Towards the Capabilities of Rocket Engines with Solar Heating of Working Fluid

V. M. Kotov

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Towards the Capabilities of Rocket Engines with Solar Heating of Working Fluid

机译：利用工作流体的太阳加热提高火箭发动机的能力

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The purpose of this research is to show the potentiality of the rocket with solar heating of working fluid. The study describes design of the heater with tungsten pipes, ensuring full-range application of focusing radiation (95 %) under the hydrogen heating to 2900 K; gives an examples of optimization of rocket engine thrust by the flight time with predetermined fuel weight and specific weight of engine with mirror and payload; illustrates design of the engine and mirrors providing the conjugation between the thrust vector and solar radiation vector; demonstrates design of power-supply source with high-efficient solar energy transformation into electric one and compares various types of the rockets.

机译：这项研究的目的是展示在工作流体的太阳加热下火箭的潜力。这项研究描述了带有钨管的加热器的设计，以确保在氢气加热至2900 K时全范围施加聚焦辐射（95％）。给出了通过飞行时间优化火箭发动机推力的示例，该飞行时间具有预定的燃料重量和带有镜子和有效载荷的发动机的特定重量;示出了提供推力矢量和太阳辐射矢量共轭的发动机和后视镜的设计;演示了将高效太阳能转换为电能的电源设计，并比较了各种类型的火箭。

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《American Journal of Aerospace Engineering》 |2016年第1期|共5页
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V. M. Kotov;
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中图分类航空、航天技术的研究与探索;
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1. Corrigendum to 'Enhancing heat pipe solar water heating systems performance using a novel variable mass flow rate technique and different solar working fluids' [Sol. Energy 186 (2019) 191-203] [J] . Shafieian Abdellah, Osman Junaid Jaffer, Khiadani Mehdi, Solar Energy . 2020,第Deca期

机译：使用新型可变质量流量技术和不同的太阳能工作流体加强热管太阳能水加热系统性能的勘探。能源186（2019）191-203]
2. Enhancing heat pipe solar water heating systems performance using a novel variable mass flow rate technique and different solar working fluids [J] . Shafieian Abdellah, Osman Junaid Jaffer, Khiadani Mehdi, Solar Energy . 2019,第JULa期

机译：使用新型可变质量流率技术和不同的太阳能工作液提高热管太阳能热水系统的性能
3. Enhancing heat pipe solar water heating systems performance using a novel variable mass flow rate technique and different solar working fluids [J] . Shafieian Abdellah, Osman Junaid Jaffer, Khiadani Mehdi, Solar Energy . 2019,第Jula期

机译：使用新型可变质量流量技术和不同的太阳能工作流体增强热管太阳能水加热系统性能
4. 253 - Comparison of the Thermal Performance of Different Working Fluids in a Closed Two-phase Solar Water Heating Thermosyphon. [C] . A. Ordaz-Flores, O. Garcia-Valladares, V.H. Gomez International conference on solar heating, cooling and buildings;EUROSUN 2008 . 2011

机译：253-封闭式两相太阳能热水虹吸管中不同工作流体的热性能比较。
5. An experimental study on a density driven solar water heating system using supercritical carbon dioxide as working fluid. [D] . Shukla, Ruchi. 2014

机译：以超临界二氧化碳为工作流体的密度驱动太阳能热水系统的实验研究。
6. Efficient Volumetric Absorption Solar Thermal Platforms Employing Thermally Stable - Solar Selective Nanofluids Engineered from Used Engine Oil [O] . Nirmal Singh, Vikrant Khullar -1

机译：利用热稳定的高效体积吸收太阳能热平台-由废机油制造的太阳能选择性纳米流体
7. Towards the Capabilities of Rocket Engines with Solar Heating of Working Fluid [O] . V. М. Kotov 2016

机译：朝着加工流体的太阳能加热火箭发动机的能力
8. Solar Heating and Cooling Working Fluids Released to the Ecosystem [R] . Wilson, D. W., Miera, F. R. 1978

机译：太阳能加热和冷却工作流体释放到生态系统

Towards the Capabilities of Rocket Engines with Solar Heating of Working Fluid

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