作者: Robert M. Rauber , Lewis O. Grant
DOI: 10.1175/1520-0450(1986)025<0489:TCADOC>2.0.CO;2
关键词: Cloud base 、 Cloud top 、 Orographic lift 、 Liquid water content 、 Spatial distribution 、 Climatology 、 Environmental science 、 Storm 、 Range (biology) 、 Convection
摘要: Abstract The Physical and microphysical structure of the supercooled water fields in wintertime storms over Park Range northern Colorado Rocky Mountains is examined using aircraft ground-based measurements. Cloud top, cloud base, zones strong orographic lift are identified as regions stratiform systems where production can occur. Colorado's were found to have low droplet concentrations (≪300 cm−3). In clouds with lowest (<100 cm−3), broad spectra consistently observed. Significant numbers large (<20 μm) droplets present these cases. data presented here Part I used construct conceptual models evolution liquid 1) shallow warm tops, 2) deep cold 3) convective regions.