1) sensible heat
感热
1.
Based on the field observation data, changes of sensible heat and latent heat on dry-farming land in semi-arid region during different development phases of crop on a typical clear day are presented in this paper.
利用野外试验观测资料,就西北地区东部半干旱雨养农田典型晴天感热、潜热在作物不同生长时段的变化特征进行初步的探讨。
2.
The exchange of sensible heat is a primary form of energy exchange between the ground and atmosphere.
运用多年全球感热通量数据进行经验正交函数(EOF)分析,得到感热异常关键区。
3.
Based on monthly data of the second version of Hamburg Ocean Atmosphere Parameters and Fluxes from Satellite data(HOAPS) from 1988 to 2002,the temporal and spatial variability of potential heat,sensible heat and sea surface temperature(SST) of South China Sea(SCS) has been analyzed by the EOF(Empirical Orthogonal Function) method.
基于第二版本HOAPS(Hamburg Ocean Atmosphere Parameters and Fluxes from Satellitedata)潜热、感热和海表温度(SST)3个参量的15 a(1988~2002年)逐月平均资料,利用经验正交方法分解分析了这3个参量在南海的时空分布。
3) induction heating
感应加热
1.
Process and technical characteristic of induction heating high-strength packing band line;
感应加热高强度包装钢带生产线及工艺技术特点
2.
Finite element simulation of pipe bending process of pure titanium using local induction heating;
中频感应加热纯钛弯管成形过程中的有限元模拟
3.
Study on mechanism of thermal damage on PCD compacts induced by induction heating;
感应加热聚晶金刚石热损伤机理的研究
4) induction heat
感应热
5) inductive heating
感应加热
1.
The mathematical model and the formulations of the finite element method for the inductive heatingof tubes is presented.
研究管道感应加热的数学模型，推导有限元分析计算公式，编制轴对称零件感应加热过程的计算机仿真软件，并对一典型厚壁管道的感应加热过程进行了数值仿真，给出了温度场的仿真结果。
2.
The research on the process of tunnel--type inductive heating tundish is carried out in view of different tundish type with the use of mathematical model.
采用数学模型方法，在不同包型条件下，对隧道感应加热中间包钢水加热过程进行了研究，探讨其有利于减少热损和温度调控的包型结构。
3.
An Introduction to the circuit structure of a multi-functional CAN node as well as the application in inductive heatin
介绍一种多功能CAN节点的电路结构及在工业中频感应加热设备控制现场总线中的应用。
6) thermal sensitivity
热感度
1.
Supposing the Frank-Kamenetskii parameter δ as stochastic variable of normal distribution,the thermal sensitivity probability density function of energetic materials was worked out,by the application of the probability density formula of monotone function,and the thermal safety degree of energetic materials was calculated.
假设Frank-Kamenetskii参数δ为正态分布的随机变量,应用单调函数的概率密度公式,得出了含能材料的热感度概率密度函数。
2.
The results of sensitivity tests show that the nano-LaCoO_3 makes the impact sensitivity and thermal sensitivity of these explosive mixture decrease and the friction sensitivity of the mixture increase.
结果表明,纳米LaCoO3对含有AP的RDX基爆炸混合物的热分解具有一定的催化作用;纳米LaCoO3使RDX基混合炸药的撞击感度和热感度降低,摩擦感度增大。
3.
The thermal properties of polymer bonded HMX/TATB are studied by using DSC and critical temperature determination,and the influence of additives on HMX′s thermal sensitivity,such as TATB,binder,Al powder and wax is discussed as well.
用DSC和小药量固体炸药热爆炸临界温度法测定了以HMX/TATB为基的高聚物粘结炸药的热性能 ,研究了TATB、含氟粘结剂、铝粉、石蜡等组分对HMX热感度的影响。
补充资料：感热摄影
感热摄影
heat sensitive photography
依靠热线呈现影像的方法。即在工业部门，医疗部门，根据从物体散发红外线的强弱和分布，并将其记录下来的方法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条