1) criterion of validity
适用性判据
1.
The criterion of validity for large temperature difference air-conditioning system which includes evaluating indexes and methods is discussed.
利用热工基本理论和同等初投资能耗比较法,对中央空调中的主要设备进行变工况分析,推导出各种大温差中央空调适用性判据。
2) general criterion
普适判据
1.
According to the principle of physical chemistry, a general criterion, which includes thermodynamic criterion of reaction trend and kinetic criterion of reaction rate, has been proposed suggested in this paper.
反应趋势与反应速率之间的关系是化学研究中的一个十分重要的问题,本文根据物理化学的基本原理,建立了热力学判据和动力学判据相结合的普适判据。
3) Applicability for Trial
审判适用
1.
Research on Victim-Offender-Reconciliation s Applicability for Trial;
论刑事和解制度的审判适用
4) adaptive criterion
自适应判据
1.
On this basis an adaptive criterion for single-phase earth fault occurred in generator stator winding is proposed.
分析了发电机机端和中性点的零序基波及3次谐波电压故障暂态分量的特点,在此基础上提出了发电机定子绕组单相接地保护的自适应判据。
5) universal criterion
通用判据
1.
This article means to study the calcualtion formula of universal criterion for the redox titration and the application of this calculation formula of universal criterion is discussed.
推导了一个普遍适用于各类氧化还原滴定的通用判据计算式,并对该通用判据计算式的应用进行了讨论。
6) practical criterion
实用判据
1.
Based on the analysis of the main existed criterions of hot crack of resin sand molds or cores and cause of veining defect on castings and the results from the experiment,a new practical criterion of hot crack on the surface of resin sand molds or cores and cause of veining defect of casting is presented.
对树脂砂型（芯）铸件产生脉纹缺陷的现有判据进行了分析，在实验研究的基础上建立了树脂砂型（芯）热开裂及其铸件产生脉纹缺陷的实用判据。
2.
This paper presents a new practical criterion for voltage stability based on the real-time information at the substation and the quasi-time information from power system.
给出了基于变电站实时信息和电网准实时信息的电压稳定性实用判据。
补充资料：BCS超导电性判据（BCScriterionforsuperconductivity）
BCS超导电性判据（BCScriterionforsuperconductivity）
BCS将产生吸引的电-声子相互作用强过排斥的电子间屏蔽库仑相互作用作为超导电性的判据：
-V≡〈`-\frac{2|M_bb{q}|^2}{\hbar\omega_bb{q}} \frac{4\pie^2}{K^2}`〉平均＜0
式中Mq为电子发射或吸收一个波矢为q的声子的单散射中的电-声子矩阵元，$\hbar\omega_bb{q}$为声子能量，K2=q2 Kc2，Kc-1为库仑屏蔽长度，e为电子电荷。
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