉冲引入和转化原理的基础

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Technological solutions on the basis of discrete pulse input and power transformation concept used in refrigeration engineering are presented. The gradients of temperatures and pressures in apparatus of two stage ammonia refrigeration plant are shown. As an example for closed type intercooler the results of study self evaporation (swelling) phenomenon, evaporative direct contact cooling with heat compression effect for superheated ammonia flow, and cooling of dispersed vapor-oil flow are given.

机译：提出了基于离散脉冲输入和功率变换概念的制冷技术解决方案。示出了两级氨制冷设备的设备中的温度和压力的梯度。以封闭式中冷器为例，研究了自蒸发（膨胀）现象，对过热氨流具有热压缩作用的蒸发直接接触冷却以及对分散的汽油流进行冷却的结果。

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《Промышленная Теплотехника》 |2002年第4期|共6页
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A. Dolinskyy; B. Basok; I. Chumak; V. Xhivitsa;
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1. Technologies in refrigeration equipment an the basis of the principle of discrete-impulse introduction and transformation of energy [J] . A. Dolinskyy, B. Basok, I. Chumak, Промышленная Теплотехника . 2002,第4期

机译：制冷设备技术是能量离散脉冲引入和转化原理的基础
2. Technologies in refrigeration equipment an the basis of the principle of discrete-impulse introduction and transformation of energy [J] . A. Dolinskyy, B. Basok, I. Chumak, Промышленная Теплотехника . 2002,第4期

机译：制冷设备技术的基础是离散冲动引入和能量转化的基础
3. Introduction Of Energy Saving Principles: Technologies And Awareness, Latvian Experience [J] . Mutule A., Teremranova J. Latvian Journal of Physics and Technical Sciences . 2018,第6期

机译：节能原理介绍：技术和意识，拉脱维亚经验
4. FAULT-TOLERANCE AS A BASIS FOR INTEGRATION OF ONBOARD EQUIPMENT PRINCIPLES, SYSTEM SOLUTIONS, TECHNOLOGY [C] . M.M.Kofman, P.P.Paramonov, Yu.I.Sabo, Saint Petersburg International Conference on Integrated Navigation Systems . 2005

机译：容错作为集成车载设备原理，系统解决方案，技术的基础
5. Economic Operation of Supercritical CO2 Refrigeration Energy Storage Technology [D] . Hay, Ryan 2017

机译：超临界二氧化碳制冷储能技术的经济运行
6. The conformational basis of energy transformations in membrane systems. I. Conformational changes in mitochondria. [O] . J T Penniston, R A Harris, J Asai, 1968

机译：膜系统中能量转换的构象基础。 I.线粒体的构象变化。
7. THE GENERAL PRINCIPLES OF WASTE PROCESSING WITH RECOVERY OF THEIR ENERGY POTENTIAL ON THE BASIS OF PLASMA TECHNOLOGIES. PART III. COMPARATIVE ANALYSIS OF THE OXYGEN AND AIR BLOWING INFLUENCE AND THE ROLE OF CALORIFIC CONTENT OF SEWAGE SLUDGE [O] . V.A. Zhovtyansky, E.P. Kolesnikova, M.V. Yakymovych, 2018

机译：基于等离子体技术的恢复其能源潜力的废物处理的一般原则。第三部分。氧气吹气影响的比较分析及污水污泥热量含量的作用
8. Magnetic Refrigeration: The Basis for a New Refrigeration Technology. Los Alamos Mini-Review [R] . Keller, W. E. 1982

机译：磁制冷：新制冷技术的基础。洛斯阿拉莫斯迷你评论

Technologies in refrigeration equipment an the basis of the principle of discrete-impulse introduction and transformation of energy

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