Date:07/01/1988
Subject:(7) Atmospheric Chemistry
Author:Flossmann, A.I., H.R. Pruppacher
Title:A theoretical study of the wet removal of atmospheric pollutants. Part III: The uptake, redistribution, and deposition of (NH_4)_2 SO_4 particles by a convective cloud using a two-dimensional cloud dynamics model
Publication:J. Atmos. Sci., 45, 1857-1871
Abstract:Our model for the scavenging of aerosol particles has been coupled with the two-dimensional form of the convective cloud model of Clark and collaborators. The combined model was then used to simulate a convective warm cloud for the meteorological
Location:0
Subscription required to view links to online journals
Record ID:7/1


Date:04/01/1981
Subject:(7) Atmospheric Chemistry
Author:Baboolal, L.B., J.R. Pruppacher, J.H. Topalian
Title:A sensitivity study of theoretical model of SO_2 scavenging by water drops in air
Publication:J. Atmos. Sci., 38, 856-870
Abstract:The rate at which SO_2 is removed from air by a water drop has been investigated by solving numerically the convective diffusion equation for SO_2 diffusing through air into a water drop where the species SO_2, H_2O, HSO_3 and SO_4 were assumed to form. The drops were assumed to be either at rest or falling at terminal velocity
Location:Citation Only, Full Text Not In Library
Record ID:7/2


Date:05/01/1990
Subject:(7) Atmospheric Chemistry
Author:Defelice, T.P., V.K. Saxena
Title:Temporal and vertical distribution of acifity and ionic composition in clouds: Comparison between modeling results and observations
Publication:J. Atmos. Sci., 47, 1117-1126
Abstract:Cyclic temporal variations of pH and ionic concentration in sampled clouds which traversed the Mt. Mitchell State Park site (35 deg. 44'05'N, 82 deg. 17'15'W, 2006 m MSL) during the summers of 1986, 1987, and 1988 are reported. These clouds
Location:Citation Only, Full Text Not In Library
Record ID:7/3


Date:01/01/1983
Subject:(7) Atmospheric Chemistry
Author:Lee, I-Y.
Title:Formation of sulfate in a cloud-free environment
Publication:J. Clim. Appl. Met., 22, 163-170
Abstract:A model of sulfate aerosol growth, containing homogeneous gas kinetics, particle growth by coagulation and heteromolecular diffusion, and solar radiation effects has been developed to examine the microphysical mechanisms associated with clear-air transformation of
Location:Citation Only, Full Text Not In Library
Record ID:7/4


Date:00/00/1982
Subject:(7) Atmospheric Chemistry
Author:Liu, M-K., D.A. Stewart
Title:A mathematical model for the analysis of acid deposition
Publication:J. Appl. Met., 21, 859-873
Abstract:This paper describes the use of a regional-scale air quality model as a diagnostic tool for analyzing problems associated with acid rain. The model, which is hybrid in nature, consists of a puff module and a grid module. The puff module computes the evolution of individual puffs, such as the horizontal and vertical standard deviations of the puff spreads and the location of
Location:Citation Only, Full Text Not In Library
Record ID:7/5


Date:01/01/1983
Subject:(7) Atmospheric Chemistry
Author:Nair, P.V.N., P.V. Joshi, U.C. Mishra, K.G. Vohra
Title:Growth of aqueous solution droplets of HNO_3 and HCl in the atmosphere
Publication:J. Atmos. Sci., 40, 107-115
Abstract:Computed values of equilibrium sizes and composition of uncharged and charged aqueous solution droplets of HNO_3 and HCl at 25 deg C, relative humidities from 5 to 10%, and solute vapor activities from 10^_-4 to 10^7 are presented
Location:Citation Only, Full Text Not In Library
Record ID:7/6


Date:11/15/1990
Subject:(7) Atmospheric Chemistry
Author:Rood, R.B., J.A. Kaye, A.R. Douglass, D.J. Allen, S. Steenrod, E.M. Larson
Title:Wintertime nitric acid chemistry: Implications from three-dimensional model calculations
Publication:J. Atmos. Sci., 47, 2696-2709
Abstract:A three-dimensional simulation of the evolution of HNO_3 has been run for the winter of 1979. Winds and temperatures are taken from a stratospheric data assimilation analysis, and the chemistry is based on Limb Infrared Monitor of the Stratosphere (LIMS)
Location:Citation Only, Full Text Not In Library
Record ID:7/7


