thermal potential的例句大全

Thermal evolution characteristics of unicellular marine algae organic matters and their potential of hydrocarbon generation

单细胞海藻有机质热演化特征与成烃性能

In this respect, the thermal, reflectance and fluorescence hinging have proved their potential by detecting stress-related changes in the pattern of light emission from plant leaves.

尤其是在通过检测作物叶片散发光图像中与胁迫相关的变化量方面，热红外图像、荧光图像、反射多光谱和高光谱图像等新技术显示出较大的潜力。

These applications show the advantages and potential ability of this method in the separation of low volatile or/ and thermal unstable compounds.

对高沸点，强极性及易分解的化合物，如表面活性剂，蜂蜡和溴代烷烃等化合物的良好分析结果，表明本法在分离低挥发，热不稳定样品中的优点和潜在能力。

the application of the measurement of electrode potential to monitoring metal corrosion in thermal power unit

电极电位测量在火电机组金属腐蚀监测中的应用

Thermal radiation properties control based on microstructure is using structures of Nano/ Microscale whose characteristic dimension is close to incidence wavelength to realize selective control of wavelength. Appling it to realize the multichannel-stealth compatibility will emerge very large potential.

基于微结构的热辐射特性控制，即利用特征尺寸接近入射波长量级的微纳尺度结构对波长进行选择性控制，将其应用于多波段兼容隐身具有很大的发展潜力。

Such a one-step in situ polymerization and thermal reduction method shows significant potential for the mass production of electrically conductive graphene oxide/ polymer nanocomposites.

这种一步法原位聚合和热还原氧化石墨烯的方法对大量生产导电的聚合物基纳米复合材料具有深远的意义。

Status of Energy Consumption and Analysis of Its Potential Energy Saving of Major Auxiliary Equipment in Thermal Power Plant

火电厂主要辅机能耗现状与节能潜力分析

Potential Function and Calculation of Linear Thermal Expansion and Bulk Modulus of Cu, Ag, Au

Cu，Ag，Au多晶原子位能函数线性热膨胀和体弹性模量计算

Potential applications of these NIR electroluminescent devices are particularly interesting for optical communication ( 1300-1600nm), thermal imaging(≥ 1500nm) and biological imaging.

这些近红外电致发光器件在光通信（1300-1600nm）、热成像（≥1500nm）和生物标记等领域都有着巨大的潜在应用价值。

owing to the excellent thermal conductivity, better high frequency property and non-toxicity compared with beo, ain ceramic is becoming one of the most potential material for the application in microwave power components.

AlN陶瓷由于其优良的导热性能，良好的高频性能及与BeO相比无毒性，是一种很有潜力的微波功率器件用材料。

Position seating eliminates stress and potential binding due to thermal expansion of the stem.

定位阀座消除了由于阀杆的热膨胀导致的应力和可能的弯曲.

Ferroelectric ceramic thin film infrared detector is an uncooled infrared thermal detector that has great application potential for thermal imaging devices, owing to its very high sensitivity.

铁电陶瓷薄膜红外热探测器是一种无致冷的红外探测器。由于它具有很高的灵敏度，是一种很有潜力的热成像器件。

This makes GCC a potential target for metastatic tumor ablation using ST-bound nanoparticles in combination with thermal ablation with near-infrared or radiofrequency energy absorption.

利用这一特点，使用与ST连接的纳米颗粒结合近红外线或无线电频率能量吸收热烧蚀术，使得鸟苷酸环化酶C成为了转移瘤消融的一个潜在靶。

The energy of electric field and thermal action has influence on transient pore's formation, and electric energy has relation with transmembrane potential on the surface of cells, also plays a decisive role in transient pore's formation.

细胞膜表面产生的微孔取决于电场和热运动的能量，其中电场能量是与细胞膜的跨膜电位相关的，对微孔的形成起着决定性的作用。

BUILDING ENERGY CONSERVATION POTENTIAL FROM THE PERSPECTIVE OF OCCUPANTS: Thermal Adaptation Study under China Urban Housing Environments

以人为本的绿色建筑设计&浅谈中国城市住宅中居民热适应性于建筑节能的潜力

This paper aims to explore energy conservation potential based on the thermal adaptation study in the Chinese urban housing environment from occupants'perspective.

以中国城市居民的热适应性研究为切入角探讨建筑节能工作中从人出发的“软技术”节能潜力。

Based upon potential vorticity theory, this paper investigates the feature of atmospheric motion as a result of diabetic heating, and stresses the principle of atmospheric thermal adaptation to external thermal forcing.

利用位涡性质，讨论了因非绝热加热导致的大气动力特征的变化，阐明了大气动力过程向外加热强迫适应的原理。

It is proved that, during thermal adaptation the baroclinic component of potential vorticity along the boundary of the heating region becomes negative and larger than the barotropic component, where the atmosphere becomes symmetrically unstable.

证明在热力适应过程中，沿着加热区的侧边界斜压位涡为负，且大于正压位涡，那里的大气出现对称不稳定。

The potential distribution of MOA in EHV power systems seriously affects the electric load rate of ZnO resistors in MOA. During operation, the part of ZnO resistors, which has higher electric load rate, would be accelerated ageing process to thermal breakdown.

超高压MOA的电位分布严重影响着电阻片的工作荷电率，局部荷电率过高会引起MOA加速老化和热崩溃。