1) temperature dependence
温度依赖
1.
The temperature dependence of luminescence and decay time under optical excitation from Li6Gd(BO3)3:Ce single crystals was investigated in the temperature range of 80-500K.
研究了80-500K范围内,光激发下Li6Gd(BO3)3:Ce晶体发光和衰减的温度依赖特性。
2) temperature dependent
温度依赖
1.
Objective To analyze the freezing and thawing process of the tissues based on the Pennes equation with temperature dependent blood perfusion and to test the influences of different parameters for the temperature prediction.
目的基于温度依赖型血液灌注率 ,分析生物组织在体表冷刀作用下的降温冻结及相应的复温过程。
3) temperature dependence
温度依赖性
1.
By measuring the magnetic-field-induced strain(MFIS)and the transformation strainwith a field bias applied in different direction,the temperature dependence of MFIS and the field-controlled shape memory effect in the Ni_(50.
5)Ga_(23)单晶磁感生应变的温度依赖性和磁控形状记忆效应。
2.
The relationship between the temperature dependence of the conductivity and structure of the .
讨论了复合材料导电率的温度依赖性行为和结构的关系。
3.
A available model is presented for the temperature dependence of exchange bias and coercivity in ferromagnetic (FM) and antiferromagnetic (AFM) bilayers.
提出了一个讨论铁磁 /反铁磁双层膜中的交换偏置及矫顽场温度特性的物理模型 ,该模型 ,假设铁磁层为具有单轴各向异性的单畴膜而反铁磁层由许多相互独立具有多晶各向异性的颗粒组成 ,其温度依赖性主要来源于系统态的热不稳定 ,包括反铁磁颗粒易轴取向的热涨落和相关磁学量的温度依赖性等 。
4) temperature dependence
温度依赖关系
1.
Using HITRAN 2004,the updated molecular spectroscopic database,and an exact line-by-line integration,we take CO2 15absorption bands as an example to discuss the temperature dependence of half width,the line intensity and absorption coefficient.
结果发现:吸收系数对温度的依赖关系主要受线强对温度依赖关系的影响,受半宽度对温度依赖关系的影响较小;在吸收带的中心区域,温度对线强和吸收系数的影响较弱,而在带翼影响较强。
2.
Using HITRAN 2004,the updated molecular spectroscopic database,and an exact line-by-line algorithm,we take CO_2 15μm absorption band as an example to discuss the temperature dependence of half width, the line intensity and absorption coefficient.
研究大气气体吸收的温度依赖关系,对于提高气体吸收计算速度,建立具有坚实物理基础参数化的实际大气辐射传输模式有重要的意义。
5) T-EXAFS
温度依赖的EXAFS谱
6) temperature dependence of luminescence
发光强度的温度依赖
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
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