1.
Construct Model and Software Design of Multi-Medium s Fagacity Fate;
多介质迁移转化逸度模型的建立及软件实现
2.
Review of Oxygen Fugacity Sensors and Control Techniques Used in High-Pressure Hydrothermal Systems and Their Prospects
高压水热体系中氧逸度/活度测量与控制技术的回顾与展望
3.
Experimental Study on Electrical Conductivities of upper Mantle Minerals and Rocks under High Temperature, High Pressure, and Different Oxygen Fugacity Conditions;
高温高压和不同氧逸度下上地幔矿物岩石电导率的实验研究
4.
Development of Oxygen Fugacity Sensor for High Temperature-High Pressure Hydrothermal Systems;
高温高压水热体系中氧逸度测量传感器的研制与应用
5.
Applying Level Ⅳ Fugacity Model to Simulate Environmental Behavior of Organic Pollutants;
Ⅳ级逸度模型对典型有机污染物环境行为的动态模拟
6.
Escape velocity
逃逸速度/第二宇宙速度
7.
escape pathlength of cosmic rays
宇宙线逃逸路径长度
8.
And last, the low escape velocities of asteroids allow much of the most strongly heated material to escape.
此外，小行星的逃逸速度很低，因此受到强烈加热的物质大多能逃逸。
9.
A Comment on ZHOU Zuo-ren s Reclusive Tendency During 1920s and 1930s;
“隐逸”的一种限度——试论20世纪20-30年代周作人的“隐逸”转向
10.
Baoyu observed that Daiyu was looking even more ethereal.
"宝玉心中品度黛玉,越发出落的超逸了"
11.
At sufficiently high temperatures considerable number of electrons are able to escape.
温度足够高时，就有大量电子逸出。
12.
At the event horizon, the escape velocity is equal to the speed of light.
在活动视界里，逃逸速度等于光速。
13.
The Effect of the Characteristics of Cap on the Escaping Velocity of CO_2
盖层特性对CO_2埋存逃逸速度的影响
14.
escape velocity speed at which a spacecraft,etc must travel in order to leave the gravitational field of a planet,etc
逃逸速度（宇宙飞船等克服星球引力的速度）.
15.
At this radius, the escape speed is equal to the speed of light, and once light passes through, even it cannot escape.
在这个半径上的物体，其逃逸的速度与光速相等。 一旦有光线穿过，连它也不能逃逸。
16.
The buildup of pressure would force gas outward at speeds far above escape velocity.
压力的增加，将迫使气体以远高于脱离速度的速率向外逃逸。
17.
The gas-cell membranes are liquefied to a great extent, so the gas can escape.
那层气泡膜很大程度都被液化了,所以气体会从面团中逸出。
18.
With present fuels, scientists agree that a single rocket can not attain escape velocity .
如果采用目前的燃料，科学家们认为单级火箭达不到逃逸速度。