Date:06/01/1981
Subject:(7) Atmospheric Chemistry
Author:Scott, B.C.
Title:Sulfate washout ratios in winter storms
Publication:J. Appl. Met., 20, 619-625
Abstract:Washout ratios for sulfate were computed from simultaneous measurements of sulfate in precipitation and in the air below cloud base. Stratification of the data according to predominant model of precipitation growth (growth primarily by accretion of liquid cloud droplets versus growth primarily by vapor deposition onto ice particles) illustrated that for cases of accretional growth the washout
Location:Citation Only, Full Text Not In Library
Record ID:7/8


Date:05/01/1986
Subject:(7) Atmospheric Chemistry
(15) Cloud Venting
Author:Tremblay, A., H. Leighton
Title:A three-dimensional cloud chemistry model
Publication:J. Clim. Appl. Met., 25, 652-671
Abstract:A cloud chemistry model is formulated in terms of continuity equations for chemical species in the aqueous and gaseous phases within the cloud.
Location:2
Subscription required to view links to online journals
Record ID:7/9


Date:04/01/1981
Subject:(7) Atmospheric Chemistry
Author:Walcek, C., P.K. Wang, J.H. Topalian, S.K. Mitra, H.R. Pruppacher
Title:An experimental test of a threoretical model to determine the rate at which freely falling water drops scavenge SO_2 in air
Publication:J. Atmos. Sci., 38, 871-876
Abstract:An experimental method involving the UCLA Rain Shaft is described. This method allows determining the rate at which SO_2 is scavenged from air by freely falling water drops. In the present experiment water drops of radii near 300 mu m were allowed to pass through a chamber filled with SO_2 whose partial pressure was determined
Location:Citation Only, Full Text Not In Library
Record ID:7/10


Date:09/01/1994
Subject:(7) Atmospheric Chemistry
Author:Huret, N., N. Chaumerliac, H. Isaka, E.C. Nickerson
Title:Influence of different microphysical schemes on the prediction of dissolution of nonreactive gases by cloud droplets and raindrops
Publication:J. Appl. Met., 33, 1096-1109
Abstract:The microphysical formulations are closely compared to evaluate their impact upon gas scavenging and wet deposition processes. They range from a classical bulk approach to a fully spectral representation, including an intermediate semispectral parameterization. Detailed comparisons among the microphysical rates, provided by these three parameterizations are performed with special emphasis on evaporation rate calculations. This comparative study is
Location:Citation Only, Full Text Not In Library
Record ID:7/11


Date:04/01/1994
Subject:(7) Atmospheric Chemistry
Author:Molders, N., H. Hass, H.J. Jakobs, M. Laube, A. Ebel
Title:Some effects of different cloud parameterizations in a mesosclae model and a chemistry transport model
Publication:J. Appl. Met., 33, 527-545
Abstract:Chemistry transport models aften ignore the cloud parameters that can be provided by meteorological pre-processors like mesoscale meteorological models. They often recalculate these parameters with algorithms that differ from those used in the meteorological preprocessors. Hence, inconsistencies can occur between the treatment of clouds in the meteorological and chemical part of the model package.
Location:1
Subscription required to view links to online journals
Record ID:7/12


Date:00/00/1994
Subject:(7) Atmospheric Chemistry
Author:Molders, N, M. Laube
Title:A numerical study on the influence of different cloud treatment in a chemical transport model on gas phase distribution
Publication:Atmos. Res., 32, 249-272
Abstract:0
Location:1
Subscription required to view links to online journals
Record ID:7/13


Date:11/01/1994
Subject:(7) Atmospheric Chemistry
Author:Collett, Jr., J.L., A. Bator, X. Rao, B.B. Demoz
Title:Acidity variations across the cloud drop size spectrum and their influence on rates of atmospheric sulfate prodution
Publication:Geophys. Res. Let., 21, 2393-2396
Abstract:0
Location:1
Subscription required to view links to online journals
Record ID:7/14


