Microphysics of Clouds PDF
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2015
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Summary
This document details analysis of cloud microphysical properties, including measurement methods, advantages of cloud microphysical properties, and data collection from 2015. Calculations, merging outputs, and plotting processes are included.
Full Transcript
# Microphysics of Clouds - Properties - How to measure - Cloud droplet probe (CCDP) - Working principle - What are the advantages of microphysical properties of clouds? Data during 2015 April onwards. ## 16/08/2024 Given 09. data (from CDP) - Keep all in one folder ### 1. Arrange the da...
# Microphysics of Clouds - Properties - How to measure - Cloud droplet probe (CCDP) - Working principle - What are the advantages of microphysical properties of clouds? Data during 2015 April onwards. ## 16/08/2024 Given 09. data (from CDP) - Keep all in one folder ### 1. Arrange the data - Dt. time CONC LWC MVD ED Bin 1-30 - Another .xlsx file ### 2. Condition applied - **>10 cm<sup>-3</sup>** CDWC keep that data - **<10 cm<sup>-3</sup>** N/A for all data. Date/time remains same ### 3. Show this program on 27/09/2024 ## 30/8/2024 ### Poling - Using output 1 - For each hour, just check how many - Merge that particular hour - Output 1 + output 2 = Merged ## Table - Filename: pom word/ red excel - Start lim: hh:mm:ss - End time - Duration ## Data Time - Datetime - CONC - LWE - MVD - ED 1:30 - **Cno**: Bin 1 - 30 - 30 - Summation - X<sub>i</sub> * Flow rate / ( Σ flow rate) - Each bin flow rate (cm<sup>3</sup>) - file. - Time - CONC - Bin - 130 cm<sup>-3</sup> ## Plot (4/9/2024) - Origin: file **X Axis:** Time **Y Axis:** 1. CDNC 2. CONC 3. LWC 4. MVD 5. ED **Y2 Axis:** - LWC - MVD **Notes:** - Bare: with data of file "with set 1, set 2 etc". - cm<sup>-3</sup> (Average bing) - Diameter - Time
