Date:00/00/1994
Subject:(29) Fogs
Author:Bergot, T., D. Guedalia
Title:Numerical Forecasting of Radiation Fog. Part I: Numerical Model and Sensitivity Tests
Publication:Mon. Wea. Rev., 122, 1218-1230
Abstract:To improve the forecast of dense radiative fogs, a method has been developed using a one-dimensional model of the nocturnal boundary layer forced by the mesoscale fields provided by a 3D limited-area operational model. The 1D model involves a treatment of soil-atmosphere exchanges and a parameterization of turbulence in stable layers in order to correctly simulate the nocturnal atmospheric cooling.
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Record ID:29/1


Date:06/01/1994
Subject:(29) Fogs
Author:D. Guedalia, T. Bergot
Title:Numerical forecasting of radiation fog. Part II: A comparison of model simulation with several observed fog events.
Publication:Mon. Wea. Rev., 122, 1231-1246
Abstract:A 1D model adapted for forecasting the formation and development of fog, and forced with mesoscale parameters derived from a 3D limited-area model, was used to simulate three fog event observations made during the Lille 88 campaign.
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Record ID:29/2


Date:00/00/1994
Subject:(29) Fogs
Author:Zihua, L., Z. Limin, Z. Qinghong
Title:The physical structure of the winter fog in Chongqing metropolitan area and its formation process
Publication:Acta Meteorologica Sinica, 8, 316-328
Abstract:0
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Record ID:29/3


Date:12/01/1991
Subject:(29) Fogs
Author:Gerber, H.
Title:Supersaturation and droplet spectral evolution in fog
Publication:J. Atmos. Sci., 48, 2569-2588
Abstract:Droplet sizes, larger than expected, and transient water vapor supersaturations were measured in radiation for. Nongradient trubulent mixing of saturated air parcels at different temperatures and the release of excess vapor.
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Record ID:29/4


Date:09/01/1993
Subject:(29) Fogs
Author:Golding, B.W.
Title:A study of the influence of terrain on fog development
Publication:Mon. Wea. Rev., 121, 2529-2541
Abstract:A general purpose mesoscale numericl weather prediction model is used to simulate the development of fog at Perth, Western Australia, on 27 April 1990. Using one-dimensional and two-dimensional model configurations, an attempt is made
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Record ID:29/5


Date:07/01/1987
Subject:(29) Fogs
Author:Greenhut, G.K., S.J. Singh Khalsa
Title:Convective elements in the marine atmospheric boundary layer. Part I: Conditional sampling statistics
Publication:J. Clim. Appl. Met., 26, 813-822
Abstract:The properties of updrafts and downdrafts through the entire depth of marine atmospheric boundary layer are investigated using conditional sampling based on an indicator function derived from the vertical velocity time series
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Record ID:29/6


Date:08/01/1980
Subject:(29) Fogs
Author:Hudson, J.G.
Title:Relationship between fog condensation nuclei and fog microstructure
Publication:J. Atmos. Sci., 37, 1854-1867
Abstract:Measurements of fog drop size distrubiton, cloud condensation nuclei and fog condensation nuclei were made at several locations along the U.S. Pacific Coast. Wide variations in fog microscturcture were associated with an appeared to be mostly due to variations in nucleus concentration. Simultaneous drop and nucleus measurements were used to determe
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Record ID:29/7


Date:06/01/1988
Subject:(29) Fogs
Author:Hill, G.E.
Title:Fog effect on the Great Salt Lake
Publication:J. Appl. Met., 27, 778-783
Abstract:The effect of the Great Salt Lake on the frequency and geographic extent of wintertime fog is analyzed by use of fog reports, precipitation, and temperature records over a 25-yr period, during which time the size of the lake has more than doubled. Fog
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Record ID:29/8


Date:01/01/1984
Subject:(29) Fogs
Author:Kinkel, B.A.
Title:Parameterization of droplet terminal velocity and extinction coefficient in fog models
Publication:J. Clim. Appl. Met., 23, 34-41
Abstract:Fog droplet spectra data were obtained in several advection fogs at the AFGL Weather Test Facility at Otis Air National Guard Base, Mass., using two PMS forward-scattering spectrometer probes (FSSP-100). Approximately 90-h of droplet data were recorded
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Record ID:29/9


