真空绝热板

  • 网络vip;vacuum insulation panel;vacuum insulated panel
真空绝热板真空绝热板
  1. 提高真空绝热板绝热效果的探索

    Explore on improvement of vacuum insulation panel insulation effect

  2. 真空绝热板热工性能的研究

    Research on thermal performance of vacuum insulation panel

  3. 真空绝热板(VIP)热桥效应分析

    Analysis on thermal bridge effects of vacuum insulation panel

  4. 针对真空绝热板(VIP)的导热系数的测试,采用稳态平板法,设计了测试装置。

    Applying the steady-state-flat method , I design the apparatus for measuring thermal conductivity of the Vacuum Insulated Panel .

  5. 采用稳态平板法设计测试装置测试真空绝热板(VIP)的导热系数。

    The apparatus for measuring thermal conductivity of the vacuum insulated panel ( VIP ) is designed by the steady-state-flat method .

  6. 介绍了一种高效率的绝热技术&真空绝热板(VIP),分析了各个组件的作用机理。

    A high-efficiency thermal insulator , Vacuum Insulating Panel ( VIP ), is introduced with the mechanisms and functions of its components analysed .

  7. 从影响因素入手,提出了提高VIP的绝热效果的方法,对真空绝热板的设计制作和材料的选择提供了重要的理论依据。

    In this paper , I introduce a method of making the Vacuum Insulated Panel in the part-making way and also how to make the part-connection of VIP in the reefer wall .

  8. 真空绝热板是一种超绝热保温材料,导热系数可以达到0.004W/(m·K),VIP的厚度薄,一般厚度在17mm左右。

    Vacuum Insulated Panel is one kind of sup-adiabatic heat preservative material . The Thermal conductivity of VIP can reach to 0.004W/ ( m · K ) .

  9. 真空绝热板在直冷冰箱冷冻室部位的应用研究

    The Application Study of Vacuum Insulation Panels in Freezer Compartment of Refrigerators

  10. 针对纳米孔真空绝热板的一维稳定导热问题进行了数学推导。

    Vacuum Insulated Panel is one kind of sup-adiabatic heat preservative material .

  11. 新型真空绝热板芯材-微孔聚氨酯的研究

    Study on the new core of vacuum insulated panel-micro-cellular polyurethane

  12. 真空绝热板的结构设计研究新型多功能真空焊机的研制

    Research of multi - function vacuum welding equipment

  13. 真空绝热板制作研究

    Study of Making Vacuum Insulated Panel

  14. 一种真空绝热板,涉及一种用于保温场所的绝热材料,属绝热保温技术领域。

    A vacuum heat insulating plate relates to a heat insulating material used in heat preservation places and belongs to the technical fields of heat insulating and preservation .

  15. 以液氮和液氦作为冷源,用真空绝热、控制冷热板温度,可以获得不同温度下的微分热导率和平均热导率。

    The differential thermal conductivity and the mean thermal conductivity at different temperature were gained by controlling the temperature of the plates .

  16. 真空隔热板用于低温冷柜的节能效益研究真空绝热板(VIP)热桥效应分析

    Study on Energy-saving Effect from the Replacing PU with VIP in the Insulation Wall of Freezer Analysis on thermal bridge effects of vacuum insulation panel