Method and device for fired intermediate overheating during direct solar vapourisation in a solar thermal power station

• 1. 当在太阳能热电厂中太阳能直接汽化时中间再热器燃烧的方法和设备 [P] . 中国专利： CN101680649A . 2010-03-24
• 2. 当在太阳能热电厂中太阳能直接汽化时中间再热的方法和设备 [P] . 中国专利： CN101680648A . 2010-03-24
• 3. METHOD AND DEVICE FOR FIRED INTERMEDIATE OVERHEATING DURING DIRECT SOLAR VAPOURISATION IN A SOLAR THERMAL POWER STATION [P] . IL200913A . 2012-10-31

  机译： 太阳热电站直接蒸气蒸发期间中间过热的方法和装置

• 4. METHOD AND DEVICE FOR FIRED INTERMEDIATE OVERHEATING DURING DIRECT SOLAR VAPOURISATION IN A SOLAR THERMAL POWER STATION [P] . IL200913B . 2012-10-31

  机译： 太阳热电站直接蒸气蒸发期间中间过热的方法和装置

• 5. Method and device for fired intermediate overheating during direct solar vapourisation in a solar thermal power station [P] . AU2008228596B2 . 2012-02-09

  机译： 在太阳能热电站中直接进行太阳能汽化过程中燃烧中间过热的方法和装置

• 1. Thermo-Economic Optimization of Solar Thermal Devices by Coherent Integration of Technologies [J] . Javier Cano Nogueras 能源与动力工程（英文） . 2020,第011期
• 2. Comparative Study of the Geomagnetic Activity Effect on foF2 Variation as Defined by the Two Classification Methods at Dakar Station over Solar Cycle Phases [J] . Sibri Alphonse Sandwidi, Doua Allain Gnabahou, Frédéric Ouattara 地球科学国际期刊（英文） . 2020,第008期
• 3. Evaluation methods of solar contribution in solar aided coal-fired power generation system [J] . Zhu Yong, Zhai Rongrong, Zhao Miaomiao, Energy Conversion & Management . 2015,第sepa期
• 4. Power/energy: Microwave power: A `far-out¿ system? `Moon-made¿ solar-fired turbogenerator stations may eventually beam microwave power to earth [J] . Agosto W.N. Spectrum, IEEE . 1976,第5期
• 5. Off-design thermodynamic performances of a solar tower aided coal-fired power plant for different solar multiples with thermal energy storage [J] . Li Chao, Yang Zhiping, Zhai Rongrong, Energy . 2018,第NOVa15期
• 6. COUNTRY ANALYSIS FOR SOLAR THERMAL POWER STATIONS USING REMOTE SENSING METHODS [C] . Stefan Kronshage, Christoph Schillings, Franz Trieb World renewable energy congress;WREC VII . 2002
• 7. Renewable Electricity Generation via Solar-Powered Methanol Reforming: Hybrid Proton Exchange Membrane Fuel Cell Systems Based on Novel Non-Concentrating, Intermediate-Temperature Solar Collectors. [D] . Real, Daniel J. 2015
• 8. Hybrid photosynthesis-powering biocatalysts with solar energy captured by inorganic devices [O] . Tian Zhang, Pier-Luc Tremblay 2017
• 9. Study on Direction of Arrival Estimation Method with Automatic Calibration System for Solar Power Station/Satellite(ABSTRACTS (MASTER THESIS FOR GRADUATE SCHOOL OF ENGINEERING)) [O] . Matsumoto Masatoshi 2005

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• 2. Solar-Powered Direct-Current Loads in Small Buildings [J] . Prakash Samobat12 ,Simon Lannon1 . 能源与动力工程 . 2015,第009期
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• 4. EDPF-NT+系统在太阳能槽式光热电站的应用 [C] . 蔡琛 ,宗龙 . 第三届中国太阳能热发电大会 . 2017
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