Date:09/01/1987
Subject:(29) Fogs
Author:Schemenauer, R.S., P. Cereceda, N. Carvajal
Title:Measurements of fog water deposition and their relationships to terrain features
Publication:J. Clim. Appl. Met., 26, 1285-1291
Abstract:Most efforts have concentrated on making absolute LWC measurements from aircraft, initially with passive impactor-type devices and later with aircraft-powered systems providing analog or digital outputs.
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Record ID:29/10


Date:10/01/1993
Subject:(29) Fogs
Author:Telford, J.W., S.K. Chai
Title:Marine fog and its dissiptation over warm water
Publication:J. Atmos. Sci., 50, 3336-3349
Abstract:A long aircraft flight in fog at altitude 60 m was conducted on 25 September 1981, due west from San Francisco, California, until clear air was reached. The fog began near the coast and the air remained foggy until the boundary with the warmer
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Record ID:29/11


Date:08/01/1991
Subject:(29) Fogs
Author:Tomine, K., K. Michimoto, I. Hikiji, S. Abe, N. Takeeuchi
Title:The vertical structure of fog observed with a lidar system at Misawa Airbase
Publication:J. Appl. Met., 30, 1088-1096
Abstract:In order to improve airbase operations, vertical profiles of attenuation coefficients caused by fog are investigated with a mobile lidar system at Misawa Airbase in Northern Japan. The results show that, when the ceiling is about 30 m (the decision height at Misawa Airbase), the attenuation
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Record ID:29/12


Date:04/01/1986
Subject:(29) Fogs
Author:Welch, R.M., M.G. Ravichandran, S.K. Cox
Title:Prediction of quasi-periodic oscillations in radiation fogs. Part I: Comparison of simple similarity approaches
Publication:J. Atmos. Sci., 43, 633-651
Abstract:There is considerable controversy in the literature concerning fog formation
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Record ID:29/13


Date:04/01/1984
Subject:(29) Fogs
Author:Woodcock, A.H.
Title:Winds, upwelling and fog at Cape Cod Canal, MA
Publication:J. Clim. Appl. Met., 23, 611-616
Abstract:New observations confirm the formation of advection fogs over the western approaches to the Cape Cod Canal. The large air-water temperature differences required for the formation of these fogs are shown to
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Record ID:29/14


Date:01/01/1981
Subject:(29) Fogs
Author:Woodcock, A.H., D.C. Blanchard, J.E. Jiusto
Title:Marine fog droplets and salt nuclei--Part II
Publication:J. Atmos. Sci., 38, 129-140
Abstract:In Part I of this fog study, the distribution of water with number and size of drops in some New England marine advection fogs was shown to be related to the distribution of number and size of salt particles found in marine air
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Record ID:29/15


Date:00/00/1994
Subject:(29) Fogs
Author:Yin, X., P.A. Arp
Title:Fog contributions to the water budget of forested watersheds in the Canadian maritime provinces: A generalized algorithm for low elevations
Publication:Atmosphere-Ocean, 32, 553-566
Abstract:Fog contributes to the water budget of forested watersheds directly by water deposition, and indirectly by reducing potential and actual evapotranspiration.
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Record ID:29/16


Date:01/01/1995
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Schemenauer, R.S., C.M. Banic, N. Urquizo
Title:High elevation fog and precipitation chemistry in southern Quebec, Canada
Publication:Atmos. Environ., 29, 2235-2252
Abstract:Results of the seasonal analysis of the Chemistry of High Elevation Fog (CHEF) project data for the years 1985-1991 are presented. The mountain sites are located in southern Quebec, Canada, and range in altitude from 250 to 970 m. Fog, precipitation, and mixed for and precipitation chemistry data are given for major inorganic ions for all seasons of the year.
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Record ID:29/17


Date:1/1/1995
Subject:(29) Fogs
Author:Beysens, D.
Title:The formation of dew
Publication:Atmos. Res., 39, 215-237
Abstract:Dew is the condensation into liquid droplets of water vapor on a substrate.
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Record ID:29/18


