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Advanced Techniques for Measuring and Analyzing Cloud Microphysics and Crystal Formation

This document explores a range of advanced instruments and techniques for analyzing cloud microphysics, focusing on droplet crystallization, depolarization, angular scattering, and nephelometry. Key technologies discussed include the CAPS, Holodec CIP systems, Hawkeye VIPS for Airbus applications, and various laser-based diagnostic methods. The methods also cover isokinetic evaporator probes and robust TWC/IWC measurement techniques. The information is crucial for understanding cloud dynamics and improving weather prediction models.

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Advanced Techniques for Measuring and Analyzing Cloud Microphysics and Crystal Formation

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  1. CDP, FSSP-100, CAS PDI Droplet /crystalsizing (depolarisation, angularscattering) CAPS, CAS-DPOL, CPSD SID, Polar Nephelometer, Holodec CIP, CIP-Grey, 2D-C 2D-S, HSI PIP, 2D-P Crystal Imaging (CCD camera, photodiode lineararrays) CPI, Hawkeye VIPS Airbus Nephelometer HSI Nevzorov TWC / IWC, LWC-100, King-LWC Bulk IWC, TWC, LWC (Hot wiredevices, evaporators) CSI, (CVI + Hygrométrie) Robust TWC / IWC probe IsokineticEvaporator Probe

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