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HOW FULL conversion of heat into work, or directly into electrical energy AND DEVICE FOR ITS IMPLEMENTATION

机译:热量如何完全转化为功,或直接转化为电能及其实现装置

摘要

1. A method of converting heat in full operation, one of the known classical thermodynamics regenerative cycles, such as a steam Rankine cycle or directly into electrical energy in a known literature reference electricity pairs of bodies, on the basis of known "phenomenological" Seebeck effect, wherein that the heat recovery process to complete the thermodynamic cycle, or passing electricity pair of bodies, carried in the unknown device in classical thermodynamics , Samorekuperatore (options) via power, potential field, dramatically different from the main part of the cycle (heat flux), initiating reactive process heat umklapp to higher than the temperature level of the external heat input (upper level) to complete its transformation into the work expansion of the working body actuator cycle, for example, turbine unit, or directly into electrical energy power generation pair of bodies based on the known effect Zeebeka.2. The method of claim. 1, characterized in that samorekuperator before assembly, is cooled to a cryogenic temperature (0≤T≤100 ° K) and support it, by grafting or block of the heat load, regardless of the needs of the consumer in generated energy for continuous, stable operability for the time of operation of the device, and the heat converted into work, taken directly from the surrounding sredy.3. Samorekuperator further AMR, characterized in that the force, potential field initiating reactive thermal flux field to form ponderomotive forces in electrostatic
机译:1.一种基于已知的“现象学”塞贝克(Seebeck)在全操作中将热转换的方法,该方法是已知的经典热力学再生循环之一,例如蒸汽朗肯循环,或在已知文献中将电对直接转换成电能效果,其中完成热力学循环或通过一对电体的热回收过程通过经典的热力学Samorekuperatore(选件)通过功率,势场承载在未知设备中,与循环的主要部分截然不同(热通量),将反应性过程热量umklapp升高到高于外部热量输入的温度水平(较高水平),以完成其转换为工作执行器循环的工作膨胀(例如涡轮机单元)或直接转换为电能基于已知效应Zeebeka的一对发电体。2。权利要求的方法。 1,其特征在于,在组装之前将samorekuperator冷却至低温温度(0≤T≤100°K)并通过接枝或阻止热负荷来支撑它,而不论消费者在连续发电中所需要的能量如何,设备运行时稳定的可操作性,并且热量直接从周围的环境中吸收而转化为功3。 Samorekuperator进一步采用AMR,其特征在于,力,势场引发反应性热通量场以形成静电中的质动力

著录项

  • 公开/公告号RU2014145412A

    专利类型

  • 公开/公告日2016-05-27

    原文格式PDF

  • 申请/专利权人 ЧЕПКАСОВ ЮРИЙ ПЕТРОВИЧ (RU);

    申请/专利号RU20140145412

  • 发明设计人

    申请日2014-11-11

  • 分类号F03G7/00;

  • 国家 RU

  • 入库时间 2022-08-21 14:11:19

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