Date:1/1/1996
Subject:(29) Fogs
(77) Arctic & Sea Ice
Author:Nilsson, E.D., E.K. Bigg
Title:Influences on formation and dissipation of high arctic fogs during summer and autumn and their interaction with aerosol.
Publication:Tellus, 48B, 234-253
Abstract:Radiosonde established that the air in the near surface mixed layer was very frequently near saturation during the International Arctic Ocean Expedition of 1991 which must have been a large factor in the frequent occurrence of fogs.
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Record ID:29/19


Date:1/1/1996
Subject:(29) Fogs
Author:Chun' e, S., S. Xuejin, Y. Jun, L. Zihua
Title:3D model study on fog over complex terrain -- Part I: Numerical study.
Publication:ACTA Meteorological Sinica, 10, 4, 493-506
Abstract:A three-dimensional fog model, suitable for percipitous and complex terrain, is designed containing four prognostic variables -- wind speed, potential temperature, specific humidity and mixing ratio of liquid water.
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Record ID:29/20


Date:01/01/1998
Subject:(29) Fogs
(7) Atmospheric Chemistry
Author:Rao, X., J.L. Collett, Jr.
Title:The drop size dependence of iron and manganese concentrations in clouds and fogs: implications for sulfate production
Publication:J. Atmos. Chem., 30, 273-289
Abstract:Differences in total iron and manganese concentrations between large (d is less than 23 micrometers) and small (4 is less than d is less than 23 micrometers) cloud and fog drops were investigated at four locations in the United States.
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Record ID:29/21


Date:04/01/1999
Subject:(29) Fogs
Author:Walmsley, J.L., W. R. Burrows, R. S. Schemenauer
Title:The use of routine weather observations to calculate liquid water content in summertime high-elevation fog
Publication:J. App. Meteor., 38, pp. 369-384
Abstract:This paper represents a stage within a larger project to estimate acid ion deposition from cloud impacting on high-elevation forests. Acid ion deposition depends principally on three factors: the liquid water content (LWC), the ion concentration(s) in for or cloud water, and the efficientcy of the deposition process.
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Record ID:29/22


Date:09/01/1991
Subject:(29) Fogs
Author:Ballard, S.P., B.W. Golding, R.N.B. Smith
Title:Mesoscale model experimental forecasts of the Haar of Northeast Scotland
Publication:Mon. Wea. Rev., 119, 2107-2123
Abstract:A mesoscale model is used to simulate the diurnal evolution of sea fog off the northeast Scottish coast observed on 27 April 1984.
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Record ID:29/23


Date:01/01/1976
Subject:(29) Fogs
Author:Brown, R., W.T. Roach
Title:The physics of radiation fog: II - a numerical study
Publication:Quart. J. R. Met. Soc., 102, 335-354
Abstract:Studies of a numerical model of fog are presented.
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Record ID:29/24


Date:11/01/1980
Subject:(29) Fogs
Author:Corradini, G. Tonna
Title:The parameterization of the gravitational water flux in fog models
Publication:J. Atmos. Sci., 37, 2535-2539
Abstract:The parameterization of the mean terminal fallspeed of the fog droplets v has been analyzed in terms of the raio between the liquid water content and the droplet concenration, W/N, as linked to the graviational water flux G via % = vW.
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Record ID:29/25


Date:04/01/1979
Subject:(29) Fogs
Author:Corradinii, C., G. Tonna
Title:On the reliability of the parameterizaiton of microphysics in fog models
Publication:J. Appl. Met., 18, 487-494
Abstract:The relationship between the mean terminal speed of fog droplets (vE) and the liquid water content (W), and between the integral volume droplet absorption coefficient (signa E) and W, have been examined on the basis of 170 experimental
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Record ID:29/26


Date:01/01/1993
Subject:(29) Fogs
Author:Donaldson, N.R., R.E. Stewart
Title:Fog induced by mixed-phase precipitation
Publication:Atmos. Res., 29, 9-25
Abstract:Fog is induced by changes in the atmospheric relative humidity and falling precipitation can be a major cause of these changes.
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Record ID:29/27


