1.
ADIABATIC TEMPERATURE LAPSE RATE IN CLOUD AND ITS RELATIONSHIP WITH MICROSTRUCTURE
云中绝热温度递减率同微结构的关系
2.
Calculation and Verification of Adiabatic Temperature of Self-propagatingreaction System Based on the Database of Materials' Thermodynamics
基于物质热力学数据库自蔓延反应体系绝热温度的计算及验证
3.
dry adiabatic lapse rate
干绝热〔温度〕递减率；干绝热〔温度〕直减率
4.
A Process of Free Expansion in A Container Which Insulates from Heat;
气体绝热自由膨胀过程中温度的变化
5.
A method for computing the adiabatic temperature rise of concrete considering the effect of the temperature of concrete
考虑温度影响的混凝土绝热温升表达式
6.
The limit on thermodynamics for gas cooling is the adiabatic saturation temperatures.
煤气冷却的热力学极限是绝热饱和温度。
7.
The adiabatic heating induces the temperature of fracture surface layer to be higher than the liquidus temperature too.
计算表明,断口表面层绝热升温温度依然高于液相线温度.
8.
Estimating the maximum use temperature of thermal insulation
GB/T17430-1998绝热材料最高使用温度的评估方法
9.
A good insulation around the cement favours an temperature increase.
水泥周围的良绝热体又有利于温度的增高。
10.
THE MICROCOSMIC EXPLANATION OF TEMPERATURE CHANGE OF IDEAL GAS IN ADIABATIC EXPANSION
理想气体在绝热膨胀时温度降低的微观解释
11.
Studies of Adiabatic Fixed-Bed Reactors (Ⅱ) Steady-State Temperature Profiles
绝热固定床反应器的研究——(Ⅱ)床内定态温度分布
12.
Discussion on sealing vacuum of cryogenic liquid storage vessel with evacuated powder insulation
真空粉末绝热低温液体贮槽封结真空度探讨
13.
CALCULATION OF TEMPERATURE FIELDS IN EARLY AGE CONCRETE BASED ON ADIABATIC TEST
基于绝热温升试验的早龄期混凝土温度场的计算
14.
In an adiabatic system, this heat release serves to increase the chamber temperature.
在一绝热系统中，放出的热量增加了燃烧室的温度。
15.
heat insulation material
绝热材料，保温材料
16.
high vacuum superinsulation cryogenic container
高真空超绝热低温容器
17.
Studies of Adiabatic Fixed-Bed Reactors(Ⅲ) Reactor Ignition and Temperature Profilesof Radial Flow Reactors
绝热固定床反应器的研究——(Ⅲ)径向反应器着火规律和温度分布
18.
Proving Equivalence of Two Statements of the Second Law of Thermodynamics under Negative Absolute Temperature by Reduction to Absurdity;
负绝对温度下热力学第二定律两种表述等效的证明