太阳能干燥

  • 网络Solar drying;solar-energy drying;solar energy drying
太阳能干燥太阳能干燥
  1. 基于PLC的苜蓿太阳能干燥控制系统的研究

    Study on Controlling System for Alfalfa Solar Drying Based on PLC

  2. 太阳能干燥是果蔬干燥方法中一种节能的方法。

    Solar drying is an energy-saving method of drying fruits and vegetables .

  3. 太阳能干燥与硫漂结为一体的综合装置

    A Synthesis Device Combing Solar Energy Drying with Sulphuric Floating

  4. 太阳能干燥皮毛制品的实验研究

    An Experimental Study on Solar Energy to Dry Fur Products

  5. 太阳能干燥玫瑰花渣的实验研究

    The experimental research of the solar energy drying of the rosy dregs

  6. 集热器型太阳能干燥装置太阳能保证率的计算

    The calculations and analysis of solar insuring rate of solar collector model dryers

  7. 太阳能干燥饲料级硫酸铜的实验研究

    Experimental Study of Solar Drying for Feed-grade Copper Sulphate

  8. 对于预热和不预热干燥系统的条件下,褐煤太阳能干燥具有不同的干燥性质。

    Lignite has different drying characteristics in solar drying preheating and without preheating .

  9. 木材干燥的节能研究&除湿干操与太阳能干燥

    Energy saving research of wood drying & dehumidifying drying and solar energy drying

  10. 拱型太阳能干燥系统设计

    A Design of Arch Solar Energy Drying System

  11. 优质杏干的太阳能干燥装置设计及研究

    Design of Solar-drying Device for High-quality Dried Apricots

  12. 农副产品太阳能干燥装置的结构设计

    Structure Design of Agricultural Byproduct Solar Drying Equipment

  13. 地热&太阳能干燥室温室兼用装置研究

    Research on concurrent installation of drying room and greenhouse with geothermal energy and solar energy

  14. 温室型太阳能干燥过程的动态模拟

    The dynamic sumulation of solar drying process

  15. 太阳能干燥窑的缺点是受天气的限制。

    A disadvantage of the solar kiln is that the drying operation is limited by weather .

  16. 太阳能干燥装置的数学模型

    Mathematical Model of Solar Energy Drier

  17. 太阳能干燥牧草空气集热板涂层试验研究

    The Experimentation on Surface Dope of Heat Collection board of Solar Energy of the drying pasture

  18. 污泥的太阳能干燥实验研究

    Experimental study on solar sludge drying

  19. 研究结果表明太阳能干燥薄层褐煤主要发生在降速干燥阶段,干燥曲线和干燥速率曲线呈指数变化。

    It concluded that thin layer solar drying lignite mainly occurred in the falling rate drying period .

  20. 利用太阳能干燥橡胶木材

    Based on a strain energy function proposed by Y. While E. DRYING RUBBER TIMBER WITH SOLAR HEAT

  21. 某些太阳能干燥室采用强制对流,而其他的设计简单的则为自然对流,自然对流的干燥速度低。

    Some solar kilns employ forced convention whereas other designs simply use free convection , which results in slower drying rates .

  22. 本文叙述了一种将太阳能干燥技术、远红外加热技术与蒸气采暖技术结合为一体的新型综合干燥装置。

    This paper describes a new comprehensive drying cabin which combines the techniques of solar energy drying , far-infrared heating and steam-heating .

  23. 针对集热器型太阳能干燥装置的能耗特点,研究影响太阳能保证率的诸因素。

    Based on the characteristics of energy consumption of solar collector model dryers , this paper studies the factors affecting the solar insuring rate .

  24. 这种简单的太阳能干燥装置是用一种覆盖了塑料膜的木架制成的,能够让阳光进入但是挡住了昆虫,而且还利用了自然对流。

    Simple solar dryers , constructed from a wooden frame covered with plastic , let the light in , keep insects out and use natural convection .

  25. 采用自行设计制造的混合型污泥太阳能干燥装置对污水处理厂机械脱水后含水率在80%左右的污泥进行干燥。

    A combination type solar dryer was designed for sewage sludge drying to decrease the moisture content of sewage sludge from 80 % so as to be recycled .

  26. 通过太阳能干燥及促干剂处理的无核紫葡萄干燥时间最短,自然干燥无促干剂处理的干燥时间最长。

    Promote the adoption of solar drying and dry-treated the purple seedless grapes drying time spend the shortest time ; while promote non-natural dry dry-treated the longest . 4 .

  27. 解决太阳能干燥设施内高湿条件下的结露问题是应用和推广太阳能谷物干燥技术的难点之一。

    In use and spreading of solar-energy drying facility ( SEDF ), it is one of the key points to solving dewfall problem in the high humidity inside of SEDF .

  28. 利用太阳能干燥鲜花节约了常规能源、减少了对花材和环境的污染,所得花材清洁、无异味。

    The utilization of solar energy for flowers drying can save fusil energy and reduce the pollution on dried flowers and our environment , the dried product is cleanly and without peculiar smell .

  29. 在干燥到相同的湿基湿含量(最终产品)的时候,五种干燥方式干燥产品水分活度均到达储藏要求,产品品质均达到了产品出厂的要求,综合而言,太阳能干燥设备干燥效果最佳。

    The water activity of dried product which was dried to the same water content under five different drying methods reached the storage requirements and the product quality met the requirements of the factory .

  30. 经过太阳能干燥与自然干燥后无核紫葡萄干表皮在显微镜下的透明度没有明显差别,而经过促干剂处理比无处理的无核紫葡萄表皮结构间隙大。

    There is no significant difference the purple seedless raisins dried skin transparency under the microscope between solar and nature drying , and after procuring dry-treated the purple seedless epidermal grapes have more permeability than that without dry-treated .