Date:09/01/1963
Subject:(29) Fogs
Author:Fisher, E.L., P. Caplan
Title:An experiment in numerical prediction of fog and stratus
Publication:J. Atmos. Sci., 20, 425-437
Abstract:The feasibility of a dynamical model for forecasting the development and disspation of fog and stratus is studied.
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Record ID:29/28


Date:02/01/1984
Subject:(29) Fogs
Author:Forkel, R., W.G. Panhans, R. Welch, W. Zdunkowski
Title:A one-dimensional numerical study of simulate to influence of soil moisture, pollution and vertical exchange on the evolution of radiation fog
Publication:Beitr. Phys. Atmosph., 57, 72-91
Abstract:A one-dimensional model of the atmospheric boundary layer and of the upper soil layer is applied to ismulate the life cycle of radiation fog.
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Record ID:29/29


Date:01/01/1991
Subject:(29) Fogs
Author:Garcia-Garcia, F., R.A. Montanez
Title:Warm fog in eastern Mexico: A case study
Publication:Atmosfera, 4, 53-64
Abstract:Measurements of microphysical characteristics of up-slope fog were carried out on a rural, mountain site in the Sierra Madre Oriental of eastern Mexico.
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Record ID:29/30


Date:04/08/1974
Subject:(29) Fogs
Author:Gathman, S.G., R.E. Larson
Title:Marine fog observations in the Arctic
Publication:NRL Report 7693, Naval Research Lab., Washington, DC
Abstract:In the general field of fog research, marine fog is one important area in which physical documentation is sparse.
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Record ID:29/31


Date:06/01/1968
Subject:(29) Fogs
Author:Juisto, J.E., C.L. Hosler, L.G. Davis, E.J. Mack
Title:Fog characteristics and modification concepts
Publication:Report No. 12, The Pennsylvania State University, Dept. of Meteorology, Univeristy Park, PA, 56 pp.
Abstract:Fog constitutes the weather phenomenon most likely to hamper aircraft operations for subtantial periods of time.
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Record ID:29/32


Date:11/15/1982
Subject:(29) Fogs
Author:Jiusto, J.E., G.G. Lala
Title:Liquid water content in radiation fogs
Publication:Preprints, Conf. on Cloud Physics, Nov. 15-18, 1982, Chicago, IL, AMS, Boston, MA, 300-3302
Abstract:None
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Record ID:29/33


Date:01/01/1983
Subject:(29) Fogs
Author:Juisto, J.E., G.G. Lala
Title:Radiation fog field programs - Recent studies
Publication:ASRC-SUNY Pub. No. 869, Atmospheric Sciences Research Center, State University of New York at Albany, Albany, NY 12222, 67 pp
Abstract:The processes of fog formation and dissipation are scientifically challenging in that they encompass the disciplines of thermodynamics, radiation, cloud physics and boundary layer meteorology.
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Record ID:29/34


Date:03/01/1980
Subject:(29) Fogs
Author:Jiusto, J.E., G.G. Lala
Title:Radiation fog formation and dissipation. A case study
Publication:J. Rech. Atmos., 14, 391-397
Abstract:For several years a fog field program has been conducted at the Albany, New York airport, for the two-fold purpose of defining physical fog processes and numerical fog modelling.
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Record ID:29/35


Date:06/15/1980
Subject:(29) Fogs
Author:Jiusto, J.E., G.G. Lala
Title:Thermodynamics of radiation for formation and dissipation-A case study
Publication:Proc., 8th International Cloud Physics Conf., 15-19 June 1980, Clermont-Ferrand, France.
Abstract:None
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Record ID:29/36


Date:08011974
Subject:(29) Fogs
Author:Jiusto, J.E.
Title:Remarks on visibility in fog
Publication:J. Appl. Met., 13, 608-610
Abstract:None
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Record ID:29/37


Date:0513/1980
Subject:(29) Fogs
Author:Jiusto, J.
Title:Fog structure
Publication:Proc., Symp. & Workshop on Clouds: Their formation, optical properties and effects, IFAORS, Williamsburg, VA 13-15 May 1980
Abstract:Fog evolution represents a challenging scientific proglem in that it crosses the disciplines of thermodynamics, cloud physics, and boundary layer meteorology.
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Record ID:29/38


