上述事实与国外的一些观测结果均表明，环境湍流对烟气抬升的累积作用不容忽视。
These facts as well as some results from the experiments abroad indicate that the accumulative effect of ambient turbulence on plume rise can not be neglected.
利用红宝石激光雷达。探测了某发电厂所排放烟羽的抬升高度，并与几种有代表性的烟气抬升高度公式进行了分析比较。
Rise of smoke plume from a power plant is probed by using ruby lidar and compared with some typical formulae for plume rise.
经过对实测资料的统计和分析，提出了在大气稳定度为中性状态下，适合上海市区夏季火力发电厂烟气抬升的计算模式。
Based on the analyses of these data, an applicable computational model under the condition of neutral stability on plume rise of the thermal power plant in Shanghai proper in the summer was discussed.
不同源排放参数的变化对烟气最大抬升高度的影响很小，在特定气象条件下烟气最大抬升高度均可能达到理论最大值。
The different source parameters' effect on the maximum rising height was very small, and the rising height was likely to reach the maximum in certain weather conditions.
不同源排放参数的变化对烟气最大抬升高度的影响很小，在特定气象条件下烟气最大抬升高度均可能达到理论最大值。
The different source parameters' effect on the maximum rising height was very small, and the rising height was likely to reach the maximum in certain weather conditions.
应用推荐