Date:02/21/1994
Subject:(7) Atmospheric Chemistry
Author:Huret, N.
Title:Regional modeling of humid orographic deposits. Dependance on microphysical and chemical processes.
Publication:PhD Dissertation, Universite Blaise Pascal, Imp Sciences, 63177 Aubiere Cedex, France
Abstract:0
Location:1
Subscription required to view links to online journals
Record ID:7/15


Date:00/00/1994
Subject:(7) Atmospheric Chemistry
Author:De Valk, J.P.J.M.M.
Title:A model for cloud chemistry: A comparison between model simulations and observations in stratus and cumulus.
Publication:Atmos. Env., 28, 1665-1678
Abstract:0
Location:1
Subscription required to view links to online journals
Record ID:7/16


Date:01/00/1995
Subject:(7) Atmospheric Chemistry
Author:Smith, R.B., D. Rye, H. Ochs, R. Rauber, G. Kok
Title:Stable isotopes of water in the troposhere
Publication:Preprints, Conf. on Cloud Physics, 15-20 January 1995, Dallas, Texas. American Meteorological Society
Abstract:0
Location:1
Subscription required to view links to online journals
Record ID:7/17


Date:07/00/1995
Subject:(7) Atmospheric Chemistry
Author:Kreidenweis, S.M.
Title:Atmospheric aerosol research in the U.S.: 1991-1994
Publication:Rev. Geophys., Supplement, 775-784, U.S. National Report to International Union of Geodesy and Geophysics 1991-1994
Abstract:No Abstract
Location:AtmChem-1
Subscription required to view links to online journals
Record ID:7/18


Date:6/1/1995
Subject:(7) Atmospheric Chemistry
Author:Respondek, P.S., A.I. Flossmann, R.R. Alheit, H.R. Pruppacher
Title:A theoretical study of the wet removal of atmospheric pollutants. Part V: The Uptake, redistribution, and deposition of (NH_4)_2SO_4 by a convective cloud containing ice
Publication:J. Atmos. Sci., 52, 2121-2132
Abstract:The effects of an ice phase on the wet deposition of aerosol particles was sutdied by means of the author's 2D cloud dynamics model with spectral microphysics
Location:Box 1
Subscription required to view links to online journals
Record ID:7/19


Date:1/1/1995
Subject:(7) Atmospheric Chemistry
Author:Kramm, G., R. Dlugi, G.J. Dollard, T. Foken, N. Molders, H. Muller, W. Seiler, H. Sievering
Title:On the dry deposition of ozone and reactive nitrogen species.
Publication:Atmos. Env., 29, 21, 3209-3231
Abstract:Dry deposition of ozone and reactive nitrogen species, such as NO, NO2, NO3, N2O5, HNO3, NH3 and NH4NO3 is examined in the context of numerical methods.
Location:1
Subscription required to view links to online journals
Record ID:7/20


Date:7/1/1996
Subject:(7) Atmospheric Chemistry
Author:Baechmann, K., P. Ebert, I. Haag, T. Prokop
Title:The chemical content of raindrops as a function of drop radius - I. Field measurements at the cloud base and below the cloud.
Publication:Atmos. Env., 30, 7, 1019-1025
Abstract:In previous field studies it was found that raindrops of different sizes show a strong dependence between their chemical content and their drop radius. In all these cases drops were sampled at the ground far below the cloud base using the Guttalgor method.
Location:2
Subscription required to view links to online journals
Record ID:7/21


Date:7/1/1996
Subject:(7) Atmospheric Chemistry
Author:Baechmann, K., P. Ebert, I. Haag, T. Prokop, K. Steigerwald
Title:The chemical content of raindrops as a function of drop radius - II. Field experimental study on the scavenging of marked aerosol particles by raindrops sampled as a function of drop size.
Publication:Atmos. Env., 30, 7, 1027-1033
Abstract:The present work attempts to explain the relation between the concentration of a chemical species in raindrops and the drop radius.
Location:2
Subscription required to view links to online journals
Record ID:7/22


