1.
A temperature inversion is a meteorological phenomenon where air temperature increases with height.
逆温是一种气温随高度而增加的一种气象现象。
2.
Pollutant-diffusion function produced by chimney and its height of temperature inversion;
烟囱和逆温高度对污染物扩散的作用
3.
Spectral Transmission of Reversible Thermochromism Plastic Film in Normal Temperature and Its Influence on the Temperature
常温可逆温致变色农用塑料薄膜光谱透射率及其对温度的影响
4.
The results show that the inverse temperature structure is the type of mixing inverse temperature, which manifests the effect of tidal currents.
分析表明:本海域的逆温现象,属于混合逆温型,表现了潮流运动的作用。
5.
An Analysis of a Strong Temperature Inversion Process over the Chukchi Sea Region in Arctic
北极地区楚克奇海域一次强逆温过程的分析
6.
One-package reversible thermochromic coatings
单组分热温可逆感温变色涂料的制备
7.
Low Temperature under the Adversity of Greenhouse Eggplant Varieties for the Screening
低温逆境下温室茄子专用品种的筛选
8.
Model of Inverse Dynamics and Application on the Object of Steam Temperature for Boiler;
锅炉汽温对象逆动力学模型及其应用
9.
Resistance of Chrysanthemum Morifolium Induced by Temperature Pretreatment;
温度预处理对菊花抗逆性的诱导研究
10.
Hua Jian Ji Is a Collection of Ci that Appeared at the End of the Tang Dynasty;
温柔的叛逆——《花间集》艳风新论
11.
The Austenite Inverse Phase Transformation Quenching in Zero Time Holding of 40Cr Steel
40Cr钢“零保温”奥氏体逆相变淬火
12.
Oxidative stress is the common mechanism by which abiotic stresses affect plant growth and development.
氧化逆境是干旱、盐渍、低温等非生物逆境危害植物的共同机制。
13.
Power density optimization of an endoreversible brayton cycle coupled to variable-temperature heat reservoirs
变温热源内可逆布雷顿循环功率密度优化
14.
Study on Preparation and Properties of Microcapsulation of Reversible Thermochromic Cobaltous Chloride/ Polyethylene- Ethyl Cellulose(CC/PE-EC);
CC/PE-EC可逆示温微胶囊的制备及性能研究
15.
Study on Microencapsulation of High Reversible Thermochromic Materials;
高温可逆热致变色材料的微胶囊化研究
16.
Initial Investigation of Renal Hypothermia Achieved by Retrograde Cold Saline Perfusion Through Ureter;
输尿管逆行灌注冰水获得肾脏低温的初步研究
17.
The Reaction Mechanism of Cross-Adaptation to Drought and Chilling Stresses in Wheat Seedlings;
小麦幼苗对干旱、低温逆境交叉适应的反应机制
18.
Physiological and Biochemical Response of Calcium Ion on Citrus under Temperature Stress;
Ca～（2+）对温度逆境下柑橘生理生化的调节作用