Difference between revisions of "ESE5102 lab 4"
From atmoschem
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=Part I= | =Part I= | ||
− | 请自选某环境状态,利用[http:// | + | 请自选某环境状态,利用[http://apm.asrc.albany.edu/nrc/ Professor Fangqun Yu's online nucleation rate calculation page],计算相对湿度(饱和比)在50%~103%范围内,不同核化机制的核化速率,并作图讨论。 |
请注明你假设的环境参量。 | 请注明你假设的环境参量。 | ||
− | 注意,不是所有的核化机制在50%~ | + | 注意,不是所有的核化机制在50%~103%饱和比范围内都能够工作,选画合理范围即可。 |
=Part II= | =Part II= | ||
Read [https://www.nature.com/articles/s41586-024-07547-1 Zhao et al. (2024), Nature] | Read [https://www.nature.com/articles/s41586-024-07547-1 Zhao et al. (2024), Nature] |
Latest revision as of 09:28, 1 April 2025
Part I
请自选某环境状态,利用Professor Fangqun Yu's online nucleation rate calculation page,计算相对湿度(饱和比)在50%~103%范围内,不同核化机制的核化速率,并作图讨论。
请注明你假设的环境参量。
注意,不是所有的核化机制在50%~103%饱和比范围内都能够工作,选画合理范围即可。
Part II
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