Date:9/20/1995
Subject:(7) Atmospheric Chemistry
Author:Perry, K.D., P.V. Hobbs
Title:Correction to 'Further evidence for partical nucleation in clean air adjacent to marine cumulus clouds.'
Publication:J. Geo. Res., 100, D9, 18,929
Abstract:No abstract.
Location:2
Subscription required to view links to online journals
Record ID:7/23


Date:1/1/1996
Subject:(7) Atmospheric Chemistry
Author:Hannemann, A.U., S.K. Mitra, H.R. Pruppacher
Title:On the scavenging of gaseous nitrogen compounds by large and small rain drops: II Wind Tunnel and theoretical studies of the simultaneous uptake of NH3, SO2 and CO2 by water drops.
Publication:J. Atmos. Chem., 24, 271-284
Abstract:An experimental investigation of the simultaneous absorption of NH3 and SO2 from the ambient atmosphere by freely falling water drops has been carried out in the Mainz vertical wind tunnel.
Location:2
Subscription required to view links to online journals
Record ID:7/24


Date:1/1/1996
Subject:(7) Atmospheric Chemistry
(22) Cumulus Models
Author:Chunsheng, Z., Q. Yu
Title:Numerical modeling of cumulus cloud chemistry -- Part II: The impact of cumulus cloud processes on ozone chemistry.
Publication:ACTA Meteorologica Sinica, 10, 4, 485-492
Abstract:Ozone chemistry processes are analyzed during a cumulus cloud process with the model described in Part I. The simulation results show that entire cumulus cloud process can be well described with the development of vertical velocities and liquid water content which are the two most outstanding features of cumulus clouds.
Location:Atmos. Chem. Box 2
Subscription required to view links to online journals
Record ID:7/25


Date:1/1/1996
Subject:(7) Atmospheric Chemistry
Author:Leighton, H.G., L. Lauzon, W.R. Leaitch
Title:Evaluation of a three-dimensional cloud chemistry model.
Publication:Atmos. Env., 30, 21, 3651-3665
Abstract:To evaluate the effectiveness of a 3-D dynamical cloud model in simulating cloud water chemistry, the ion concentrations in simulated clouds are compared with the results of chemical analyses of collected cloud water samples.
Location:2
Subscription required to view links to online journals
Record ID:7/26


Date:2/1/1995
Subject:(7) Atmospheric Chemistry
Author:Kikuchi, K., M. Yoshizawa, Y. Asuma, H. Uyeda
Title:The acidity of snowfalls and its variation through the processes of accumulation and melting.
Publication:J. Met. Soc. of Japan, 73, 1, 47-58
Abstract:This study is concerned with the characteristics of acidity of snowfalls brought by the northwestly winter monsoons, low pressure systems and other disturbances around Sappoor, Hokkaido, Japan.
Location:2
Subscription required to view links to online journals
Record ID:7/27


Date:01/01/1997
Subject:(7) Atmospheric Chemistry
Author:Shaw, G.E.
Title:Aerosols at Mt. Lemmon: Estimates of gas-to-particle conversion rate
Publication:Atmos. Res., 43, 253-261
Abstract:As part of a research project to investigate sources, sinks and climate influence of aerosols we carried out measurements of the aerosol size (diameter), area and volume distributions
Location:2
Subscription required to view links to online journals
Record ID:7/28


Date:5/1/1990
Subject:(7) Atmospheric Chemistry
Author:Leighton, H.G., M.K. Yau, A.M. McDonald, J.S. Pitre, A. Giles
Title:A numerical simulation of the chemistry of a rainband.
Publication:Atmos. Env., 24A, 5, 1211-1217
Abstract:Comparisons between the observations of a rainband and the results of a numerical simulation with a 2D dynamical chemical model are presented.
Location:2
Subscription required to view links to online journals
Record ID:7/29


Date:1/1/1989
Subject:(7) Atmospheric Chemistry
Author:Iribarne, J.V., H.R. Cho
Title:Models of cloud chemistry
Publication:Tellus, 41B, 2-23
Abstract:Clouds and precipitation systems play a very important role in the transformations and redistribution of chemical species in the atmosphere.
Location:2
Subscription required to view links to online journals
Record ID:7/30


