The entropy-theory under the positive temperature and the negative temperature-systems and to criticize the “heat death-theory”;
正负温度系统下的熵原理及对“热寂说”的批判
A method to prove the existence of negative temperature;
证明负温度存在的一种方法
Fallacy on negative temperature and symmetrical resume on change of entropy
负温度的谬误和熵变化对称性的恢复
Meanwhile, the conduct of nucleation and recalescenc is analyzed in the process of negative temperature gradient melt solidification.
研究了63～292K热力学过冷度范围内,Cu-Ni单相合金的凝固组织演化规律,分析了负温度梯度熔体凝固过程中的形核与再辉行为。
The measuring results of resistance of the samples gave negative temperature coefficient.
结果表明，样品的电阻表现为负的温度系数，且经２５０℃热处理的Ｆｅ５０Ｃｕ５０样品表现出比６００℃热处理的样品更大的负温度系数。
By the way,it may realize the change curve of negative temperature coefficient for the thermal resistor.
电压信号利用声卡采集到计算机中,由LabVIEW软件编写的虚拟锁相放大器测量,实现了测量负温度系数的热敏电阻阻值随温度的变化曲线。
A method of packaging fiber gratings with the negative temperature coefficient material under high-temperature conditions(about 70 ℃) is introduced,and the temperature characteristic and long-term stability of packaged fiber gratings are measured.
介绍了利用负温度系数材料并在高温环境下(70℃左右)封装光栅的方法,对封装后的光栅作了温度性能和长期稳定性测试。
negative temperature coefficient thermistor ceramics
负温度系数热敏电阻瓷
negative tempperature coefficient thermistor
负温度系数热敏电阻
negative temperature coefficient humidity sensitive resistor
负温度系数湿敏电阻器
Fallacy on negative temperature and symmetrical resume on change of entropy
负温度的谬误和熵变化对称性的恢复
On the basis of the Boltzmann formula, we can assign a negative temperature to such a medium.
根据玻耳兹曼公式可以赋予这种物质以负温度。
Investigations on the Electrical Properties and Stabilities of Negative Temperature Coefficient Thermistors;
负温度系数热敏陶瓷的电性能和稳定性研究
INEREASE PRINCIPLE OF ENTROPY UNDER NEGATIVE THERMODYNAMIC SCALE OF TERAPERATURE AND THERMODYNAMICS SECOND LAW;
负温度下的熵增加原理与热力学第二定律
Investigations on the Electrical Properties of the Negative Temperature Coefficient Composite Thermistors
双相复合负温度系数热敏材料的电性能研究
Study on Characteristic between Resistance and Temperature of Negative Temperature Coefficient
关于负温度系数热敏电阻R-T特性的探讨
IMPACTS OF OUTDOOR VARIED NEGATIVE TEMPERATURE AND CONSTANT NEGATIVE TEMPERATURE ON COMPRESSIVE STRENGTH OF CONCRETE
自然变负温养护和恒负温养护对混凝土强度的影响
Titanium is strong enough to withstand heavy loads at high temperature.
钛有足够的强度，在高温下经得起负荷。
testing mathod for deflection temperature of rigid plastics under load
塑料负载变形温度测定法
INFLUENCE OF MINERAL ADMIXTURE UPON STRENGTH DEVELOPMENT OF MINUS TEMPERATURE CONCRETE
混合材对负温混凝土强度发展的影响
Study on the Test of the Temperature Characteristics of Load Cell;
负荷传感器温度特性的试验问题研究
Impact of Temperature Change on Urban Electric Power Load in Nanjing
温度变化对南京城市电力负荷的影响
ARMAX Model of Ice-storage Air Conditioning System Load Based on Temperature Interval
基于温度区间的蓄冰空调负荷ARMAX模型
Test method of heat deflection temperature underbending load for plastics
GB/T1634-1979塑料弯曲负载热变形温度(简称热变形温度)试验方法
Use of a pressure rating at a metal temperature other than that of the contained fluid shall be the responsibility of the user.
如果把上述温度只当作金属温度,而不当作所含流体的温度,由此产生的后果只能由使用者负责。
