1.
It was found that the shape of absorption signal was controlled by the property of the analyte, the sample vaporization rate and the gas diffusion rate.
结果表明,吸收信号形状由被测元素的性质、样品气化速率和原子蒸气扩散速率决定。
2.
And the gasification reaction rate decreases with an increasing of carbon conversion.
气化反应速率随着碳转化率的增加而降低。
3.
The gasification reaction rate increases with an increasing of reaction gas partial pressure.
反应气体的分压越高,气化反应速率越高。
4.
Dynamics of dry deposition velocities of atmospheric nitrogen compounds in a broadleaf forestland
阔叶林地大气氮化物干沉降速率动态变化研究
5.
Distribution,Accumulation Rate of Peat in the Changbaishan Mountains and Climate Change in Holocene
长白山地泥炭分布、沉积速率与全新世气候变化
6.
The mathematical model of retorting gas exhalation rate in carbonized process of formed coke
型煤炭化过程中干馏气体析出速率分析
7.
APPLICATION OF GA TO SHUTTLE KILN HEATING RATE OPTIMIZATION
遗传算法优化燃气梭式窑升温速率的研究
8.
Study on rheological property of AAC paste and relationship between gas-forming velocity and densification velocity
加气混凝土料浆的流变性能及其与发气和稠化速率的关系
9.
INFLUENCE OF CARRIER GAS ON THE DEPOSITION RATE OF SYNTHETIC SILICA GLASS BY CHEMICAL VAPOR DEPOSITION METHOD
载料气体对化学气相沉积合成石英玻璃沉积速率的影响(英文)
10.
Analyze on Relativity of Sulfuric Acid Salt Forming Velocity and Sulfur Dioxide
石河子市大气硫酸盐化速率与二氧化硫浓度的相关性分析
11.
Variation regularity of air sulphation rates and control measure in Urumqi;
乌鲁木齐市大气硫酸盐化速率变化规律及治理措施
12.
Study on Relativity of Sulfate-rate and Sulfur Dioxide in Air in Zhabei
闸北区大气硫酸盐化速率和二氧化硫相关性分析
13.
Study on the Spatial-Temporal Changes of Sulfation Rate of Xuzhou City in Recent Years
徐州市近年来大气硫酸盐化速率的时空变化研究
14.
By comparison, the chemical power generated by a rocket equals one half the thrust times the exhaust velocity.
相比之下，火箭的化学能功率是推进力的一半乘以排气速度。
15.
A Cu/CuCl Vapor Laser Used in High Resolution No Shutter High Speed Photography
氯化亚铜蒸气激光器用于高分辨率、无快门高速摄影
16.
Numerical Simulation of Gas Efflux Field with Finite Rate Chemical Reactions
含有限速率化学反应火箭燃气射流流场的数值模拟
17.
Discussion on Natural Precipitated Particles and Sulph ate Rate of Air in the Urban Area of Luzhou
泸州市城市空气自然降尘和硫酸盐化速率的探讨
18.
Activation Energy Relating to the Rate Coefficients(k_c or k_p) of Reaction in Gas Phase;
与两种气相反应速率系数k_c和k_p对应的不同活化能