Date:7/1/1994
Subject:(7) Atmospheric Chemistry
Author:Barth, M.C.
Title:Numerical modeling of sulfur and nitrogen chemistry in a narrow cold-frontal rainband: The impact of meteorological and chemical parameters.
Publication:J. Appl. Met., 33, 855-868
Abstract:To better understand the impact of various meteorological and chemical parameters on chemical deposition from winter storms, the chemistry and microphysics of a narrow cold-frontal rainband and it associated stratiform region were examined with a 2D numerical cloud model.
Location:2
Subscription required to view links to online journals
Record ID:7/31


Date:4/20/1992
Subject:(7) Atmospheric Chemistry
Author:Barth, M.C., D.A. Hegg, P.V. Hobbs
Title:Numerical modeling of cloud and precipitation chemistry associated with two rainbands and some comparisons with observations.
Publication:J. Geo. Res., 97, D5, 5825-5845
Abstract:A diagnostic modeling study is described of the chemistry of a pair of rainbands, consisting of a narrow and a wide cold-frontal rainband, which were associated with a cold front on the mid-Atlantic coast of the United States.
Location:2
Subscription required to view links to online journals
Record ID:7/32


Date:7/1/1988
Subject:(7) Atmospheric Chemistry
Author:Borys, R.D, E.E. Hindman, P.J. DeMott
Title:The chemical fractionation of atmospheric aerosol as a result of snow crystal formation and growth.
Publication:J. Atmos. Chem., 7, 213-239
Abstract:The relationships between the physical and chemical properties of mixed-phase clouds were investigated at Storm Peak Laboratory (3220m MSL) located near the continental divide in northwestern Colorado.
Location:0
Subscription required to view links to online journals
Record ID:7/33


Date:6/2/1983
Subject:(7) Atmospheric Chemistry
Author:Borys, R.D., P.J. DeMott
Title:Snowfall chemical composition: The role of snow crystal riming.
Publication:Proceedings, Eastern Snow Conference, 28, 40th Annual Meeting, Toronto, Ontario, June 2-3, 1983.
Abstract:During the winter of 1981-1982, samples of falling snow and cloud water were collected concurrently in clouds which enveloped Storm Peak Laboratory (SPL) at 3156m MSL near Steamboat Springs, Colorado.
Location:0
Subscription required to view links to online journals
Record ID:7/34


Date:10/15/1987
Subject:(7) Atmospheric Chemistry
Author:Flossmann, A.I., H.R. Pruppacher, J.H. Topalian
Title:A theoretical study of the wet removal of atmospheric polutants. Part II: The uptake and redistribution of (NH_4)_2 SO_4 Particles and SO2 gas simultaneously scavenged by growing cloud drops.
Publication:J. Atmos. Sci., 44, 20, 2912-2923
Abstract:A theoretical model has been formulated which allows the processes which control the wet deposition of atmospheric aerosol particles and pollutant gases to be included in cloud dynamic models.
Location:0
Subscription required to view links to online journals
Record ID:7/35


Date:4/1/1957
Subject:(7) Atmospheric Chemistry
Author:Greenfield, S.M.
Title:Rain scavenging of radioactive particulate matter from the atmosphere.
Publication:J. of Meteorology, 14, 115-125
Abstract:On the basis of Langmuir's theory of collection efficiencies, a model is derived to explain the removal of radioactive particulate mater from the atmosphere by rain.
Location:0
Subscription required to view links to online journals
Record ID:7/36


Date:4/20/1985
Subject:(7) Atmospheric Chemistry
Author:Hegg, D.A.
Title:The importance of liquid-phase oxidatoin of SO_2 in the troposphere.
Publication:J. Geo. Res., 90, D2, 3773-3779
Abstract:A recent cloud climatology is employed to estimate the tropospheric liquid water burden as a function of latitude.
Location:0
Subscription required to view links to online journals
Record ID:7/37


Date:9/1/1981
Subject:(7) Atmospheric Chemistry
Author:Hegg, D.A., P.V. Hobbs
Title:Cloud water chemistry and the production of sulfates in clouds.
Publication:Atmos. Env., 15, 9, 1597-1604
Abstract:Measurements are presented of the pH and ionic content of water collected in clouds over Western Washington and the Los Angelos Basin.
Location:0
Subscription required to view links to online journals
Record ID:7/38


