Solar, thermal energy in textile processing

C. N. Sivaramakrishnan

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Solar, thermal energy in textile processing

机译：纺织加工中的太阳能，热能

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SOLAR energy can be converted into electricity, heat and chemical energy, AS sun is the energy source for almost all the processes that happen on the surface of our planet. Wind is a result of temperature difference in the atmosphere induced by solar irradiation, waves are generated by the wind, clouds and rain are formed by the evaporation of water due to sun light. As sun is the only real energy source, industry need to move to an era of starting to utilize the energy provided by the sun directly to satisfy our energy needs.

机译：太阳能可以转化为电能，热能和化学能，因为太阳是地球表面几乎所有过程的能源。风是太阳辐照引起的大气温度差的结果，风产生波，云和雨水是由于阳光的蒸发而形成的。由于太阳是唯一的真实能源，因此工业界需要进入一个时代，开始直接利用太阳提供的能量来满足我们的能源需求。

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《Colourage》 |2018年第2期|5052|共2页
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C. N. Sivaramakrishnan;
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专利

1. Mathematical and experimental analysis on solar thermal energy harvesting performance of the textile-based solar thermal energy collector [J] . Jia Hao, Cheng Xiaomei, Zhu Jingjing, Renewable energy . 2018,第ptaa期

机译：织物型太阳能集热器太阳能集热性能的数学和实验分析
2. Energy-Efficient Textile Building with Transparent Thermal Insulation for the Solar Thermal Use According to the Model of the Polar Bear’s Fur [J] . Thomas Stegmaier, Jamal Sarsour, G?tz T Gresser, Innovative Energy & Research . 2018,第3期

机译：根据北极熊皮毛的模型，具有透明隔热层的太阳能节能节能纺织建筑
3. Strategy to synthesize integrated solar energy coproduction processes with optimal process intensification. Case study: Efficient solar thermal hydrogen production [J] . Emre Gencer, Rakesh Agrawal Computers & Chemical Engineering . 2017,第octa4期

机译：以最佳工艺强度综合太阳能综合生产过程的策略。案例研究：高效的太阳能热制氢
4. STEP (Solar Thermal Electrochemical Production) of Energetic Molecules: A synergy of photovoltaics and solar thermal to form a new, higher efficiency solar energy process [C] . S. Licht ECS Meeting . 2011

机译：电力充电分子的步骤（太阳能热电化学生产）：光伏和太阳能热量的协同作用，形成新的，更高效率的太阳能过程
5. Performance evaluation of building integrated solar thermal shading system on building energy consumption, daylight level, and active solar energy. [D] . Li, Li. 2015

机译：根据建筑能耗，日光水平和活性太阳能评估建筑集成式太阳能热遮阳系统的性能。
6. Iron Oxide Films Prepared by Rapid Thermal Processing for Solar Energy Conversion [O] . B. Wickman, A. Bastos Fanta, A. Burrows, -1

机译：通过快速热处理制备用于太阳能转化的氧化铁膜
7. Textile Drying Using Solarized Cylindrical Can Dryers to Demonstrate the Application of Solar Energy to Industrial Drying or Dehydration Processes: Phase I. Final Report. [O] . P. D. Mitchell, M. E. Beesing, G. L. Bessler 1979

机译：纺织品干燥使用阳光化圆柱形可以干燥器，以证明太阳能在工业干燥或脱水过程中的应用：I期。最终报告。
8. Textile Drying Using Solarized Can Dryers to Demonstrate the Application of Solar Energy to Industrial Drying or Dehydration Processes, Phase II. Final Report [R] . Mitchell, P. D., Beesing, M. E., Bessler, G. L. 1979

机译：使用日晒干燥器进行纺织干燥，以证明太阳能在工业干燥或脱水过程中的应用，第二阶段。总结报告

Solar, thermal energy in textile processing

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