Date:12/1/1979
Subject:(4) Aggregation
Author:Stephens, M.A.
Title:A simple ice phase parameterization.
Publication:Atmos. Sci. Paper No. 319, Colorado State University, Dept. of Atmos. Sci.
Abstract:A two variable ice parameterization ws developed for use in three-dimensional models of cumulonimbus clouds and mesoscale squall lines.
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Record ID:4/1


Date:7/1/1979
Subject:(4) Aggregation
Author:Sasyo, Y.
Title:Study of the formation of precipitation by the aggregation of snow particles and the accretion of cloud droplets on snowflakes.
Publication:Papers in Meteorology and Geophysics, 22, 2, 69-142
Abstract:Taking stereographical photographs of falling snow particles with a stroboflash, the author has investigated statistically the motion of snow particles in a population in order to determine the collision rate of snow particles, and then proceeded to the study of the formation of snowflakes based on the collision rate thus obtained.
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Record ID:4/2


Date:8/1/1970
Subject:(4) Aggregation
Author:Ohtake, T.
Title:Factors affecting the size distribution of raindrops and snowflakes.
Publication:J. Atmos. Sci., 27, 804-813
Abstract:Many observations have been made of size distributions of raindrops, aggregated snowflakes, graupel and hailstones under various meteorological conditions.
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Record ID:4/3


Date:5/1/1978
Subject:(4) Aggregation
Author:Passarelli, R.E. Jr.
Title:Theoretical and observational study of snow-size spectra and snowflake aggregation efficiencies.
Publication:J. Atmos. Sci., 35, 882-889
Abstract:Mean snowflake collection efficiencies can be estimated by studying the height evolution of snow-size spectra in natural precipitation.
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Record ID:4/4


Date:5/1/1983
Subject:(4) Aggregation
Author:Lo, K.-W.K.
Title:Growth processes of snow.
Publication:Air Force Geophysics Lab., Final Report; AFGL-TR-83-0105
Abstract:The growth of snow in winter storms is studied via observational and theoretical techniques.
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Record ID:4/5


Date:7/1/1976
Subject:(4) Aggregation
Author:Koenig, L.R., F.W. Murray
Title:Ice-bearing cumulus cloud evolution: Numerical simulation and general comparison against observations.
Publication:J. Appl. Met., 15, 747-762
Abstract:A two-dimensional numerical cloud model with parameterized microphysics for water drops and ice particles is described.
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Record ID:4/6


Date:1/1/1977
Subject:(4) Aggregation
Author:Koenig, L.R.
Title:The rime-splintering hypothesis of cumulus glaciation examined using a field-of-flow cloud model.
Publication:Q.J.R. Met. Soc., 103, 585-606
Abstract:A mathematical experiment was conducted to test the hypothesis that the occurrence of unexpectedly large concentrations of ice particles in certain clouds is caused by the production of small ice particles during the riming of mother ice particles.
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Record ID:4/7


Date:12/1/1971
Subject:(4) Aggregation
Author:Jiusto, J.E., G.E. Bosworth
Title:Fall velocity of snowflakes.
Publication:J. Appl. Met., 10, 6, 1352-1354
Abstract:While the fall velocity of individual type crystals of symmetric form is reasonably well known, that of snowflakes is somewhat less certain.
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Record ID:4/8


Date:1/1/1971
Subject:(4) Aggregation
Author:Jiusto, J.E.
Title:Crystal development and glaciation of a supercooled cloud.
Publication:J. Rech. Atmos., V, 2, 69-85
Abstract:An unsophisticated numerical model was developed to estimate the growth of ice crystals and the glaciation rate of supercooled clouds as a function of updraft speed and ice nucleus concentration.
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Record ID:4/9


Date:1/1/1960
Subject:(4) Aggregation
Author:Hosler, C.L., R.E. Hallgren
Title:The aggregation of small ice crystals.
Publication:Disc. Faraday Soc., 30, 200-208
Abstract:The growth of small aggregates of ice crystals has been observed between -6C and -25C by mounting an ice sphere in a moving cloud of ice crystals.
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Record ID:4/10


Date:1/31/1960
Subject:(4) Aggregation
Author:Hosler, C.L., R.E. Hallgren
Title:The growth of small aggregates of ice crystals.
Publication:Final Report, The Mineral Industries Experiment Station, College of Mineral Industries, Penn. State Univ.
Abstract:An experimental study of the growth of aggregates of ice crystals as a function of temperature, vapor pressure, size of the collector and fall velocity of the collector was carried out in a cold chamber.
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Record ID:4/11