Date:8/20/1982
Subject:(7) Atmospheric Chemistry
Author:Hoell, J.M., Ed.
Title:Assessment of Techniques for Measuring Tropospheric HxOy
Publication:NASA Conference Publication 2332, Proceedings of a workshop held in Palo Alto, Calirornia, August 16-20, 1982.
Abstract:No abstract.
Location:0
Subscription required to view links to online journals
Record ID:7/39


Date:9/1/1988
Subject:(7) Atmospheric Chemistry
Author:Kawa, S.R.
Title:The chemistry and dynamics of marine stratocumulus.
Publication:Colorado State University, Atmospheric Science Paper No. 430.
Abstract:This thesis is a study of ozone chemistry and meteorological processes occurring in the eastern North Pacific stratocumulus regime.
Location:0
Subscription required to view links to online journals
Record ID:7/40


Date:09/20/1993
Subject:(7) Atmospheric Chemistry
(15) Cloud Venting
(5) Air Pollution
Author:Wang, C., J.S. Chang
Title:A three-dimensional numerical model of cloud dynamics, microphysics, and chemistry. 3. Redistribution of pollutants
Publication:J. Geophys. Res., 98, 16,787-16,798
Abstract:The evolution of chemical species during the life cycle of a severe local storm has been simulated using our three-dimensional cloud chemistry model (Wang and Chang, 1993a,b).
Location:2
Subscription required to view links to online journals
Record ID:7/41


Date:06/20/1995
Subject:(7) Atmospheric Chemistry
Author:Wang, C., P.J. Crutzen, V. Ramanathan, S.F. Williams
Title:The role of a deep convective storm over the tropical Pacific Ocean in the redistribution of atmospheric chemical species
Publication:J. Geophys. Res., 100, 11,509-11,516
Abstract:A deep convective storm observed during the Central Equatorial Pacific Experiment (CEPEX) has been simulated using the two-dimensional version of a three-dimensional cloud dynamics, microphysics, and chemistry model.
Location:2
Subscription required to view links to online journals
Record ID:7/42


Date:06/20/1995
Subject:(7) Atmospheric Chemistry
(15) Cloud Venting
Author:Wang, C., P.J. Crutzen
Title:Impact of a simulated severe local storm on the redistribution of sulfure dioxide
Publication:J. Geophys. Res., 100, 11,357-11,367
Abstract:A series of numerical experiments in a two-dimensional framework have been carried out in order to investigate the impact of a severe summertime, midlatitude storm on the
Location:2
Subscription required to view links to online journals
Record ID:7/43


Date:09/20/1993
Subject:(7) Atmospheric Chemistry
(15) Cloud Venting
(5) Air Pollution
Author:Wang, C., J.S. Chang
Title:A three-dimensional numerical model of cloud dynamics, microphysics, and chemistry. 4. Cloud chemistry and precipitation chemistry
Publication:J. Geophys. Res., 98, 16,799-16,808
Abstract:A study of the cloud chemistry and precipitation chemistry of the three-dimensional cloud chemical modeling of a severe local storm case (Wang and Chang, this issue) is discussed in this paper.
Location:2
Subscription required to view links to online journals
Record ID:7/44


Date:07/01/1994
Subject:(7) Atmospheric Chemistry
Author:Easter, R.C., L.K. Peters
Title:Binary homogeneous nucleation: Temperature and relative humidity fluctuations, nonlinearity, and aspects of new particle production in the atmosphere
Publication:J. Appl. Met., 33, 775-784
Abstract:Binary homogeneous nucleation of sulfuric acid and water vapor is thought to be the primary source of new particles in the marine atmosphere
Location:2
Subscription required to view links to online journals
Record ID:7/45


Date:08/20/1993
Subject:(7) Atmospheric Chemistry
(15) Cloud Venting
(5) Air Pollution
Author:Wang, C., J. S. Chang
Title:A three-dimensional numerical model of could dynamics, microphysics, and chemistry. 1. Concepts and Formulation
Publication:J. Geo. Research, 98, D8, 14-827-14,844
Abstract:We have developed a three-dimensional, comprehensive cloud modeling system with detailed descriptions of synamics, microphysics, and chemistry.
Location:2
Subscription required to view links to online journals
Record ID:7/46