Date:10011975
Subject:(29) Fogs
Author:Johnson, D.B., E.H. Barker, P.R. Lowe
Title:A numerical study of fog clearing by helicopter downwash
Publication:J. Appl. Met., 14, 1284-1292
Abstract:A two-dimensional axially symmetric computer model was used to study downwash-induced fog clearings.
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Record ID:29/39


Date:1115/1982
Subject:(29) Fogs
Author:Lala, G.G., J.E. Jiusto, M.B. Meyer, M. Kornfein
Title:Mechanisms of radiation fog formation on four consecutive nights
Publication:Preprints, Conf. on Cloud Physics, Nov. 15-18, 1982, Chicago, IL, AMS, Boston, MA, 9-11
Abstract:None
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Record ID:29/40


Date:04/01/1975
Subject:(29) Fogs
Author:Lala, G.G., E. Mandel, J.E. Jiusto
Title:A numerical evaluation of radiation fog variables
Publication:J. Atmos. Sci., 32, 720-728
Abstract:A numerical model of radiation fog was developed in order to test the sensivity of variables comprising the model, and evaluate its capability for forecasting the onset of fog form standard radiosonde weather data.
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Record ID:29/41


Date:0701/1978
Subject:(29) Fogs
Author:Lala, G. M. Meyers, J. Jiusto
Title:Cloud physics and boundary layer measurements
Publication:Proc., Conf. on Cloud Physics and Atmospheric Electricity, July 31-August 4, 1978, Issaquah, WA, AMS, Boston, MA, 233-235
Abstract:None
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Record ID:29/42


Date:01/011994
Subject:(29) Fogs
Author:Li, Z., L. Zhang, Q. Zhang
Title:The physical structure of the winter fog in Chongqing metropolitan area and its formation process
Publication:Acta Metetorologica Sinica, 8, 316-328
Abstract:Chongqing is a very famous foggy meteropolitan in China.
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Record ID:29/43


Date:06/28/1982
Subject:(29) Fogs
Author:Meyer, M.B., J.E. Jiusto
Title:Radiation-fog intensities associated with surface synoptic patterns at Albany, New York
Publication:Preprints, 9th Conf. on Weather Forecasting & Analysis, June 28-July 1, 1982, Seattle, WA, AMS, Boston, MA 469-473
Abstract:None
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Record ID:29/44


Date:03/01/1980
Subject:(29) Fogs
Author:Meyer, M.B., J.E. Jiusto, G.G. Lala
Title:Measurements of visual range and radiation-fog (haze) microphysics
Publication:J. Atmos. Sci., 37, 622-629
Abstract:An extensive boundary-layer field program was conducted which included simultaneous measurements of visibility and particle size distributions during fog and haze
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Record ID:29/45


Date:2/01/1987
Subject:(29) Fogs
Author:Musson-Genon, L.
Title:Numerical simulation of a fog event with a one-dimensional boundary layer model
Publication:Mon. Wea. Rev., 115, 592-607
Abstract:A one-dimensional boundary layer model is used to simulate a fog event.
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Record ID:29/46


Date:08/01/1969
Subject:(29) Fogs
Author:Ohtake, T., P.J. Huffman
Title:Visual range in ice fog
Publication:J. Appl. Met., 8, 499-501
Abstract:This article presents the results of an experimental investigation into the relationship between visual range and the size distribution of ice fog particles are Fairbanks, Alaska
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Record ID:29/47


Date:08/01/1969
Subject:(29) Fogs
Author:Ohtake, T., P.J. Huffman
Title:Visual range in ice fog
Publication:J. Appl. Met., 8, 499-501
Abstract:This article presents the results of an experimental investigation into the relationship between visual range and the size distribution of ice fog particles are Fairbanks, Alaska
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Record ID:29/48


