烤房

  • 网络Bakery;grill room
烤房烤房
  1. 而960r/min的风机转速会使得烤房内相对湿度更低,使得SOD活性降低。

    And 960 r / min of rotation speed will make more low in humid , making SOD activity reduced .

  2. 密集烤房对TSNA含量的影响最大,水泥预制板平板式换热器烤房影响较小。

    The bulk curing barn had biggest effect on the TSNA content , while cement slab surface plate type barn had little effect .

  3. EB-1型气流下降式烤房烘烤性能的研究

    Study on curing property of EB_1 down draft barn

  4. 结果表明:每1kg干烟叶小型密集烤房比普通气流下降式节约0.59元;每烘烤1炕烟叶比气流下降式烤房节约成本148.68元;

    The results show that the improved close flue-cured house can save 0 . 59 yuan / kg dry tobacco leaf compared with the common flue-cured house with air descend .

  5. 比较了4种风机(60W、90W、120W和150W)对热风循环烤房水平向和垂直向温度、风速和烟叶烘烤质量的差异。

    Effects of 4 kinds of hot-air circulation fans with power ( 60W , 90W , 120W and 150W ) on the horizontal and vertical temperature , the wind speed in the barn , and the cured leaf quality were compared .

  6. 数值模拟的研究结果表明,当装烟量为80kg/m3时,取叶间隙风速为0.3m/s,此时烤房内的干湿差更为合理,烤后烟叶质量更优。

    The study result of numerical simulation shows that when the wind speed among the leaves is 0.3m/s . the dry and wet difference in the curing barn will be much more reasonable and the leaf quality after drying will be much better .

  7. 不同类型烤房对原烟质量特征的影响

    The Effect of Different Darns on Quality Characteristic of Raw Tobacco

  8. 主动式自动控制烤房研制与试验报告

    Study and experiment report of initiative automatic control flue-curing barn

  9. 烤房不同通风方式对有关烘烤参数的影响

    Effect of different ventilation modes on related flue curing parameter

  10. 关于烤房结构和烧煤方法问题的商榷

    Discussion on Structure of curing barn and Method of Coal-Burning

  11. 散叶烤房系列研究3.烘烤技术研究

    The Series Research of Loose Tobacco Curing Barn 3 . curing technology

  12. 步进型烤房在烟叶烘烤中的应用

    Application of Stepping Type Flue-curing Barn in Tobacco Leaf Curing

  13. 烤房纳米功能涂料在烟叶烘烤中的应用效果

    Application Effect of Nano-coating to Curing Barns in Tobacco Curing

  14. 云烟2000型烤房试验初报

    Preliminary Report on Test of Yunyan 2000 Type Flue-curing Barn

  15. 延边地区烘烤中存在的问题及其老烤房改造

    Existential Problem in Baking and Transformation of old Curing Barn in Yanbian Area

  16. 建阳不同烤房建造及使用效益的比较研究

    The Comparative Research on the Construction and Benefits of Curing Barn in JianYang

  17. 小型密集型烤房烟叶烘烤过程控制系统的设计

    The Control System Design of Tobacco Leaf Flue-curing for Small Bulk Curing Barn

  18. 不同烤房烤炉对烟叶烘烤效果的研究

    Studies on Flue-curing Effects of Different Types of Flue-curing Barns to Tobacco Leaves

  19. 小型密集式烤房与普通气流下降式烤房的对比试验

    Comparison between the Close Flue-cured House and the Common Flue-cured House with Air Descend

  20. 我国烟叶烤房的节能改革基于模糊控制的烟叶烤房温湿度控制系统设计

    The Design of Temperature-Humidity Control System for Tobacco Baking Room Based on Fuzzy Control

  21. 该系统可对烤房的温度、湿度和通风等参量进行自动测量与精确控制。

    The system measured and controlled the temperature 、 humidity and aeration automatically and precisely .

  22. 密集烤房的研究进展

    The research progress on bulk curing barn

  23. 研究了烤房纳米功能涂料在密集烤房和普改密烤房中的应用效果。

    The application effect of nano-functional coating in different kinds of bulk curing barn was studied .

  24. 风机配置对热风循环烤房性能和烟叶烘烤质量的影响

    Effects of Fan Power on Characteristics of Hot-air Circulation in Barn and Cured Leaf Quality of Tobacco

  25. 烟叶烤房群无线监控管理系统的设计与开发

    The Design and Development of Central Control System for Tobacco Curing Barn Based on Wireless Information Platform

  26. 密集烤房关键设备类型对烟叶烘烤成本的影响

    Effect of Key Equipment Type of Bulk Curing Barns on the Curing Costs of Flue-cured Tobacco Leaves

  27. 密集烤房定型试验表明,不同密集烤房烘烤过程中各种生理变化对烟叶质量影响不一致。

    The bulk-curing barn curing of various physiological changed impacts on the quality of tobacco leaf mixed .

  28. 密集烤房装烟方式对烟叶生理生化特性及品质的影响

    Effects of Loading Ways of Bulk Curing Barn on Physiological Biochemistry Characteristics and the Quality of Tobacco Leaves

  29. 750型卧式密集型烤房性能验证及其配套烘烤工艺研究

    On the Verification of the Property of the 750 Type of Horizontal Bulk Curing Barn and Matching Baking Technology

  30. 对中性香气成分的分析,纳米烤房烟叶含有的总量远高于标准对照。

    The content of the neutral aroma components in the nanometer barn was higher than that in the control .