Date:08/20/1993
Subject:(7) Atmospheric Chemistry
(15) Cloud Venting
(5) Air Pollution
Author:Wang, C., J. S. Chang
Title:A three-dimensional numerical model of cloud dynamics, microphysics, and chemistry. 2. A Case Study of the Dynamics and Microphysics of a Severe Local Storm.
Publication:J. Geo. Res., 98, D8, 14,845-14,862
Abstract:A strong convective storm has been modeled by using our three-dimensional cloud model.
Location:2
Subscription required to view links to online journals
Record ID:7/47


Date:07/01/1999
Subject:(7) Atmospheric Chemistry
Author:Fuller, K.A., W.C. Malm, S.M. Kreidenweis
Title:Effects of mixing on extinction by carbonaceous particles
Publication:J. Geophys. Res., 104, 15,941-15,954
Abstract:Reported values for the absorption cross section of particulate carbon per unit mass range from under 4 to over 20 m^2/g, and the intermedicate value of 10 m^2/g is used by many as a standard gram-specific absorption cross section for atmospheric soot.
Location:1
Subscription required to view links to online journals
Record ID:7/48


Date:08/01/1999
Subject:(7) Atmospheric Chemistry
Author:Audiffren, N., S. Cautenet, N. Chaumerliac
Title:A modeling study of the influence of ice scavenging on the chemical compoosition of liquid-phase precipitation of a cumulonimbus cloud
Publication:J. Applied Sci., 38, pp. 1148-1160
Abstract:Evidence of the efficient removal of chemicals by ice particles has been deduced from past field experiments and labratory studies.
Location:Citation Only, Full Text Not In Library
Record ID:7/49


Date:01/01/2000
Subject:(7) Atmospheric Chemistry
(15) Cloud Venting
Author:Wang, C., R.G. Prinn
Title:On the roles of deep convective clouds in tropospheric chemistry
Publication:J. Geophys. Res., in press.
Abstract:The impact of deep convection on tropospher chemistry has been studied using a cloud-resolving model including integrated dynamics, cloud and aerosol microphysics, gaseous and aqueous chemistry, radiation, and lighning production of NO.
Location:0
Subscription required to view links to online journals
Record ID:7/50


Date:01/01/1999
Subject:(7) Atmospheric Chemistry
(8) Atmospheric Electricity
Author:Jonsson, H.H.
Title:Personal report: Bernard Vonnegut 1914-1997
Publication:Atmos. Res., 51, 179-187
Abstract:With this special issue of Atmospheric Research we attempt to honor Dr. Bernard Vonnegut, a long term member of the editorial board.
Location:0
Subscription required to view links to online journals
Record ID:7/51


Date:01/01/1999
Subject:(7) Atmospheric Chemistry
Author:Chien, W., R.G. Prinn
Title:Impact of emissions, chemistry and climate on atmospheric carbon monoxide: 100yr predictions from a global chemistry-climate model
Publication:Chemo.:Global Change Sci.,1 , 73-81
Abstract:The possible trends for atmospheric carbon monoxide in the next 100yr have been illustrated using a couple atmosperic chemistry and climate model driven
Location:2
Subscription required to view links to online journals
Record ID:7/52


Date:02/20/1998
Subject:(7) Atmospheric Chemistry
Author:Chien, W., R.G. Prinn, A. Sokolov
Title:A global interactive chemistry and climate model: formulation and testing
Publication:J. of Geo. Res.,130, 3399-3417
Abstract:In order to elucidate interactions between climate change and biogeochemical processes and to provide a tool for comprehensive analysis of sensitivity
Location:2
Subscription required to view links to online journals
Record ID:7/53


Date:06/20/1995
Subject:(7) Atmospheric Chemistry
Author:Chien, W., P.J. Crutzen, V. Ramanathan
Title:The role of a deep convective storm over the tropical pacific ocean in the redistribution of atmospheric chemical species
Publication:J. Geo. Res.,100, 11,509-11,516
Abstract:A deep convective storm observed during the central equatorial pacific experiment (CEPEX) has been simulated using the two-demensional version of a
Location:2
Subscription required to view links to online journals
Record ID:7/54


