1·The slope of the time scale is related to the gas velocity.
特征反应时间随射流速度的变化斜率与燃气流量相关。
2·The study used relatively small values of superficial gas velocity .
这项研究采用相当小的表观气速。
3·The number and size of these bubbles increase with rise in gas velocity.
气泡数及其大小随气速的加大而增加。
4·The solid holdup decreases with the increase in the superficial gas velocity.
固含率随表观气速的增加而降低，且沿轴向变化较大。
5·For given solids and vessels the entrainment is very sensitive to gas velocity.
对给定的固体颗粒和容器，其夹带量对气速非常敏感。
6·Effects of turbulent gas velocity, particle flux and baffles on them were examined.
考察了搅动气体流速、物流通量及塔板构件等因素的影响规律。
7·The cathode wires are fixed in a rigid frame to prevent swing of wire at high gas velocity.
采用刚性框架固定极线，以防止其在高气速下摆动。
8·When spraying, it is shown that gas velocity and spraying density jointly affect pressure drop.
有喷淋时，压降的变化主要是气速、喷淋密度共同作用的结果。
9·Experimental results indicate that the extents of axial gas backmixing are related the gas velocity.
实验结果表明湍动床存在着明显的轴向返混，轴向扩散系数与气速有关。
10·The tube inlet throttle has great influence on the time space distributions of the gas velocity and pressure.
身管入口节流对燃气流速和压力的时空分布产生重要影响。