1.
Research on cycle performance and capacity fading of lithium-ion secondary batteries
锂二次电池的高温循环性能及其容量损失
2.
MEASURED PERFORMANCES OF THREE WORKING FLUIDS IN MODERATELY HIGH-TEMPERATURE HEAT PUMPS
三种中高温热泵工质循环性能实验研究
3.
INSPECT CLIMATE CIRCULATING ENDURANCE AND HIGH TEMPERATURE ENDURANCE SOLELY.
将气候循环耐久性能和高温耐久性能分开进行判定。
4.
Experimental Research on Solder's High Temperature Mechanical Property and Thermal Cycle Numeric Simulation of Solder Joints in Electronic Package;
电子封装焊料高温力学性能实验及焊点热循环数值模拟研究
5.
Influence of High-temperature Cycle on the Interface of LP-15 Polyimide Composites
高温热循环对LP-15聚酰亚胺复合材料界面性能的影响
6.
The performance analysis for semiconductor thermoelectric cycle which works at small temperature difference
低温半导体温差发电循环的工作性能分析
7.
Effects of thermal cycling on tensile properties of Ti-6Al-4V alloy at room and cryogenic temperatures
热循环对TC4合金室温和低温拉伸性能的影响
8.
Test methods for environmental properties of optical fibres--Temperature cycling
GB/T8404.2-1987光纤的环境性能试验方法温度循环
9.
hot-air-turbine combined cycle
高温空气透平联合循环
10.
COMPARISON IN PERFORMANCES OF BRAYTON AND CARNOT THERMAL ENGINE CYCLES (Ⅰ) STEADY FLOW CYCLES WITH INFINITE RESERVOIRS
布雷顿和卡诺热机循环性能比较(Ⅰ)定常态流恒温热源循环
11.
COMPARISON IN PERFORMANCE OF BRAYTON AND CARNOT THERMAL ENGINE CYCLES(Ⅱ)STEADY FLOW CYCLES WITH FINITE RESERVOIRS
布雷顿和卡诺热机循环性能比较(Ⅱ)定常态流变温热源循环
12.
Analysis of Characteristics of Different Working Fluids for Gas Turbine Cycle with High Temperature Gas-Cooled Reactor
高温气冷堆气轮机循环的不同工质特性分析
13.
RESEARCH ON HIGH TEMPERATURE SINTERING BEHAVIOR OF CaO SORBENT USED IN MULTI-CYCLIC CO_2 CAPTURING
CaO碳化-煅烧循环捕获CO_2高温烧结特性研究
14.
Performance Analysis for a Real Regenerated Brayton Refrigeration Cycle with Constant-Temperature Heat Reservoirs
恒温热源实际回热式布雷顿制冷循环性能分析
15.
Research on the Construction of Good Quasi-Cyclic LDPC Codes
高性能准循环LDPC码的构造研究
16.
Investigation on Cyclic Characteristics of Zeotropic Mixtures in Moderate and High Temperature Heat Pumps According to the Relation between Temperature and Enthalpy;
基于温焓关系的中高温热泵非共沸工质的循环特性分析
17.
The Thermal Performance Calculations of Combined Cycle Heat Recovery Steam Generator on the Basis of Environmental Temperature Variation;
基于环境温度变化的联合循环余热锅炉热力性能计算
18.
Technological Upgrade for Energy Saving to elevate220t/h CFB s Main Steam Temperature
提高220t/h循环流化床锅炉主蒸汽温度的节能技术改造