Date:01/01/1999
Subject:(7) Atmospheric Chemistry
Author:Wang, C., R.G. Prinn
Title:Interactive chemistry and climate models in global change studies
Publication:Recent Res. Devel. Geophys., 2, 113-123
Abstract:Continually increasing atmospheric concentrations of radiatively important chemical species such as CO2, CH4, N2O, tropospheric O3, and certain halocarbons most likely will cause future climate changes,
Location:2
Subscription required to view links to online journals
Record ID:7/55


Date:01/01/1999
Subject:(7) Atmospheric Chemistry
Author:Chien, W., R.G. Prinn
Title:Interactive chemistry and climate models in global change studies
Publication:Recent Res. Devel. Geo.,2,:113-123
Abstract:Continually increasing atmospheric concentrations of radiatively important chemical species such as CO_2, CH_4, N_2O, trophospheric O_3, and certain
Location:2
Subscription required to view links to online journals
Record ID:7/56


Date:01/01/2001
Subject:(7) Atmospheric Chemistry
Author:Venkataraman, C., A. Mehra, P. Mhaskar
Title:Mechanisms of sulphate aerosol production in clouds: effects of cloud characteristics and season in the Indian region
Publication:Tellus, 53B, 260-272
Abstract:Measurements made during the Indian Ocean Experiment (INDOEX) in 1998, indicate likely regional atmospheric effects of sulphate aerosol over India including the potential for cloud processing of SO2 to sulphate.
Location:0
Subscription required to view links to online journals
Record ID:7/57


Date:04/78
Subject:(7) Atmospheric Chemistry
Author:Corrin, M.L.
Title:Atmospheric Chemistry
Publication:Journal of Chemical Education
Abstract:Atmospheric chemisty deals with the fixed and variable constituents of the atmosphere, with chemical changes occurring
Location:2
Subscription required to view links to online journals
Record ID:7/58


Date:08/01/1976
Subject:(7) Atmospheric Chemistry
(45) Microphysics - Ice Phase
Author:Vali, G., M. Christensen, R.W. Fresch, E.L. Galyan, L.R. Maki, and R.C. Schnell
Title:Biogenic ice nuclei. Part II: Bacterial sources
Publication:J. Atmos. Sci., 33, 1565-1570
Abstract:Transient appearance of ice nuclei active at temperatures of -2 to -5OC has been noted to accompany the natural decay of plant leaf materials.
Location:4
Subscription required to view links to online journals
Record ID:7/59


Date:01/01/2005
Subject:(7) Atmospheric Chemistry
Author:Wang, C., R.G. Prinn
Title:Correction to 'Reply to comment by John H. Helsdon Jr. on 'On the roles of deep convective clouds in tropspheric chemistry' by C. Wang and R.G. Prinn
Publication:J. Geophys. Res., 110, D14204, doi:10.1029/2004JD005292.
Abstract:Editors note: Journal Geophysical Research encourages open scientific discussion in the form of comments on published papers, with replies by the original authors. The paper 'On the roles of deep convective clouds in tropspheric chemistry'...
Location:2
Subscription required to view links to online journals
Record ID:7/60


Date:01/01/2006
Subject:(7) Atmospheric Chemistry
Author:Lopez, J.P., A.M. Fridlind, H-J. Jost, M. Lowenstein, A.S. Ackerman, T.L. Campos, E.M. Weinstock, D.S. Sayres, J.B. Smith, J.V. Pittman, A. G. Hallar, L.M. Avallone, S.M. Davis, R.L. Herman
Title:CO signatures in subtropical convective clouds and anvils during CRYSTAL-FACE: An anlaysis of convective transport and entrainment using observations and a cloud-resolving model
Publication:J. Geophys. Res., 111, D09305, doi:10.1029/2005JD006104.
Abstract:Convective systems are an important mechanism in the transport of boundary layer air into the upper troposphere.
Location:2
Subscription required to view links to online journals
Record ID:7/61

Back to Subject List