1.
Exergy-economics based method about optimal temperature difference in heat-exchanger
基于经济评价的换热器最优传热温差
2.
Numerical Algorithms for One Class of Nonlinear Heat Conduction Equation and Optimal L~2 and H~1 Error Estimates
一类非线性热传导方程的数值算法及最优L~2和H~1误差估计
3.
Heat: energy in transit by virtue of a temperature differnce.
热是由于温度差造成的能量传递。
4.
Study on Silicon Machined Thermal Distribution Flow Sensor;
硅基热温差式气体流量传感器的研究
5.
Numerical Simulation of Enhanced Heat Transfer and Structure Optimum for High Temperature Heat Pipe Heat Exchanger;
高温热管换热器强化传热及结构优化模拟研究
6.
Optimum Expansion of a Heated Gas Under Dulong-Petit Heat Transfer Law
Dulong-Petit传热规律时加热气体的最优膨胀
7.
Caloric Calculation of Monotype Evaporator and Margin Calculation of Diathermanous Average Temperature;
单效蒸发器的热量衡算与传热平均温度差计算
8.
Optimal Linear Combination Modeling for CNC Machine Thermal Error
数控机床热误差的最优线性组合建模
9.
a thermoelectric(al) current
温差电流, 热电流
10.
Optimal Design of Solar Energy Refrigeration System with Larger Heat Source Temperature Difference
增大热源温差型太阳能制冷系统的优化
11.
It is during these seasons that the differences in temperature between warm and cold masses of air are greatest.
就在这些季节里，热气团与冷气团的温差最大。
12.
Improvement of Nine-point Difference Scheme for Two-dimension Three-temperature Heat Conduction Equations;
二维三温热传导方程九点差分格式的改进
13.
Uniform Donduction of Mean Temperature Difference In Steady Continuous Heat Transfer;
连续定态传热过程平均温差的统一推导
14.
A Fast Algorithm of Temperature Field Optimization in Linear Heat Condunction and Application in Electric Heating-Plate Optimization
线性热传导温度场快速优化方法及其在电热板优化中的应用
15.
NEW ANALYSIS OF RECUPERATIVE GAS TURBINE CYCLES--WITH THE RELATIONSHIP BETWEEN HEAT TRANSFER TEMPERATURE DIFFERENCE AND PRESSURE DROP INCLUDED
燃气轮机回热循环进一步新析—考虑平均传热温差与流阻的关系
16.
Optimal clock offset synchronous algorithm in wireless sensor network
基于最优时钟偏差的无线传感器网络同步算法
17.
Bias Estimation of the Heterogeneous Sensor System Based on Optimal Method
基于最优化方法的异类传感器系统误差修正
18.
Heat Mirror ? ’s excellent insulating performance can keep temperature difference between two sides of glass unit, thus reduce heat dissipating and accumulating on the inner surface of the glass.
热镜优异的保温性能使温差保持在中空层的两侧，从而减少内片玻璃的热量散失或积累。