绝热系统

  • 网络adiabatic system
绝热系统绝热系统
  1. 在一绝热系统中,放出的热量增加了燃烧室的温度。

    In an adiabatic system , this heat release serves to increase the chamber temperature .

  2. 简要介绍了天然气的性质和特点,对LNG船的船型和液货舱系统和绝热系统进行了综述,包括建造方法和建造材料,对不同船型进行了分析比较。

    Briefly introduce the nature and characteristics of natural gas . Reviewed the tank systems and insulation systems of LNG carriers , which include construction methods and construction materials , analyzed and compared the different types of LNG carriers .

  3. 研制出一种高效多层绝热系统(GS-80多层绝热系统)。

    A new type of multilayer thermal insulation system with high effectiveness ( GS-80 multilayer thermal insulation system ) was developed .

  4. 每一种绝热系统都必须根据光传递系统加以评价。

    Every insulation must be evaluated for light transmission characteristics .

  5. 由于难以获得,一个理想的绝热系统。致使诸量热实验的误差偏大。

    For lack of a perfect isolated heat system , the error of heat-measurement experiments are distinct .

  6. 测量了用这种材料绕制成的多层绝热系统的热传递性能,并对得到的结果进行了分析。

    The thermal perfomance of multilayer insulation systems made from this insulation material were measured and the results were analysed .

  7. 脉冲管制冷机实验台包括制冷机系统、测量系统、数据采集系统和真空绝热系统。

    The experimental table of pulse tube cryocooler includes refrigerator system , measuring system , data collecting system and vacuum system .

  8. 首先,我们从我们已知的一个例子入手,看看这个判据是否正确,从绝热系统出发。

    So first , let 's start with the one that we already know , and make sure that it still works , starting from here , mainly our isolated system .

  9. 这种材料除能用以绕制高效绝热系统外,还有强度高、重量轻(每平方米约14克左右)、厚度薄(每层约20-40微米)、耐振动、质地柔软,使用方便等优点。

    This insulation material has many other advantages such as high strength , small weight ( 148 / m2 for each layer ) and thickness ( 20-40 μ for each layer ), shock resistance , softness and easy to operate .

  10. 对各种工况参数下,正反向流动半周期内,超绝热燃烧系统燃烧室内多孔介质轴向温度分布进行了测量。

    The temperature distributions inside the porous medium combustor were measured under various working parameters .

  11. 绝热意味着系统,与化境没有热交换。

    Adiabatic means there 's no heat transferred in or out of the system .

  12. 最后给出了多层绝热材料测试系统的发展趋势,指出此测试平台仍有待提高之处。

    Finally , pointed out the development trend of the future multi-layer insulation materials testing system .

  13. 绝热毛细管与系统匹配的整机仿真与实验研究。

    Simulation and experimental study on the match of capillary tube with the system : A system simulation program is developed to match the capillary tube length and refrigerant charge on the condition that the other components of air conditioner have been chosen .

  14. 是U,因为,等于q加w,热量和功,但这是绝热的,所以系统与环境间没有热量交换;

    U It 's u , because u is to q plus w right , heat and work , but it 's adiabatic .

  15. 哈密顿量随时间绝热改变的量子系统遵循绝热定理,但系统波函数不具有定态的稳定性质,它们不是定。

    A quantal system with Hamiltonian which varies adiabatically with time obeys the adiabatic theorem , but the state of the system is not a stationary state having the stable property .

  16. 分析了空气比热容比测定实验的系统误差,提供一种对“绝热膨胀过程”中由于不完全绝热而引起的系统误差进行修正的实验方法。

    This paper discussed the experiment of measuring the ratio of specific heats of air γ, using a computer and computer-based sensors .