Date:02/01/1978
Subject:(29) Fogs
Author:Oliver, D.A., W.S. Lewellen, G.G. Williamson
Title:The interaction between turbulent and radiative transport in the development of fog and low-level stratus
Publication:J. Atmos. Sci., 35, 301-316
Abstract:A turbulent-radiative description of the low-level atmosphere incorporating stratus cloud and fog is developed based on the methodology of second-order closure.
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Record ID:29/49


Date:05/20/1978
Subject:(29) Fogs
Author:Pickering, K.E., J.E. Jiusto
Title:Observations of the relationship between dew and radiation fog
Publication:J. Geophys. Res., 83, 2430-2436
Abstract:A preliminary micrometeorological field study conducted on the campus of the State University of New York at Albany indicated that dew formation stronly influences the formation of fall radiation fog.
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Record ID:29/50


Date:08/01/1972
Subject:(29) Fogs
Author:Pilie, R., W. Eadie, E. Mack, C. Rogers, W. Kocmond
Title:project fog drops. Part I: Investigations of warm fog properties
Publication:NASA CR-2078, NASA Contractor report, Cornell Aeronautical Laboratory, Inc., Buffalo, NY 14221. 137 pp
Abstract:Extensive measurements were made of micrometeorological and microphysical characteristics of eleven fogs in the Chemung River Valley near Elmira, New York.
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Record ID:29/51


Date:04/01/1975
Subject:(29) Fogs
Author:Pilie, R.J., E.J. Mack, W.C. Kocmond, C.W. Rogers, W.J. Eadie
Title:The life cycle of valley fog. Part I: Micrometeorological characteristics
Publication:J. Appl. Met., 14, 347-374
Abstract:Extensive measurements were made of micrometeorological variables associated with eleven fogs in the Chemung River Valley near Elmira, N.Y.
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Record ID:29/52


Date:10/01/1979
Subject:(29) Fogs
Author:Pilie, R.J., E.J. Mack, C.W. Rogers, U. Katz, W.C. Kocmond
Title:The formation of marine fog and the development of fog-stratus systems along the California coast
Publication:J. Appl. Met., 18, 1275-1286
Abstract:This paper summarizes the results of seven field expeditions abard the Naval Postgraduate School's R/V Acania, designed specifically to study the formation of marine fog along the California coast.
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Record ID:29/53


Date:05/21/1984
Subject:(29) Fogs
Author:Podzimek, J.
Title:Prerequisites of a successful modification of a fog or cloud by scavenging techniques
Publication:Preprints, 9th Conf. on Weather Modification, May 21-23, 1984, Park City, UT, AMS, Boston, 18-19
Abstract:None
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Record ID:29/54


Date:01/01/1982
Subject:(29) Fogs
Author:Saxena, V.K., N. Fukuta
Title:The supersaturation in fogs
Publication:J. Rech. Atmos., 16, 327-335
Abstract:The maximum supersaturation in fogs is customarily estimated by making a one-to-one correspondence between the observed activation spectrum of condensation uclei in the fog forming air and the average number concentration of fog droplets.
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Record ID:29/55


Date:01/01/1993
Subject:(29) Fogs
Author:Schemenauer, R.S., P. Cereceda
Title:Meteorological conditions at a coastal fog collection site in Peru
Publication:Atmosfera, 6, 175-188
Abstract:Meteorological measurements were made from July through Noember 1990, at a field site 35 km north of the center of Lima, Peru, during a study designed to asses the quantity of fog water that could be collected.
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Record ID:29/56


Date:03/01/1976
Subject:(29) Fogs
Author:Tag, P.M.
Title:A numerical simulation of warm fog dissipation by electrically enhanced coalescence: Part I. An applied electric field
Publication:J. Appl. Met., 15, 282-291
Abstract:It has been suggested that the use of charged particles or electric fields by considered as a technique for disspating warm fogs.
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Record ID:29/57


Date:07/01/1977
Subject:(29) Fogs
Author:Tag, P.M.
Title:A numerical simulation of warm fog dissipation by electrically enhanced coalescence: Part II. Charged drop seeding
Publication:J. Appl. Met., 16, 683-696
Abstract:A numerical study of the use of highly charged water drops to clear warm fog has been conducted.
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Record ID:29/58