Date:10/1/1957
Subject:(4) Aggregation
Author:Hosler, C.L., D.C. Jensen, L. Goldshlak
Title:On the aggregation of ice crystals to form snow.
Publication:J. of Meteorology, 14, 415-420
Abstract:Manipulation of spheres of ice and observations of ice crystals colliding with a fixed crystal under conditions of controlled temperature and vapor pressure have been employed to determine the limiting conditions for the aggregation of ice crystals to form snow flakes.
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Record ID:4/12


Date:9/1/1971
Subject:(4) Aggregation
Author:Holroyd, E.W. III
Title:Snowfall redistribution
Publication:Proceedings, International Conf. on Weather Mod., Canberra, Australia, Sept. 6-11, 1971. Boston AMS, 135-140
Abstract:Redistribution of snowfall in one of the goals of cloud seeding in the Great Lakes project.
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Record ID:4/13


Date:5/20/1974
Subject:(4) Aggregation
Author:Hobbs, P.V., S. Chang, J.D. Locatelli
Title:The dimensions and aggregation of ice crystals in natural clouds.
Publication:J. Geo. Res., 79, 15, 2199-2206
Abstract:From ice particles collected in clouds and at ground stations in the Cascade Mountains during two winter seasons, measurements have been obtained of the lengths and widths of needles and columnar crystals and the thicknesses and diameters of hexagonal plates.
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Record ID:4/14


Date:6/1/1960
Subject:(4) Aggregation
Author:Higuchi, K.
Title:On the coalescence between plane snow crystals.
Publication:J. of Meteorology, 17, 3, 239-243
Abstract:The calculation of the probability of coalescence between two plane snow crystals is described in detail.
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Record ID:4/15


Date:1/1/1960
Subject:(4) Aggregation
Author:Hallgren, R.E., C.L. Hosler
Title:Preliminary results on the aggregation of ice crystals.
Publication:Geophysical Monograph, No. 5, AGU, Wash. D.C., 257-263
Abstract:A brief description of the experimental apparatus and procedure is given.
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Record ID:4/16


Date:12/1/1986
Subject:(4) Aggregation
Author:Finnegan, W.G., R.L. Pitter
Title:On the formation of electric multipoles in growing ice crystals.
Publication:Internal paper, Desert Research Institute, Atmospheric Sciences Center, Reno, Nevada
Abstract:The existence of electric multipoles in growing ice crystals has been confirmed by laboratory studies of ice crystal aggregation.
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Record ID:4/17


Date:09/1/1982
Subject:(4) Aggregation
(21) Cumulus Dynamics
Author:Cotton, W.R., M.A. Stephens, T. Nehrkorn, G.J. Tripoli
Title:The Colorado State University three-dimensional cloud/mesoscale model - 1982. Part II: An ice phase parameterization.
Publication:J. Rech. Atmos., 16, 4, 295-320
Abstract:A parameterization of ice-phase precipitation processes is described.
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Record ID:4/18


Date:9/1/1980
Subject:(4) Aggregation
Author:Tripoli, G.J., W.R. Cotton
Title:A numerical investigation of several factors contributing to the observed variable intensity of deep convection over South Florida.
Publication:J. Appl. Met., 19, 9, 1037-1063
Abstract:This study employs a revised version of the Colorado State University three-dimensional numerical cloud scale model to investigate the observed behavior of deep convection over South Florida on 17 July 1973.
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Record ID:4/19


Date:11/1/1972
Subject:(4) Aggregation
Author:W.R. Cotton
Title:Numerical simulation of precipitation development in supercooled cumuli. Part II.
Publication:Mon. Wea. Rev., 100, 11, 764-784
Abstract:A numerical model of supercooled cumuli is developed and discussed.
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Record ID:4/20


Date:09/01/1982
Subject:(4) Aggregation
(21) Cumulus Dynamics
Author:Tripoli, G.J., W.R. Cotton
Title:The Colorado State University three-dimensional cloud/mesoscale model-1982. Part I: General theoretical framework and sensitivity experiments
Publication:J. de Rech. Atmos., 16, 185-219
Abstract:The current formulation of the Colorado State Univeristy cloud/mesoscale model is described.
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Record ID:4/21

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