Date:01/01/1992
Subject:(29) Fogs
Author:Wobrock, W., D. Schell, R. Maser, M. Kessel, W. Jeoschke, S. Fuzzi, M.C. Facchini, G. Orsi, A. Marzorati, P. Winkley, B.G. Arends, J. Bendix
Title:Meteorological characteristics of the Po Valley fog
Publication:Tellus, 44B, 469-488
Abstract:The meteorological situation during the first joint field campaign from 10-17 Noember 1989 of the EUROTRAC subpoject GCE is discussed
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Record ID:29/59


Date:01/01/1972
Subject:(29) Fogs
Author:Zdunkowski, W., A.E. Barr
Title:A radiative-conductive model for the prediction of radiation fog
Publication:Boundary-layer Met., 3, 152-177
Abstract:A conductive-radiative model is used to predict the formation and growth of radiation fog.
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Record ID:29/60


Date:07/01/1980
Subject:(29) Fogs
Author:Lewellen, W.S.,, D.A. Oliver, R.D. Sullivan, G. Sandri
Title:1980 Status report on low-level, atmospheric turbulence model for marine environments
Publication:ARAP Report #420, Aeronautical Research Associates of Princeton, 50 Washingotn Road, princeton, NJ 08540, 125 pp.
Abstract:This report details the most recent developments to ARAP's program for computing the detailed low-level atmospheric distribution of velocity, temperature, moisture, refractive index, and the turbulent variances of these quantities.
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Record ID:29/61


Date:05/01/1983
Subject:(29) Fogs
Author:Lewellen, W.S., R.I, Sykes, D.A. Oliver
Title:Further developments of the ARAP model for the atmospheric marine environment
Publication:ARAP Contractor Report No. CR 83-05, Aeronautical Research Associates of Princeton, 50 Washingotn Road, princeton, NJ 08540, 170pp
Abstract:This report presents further developments of ARAPs model for computing the detailed low-level atmospheric distribution of velocity, temperature, moisture, refractive index, and the turbulent variations of these quantities.
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Record ID:29/62


Date:01/01/1977
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Barker, E.H.
Title:A maritime boundary-layer model for the prediction of fog
Publication:Boundary-Layer Meteorol., 11, 267-294
Abstract:A two-dimensional boundary-layer model is described.
Location:1
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Record ID:29/63


Date:12/20/1990
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Brock, C.A., L.F. Radke, P.V. Hobbs
Title:Sulfur in particles in Arctic hazes derived from airborne in situ and lidar measurements
Publication:J. Geophys. Res., 95, 22,369-22,387
Abstract:Quantitative information is needed on Arctic hazes in order to determine their effects on the radiation budget, clouds, the albedo and chemical properties of the Arctic snowpack.
Location:1
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Record ID:29/64


Date:01/01/1980
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Brown, R.
Title:A numerical study of radiation fog with an explicit formulation of the microphysics
Publication:Quart. J. R. Met. Soc., 106, 781-802
Abstract:A model of radiation fog is describe containing an explicit formulation of the microphysics of the condensation process.
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Record ID:29/65


Date:01/01/1981
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Choularton, T.W., G. Follarton, J. Latham, C.S. Mill, M.H. Smith, I.M. Stromberg
Title:A field study of radiation fog in Meppen, West German
Publication:Quart. J.R. Met. Soc., 107, 381-394
Abstract:A field study of the microphysical properties of a radiation fog was conducted in Meppen, West Germany on 17 February 1978.
Location:1
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Record ID:29/66


Date:12/01/1972
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Feit, D.M.
Title:A study of numerical simulation of maritime fog
Publication:Environmental Prediction Research Facility, Technical Paper No. 13-72, Naval Postgraduate School. Monterey, CA 93940
Abstract:Advection fogs at sea are a persistent problem of major concern to the navla operating forces.
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Record ID:29/67


Date:01/01/1985
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Fuzzi, S., G. Orsi, M. Mariotti
Title:Wet deposition due to fog in the Po Valley, Italy
Publication:J. Atmos. Chem., 3, 289-296
Abstract:Wet deposition due to radiation fog is examined in this paper.
Location:1
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Record ID:29/68


Date:01/01/1988
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Garratt, J.R., M. Segal
Title:On the contribution of atmospheric moisture to dew formation
Publication:Boundary-Layer Meteorol., 45, 209-236
Abstract:The relative contributions of dewfall (a flux of water vapour from air to surface) and distillation.
Location:1
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Record ID:29/69


Date:01/01/1992
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Hallberg, A., J.A. Ogren, K.J. Noone, J. Heintzenberg, A. Berner, I. Solly, C. Kruisz, G. Reischl, S. Fuzzi, M.C. Facchini, H.C. Hansson, A. Wiedensohler, I.B. Svenningsson
Title:Phase partitioning for different aerosol species in fog
Publication:Tellus, 44B, 545-555
Abstract:Simultaneous measurements of several non-volatile species in unscavenged aerosol particles and in fog droplets have revealed differences in partitioning for different chemical species.
Location:1
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Record ID:29/70


Date:01/01/1992
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Hennemuth, B., A. Rhodin, B. Brummer
Title:The fog front on 25 May 1989 - A gravity flow?
Publication:Meteorol. Atmos. Phys., 48, 273-292
Abstract:During the field epxeirment FRONTEX 1989 a shallow cod front with a fog field behind its leading edge was observed over the North Sea.
Location:1
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Record ID:29/71


Date:01/01/1989
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Malm, W.C.
Title:Atmospheric haze: Its sources and effects on visibility in rural areas of the continental United States
Publication:Environmental Monitoring and Assessment, 12, 203-225, Kluwer Academic Publishers, The Netherlands
Abstract:Spatial and temporal trends in visibility are examined at a national level.
Location:1
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Record ID:29/72


Date:02/01/1982
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Mason, J. (Sir)
Title:The physics of radiation fog
Publication:J. Meteorol. Soc., 60, 486-498
Abstract:This paper reviews recent researchers in the Meteorological Offie designed to elucidate how th ephysical processes involved in the development of radiation fog interact to determine its formation, growth and dissipation.
Location:1
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Record ID:29/73


Date:01/01/1992
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Noone, K.J., J.A. Ogren, A. Hallberg, J. Heintzenberg, J. Strom, H.C. Hansson, B. Svenningsson, A. Wiedensohler, S. Fuzzi, M.C. Facchini, B.G. Arends, A. Berner
Title:Changes in aerosol size- and phase distributions due ot physical and chemical processes in fog
Publication:Tellus, 44B, 489-504
Abstract:Measurements of the scavenbing efficiency of aerosol particles in fog are presented.
Location:1
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Record ID:29/74


Date:02/01/1986
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Ohta, S., M. Tanaka
Title:A numerical study of the formation and the dissipation of radiation fogs
Publication:J. Met. Soc. Japan, 64, 65-77
Abstract:The evolution of radiation fog has been investigated by numerical simulations.
Location:1
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Record ID:29/75


Date:01/01/1962
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Okita, T.
Title:Observations of the vertical structure of a stratus cloud and radiation fogs in relation to the mechanism of drizzle formation
Publication:Tellus, XIV, 310-322
Abstract:Observations of the vertical structure of radiation fogs and a stratus cloud were made by means of a rotary droplet sampler and other techniques.
Location:1
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Record ID:29/76


Date:01/01/1990
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Ramanov, N.P.
Title:Some characteristics of fog in the center of the European USSR in October 1987
Publication:Soviet Met. Hydrol., 4, 52-56
Abstract:Results of measurements of the profiles of temperature and wind spped and the microstructure at an altitude of 312 m are presented for a long-lived fog in the center of an anticyclone.
Location:1
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Record ID:29/77


Date:04/01/1996
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Shi, C., X. Sun, J. Yang, Z. Li
Title:3D model study on fog over complex terrain-Part I: Numerical study
Publication:Acta Met. Sinica, 10, 493-506
Abstract:A three-dimensional fog model, suitable for precipitous and complex terrain, is designed containing four prognostic variables-wind speed, potential temerature, specific humidity and mixing ratio of liquid water.
Location:1
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Record ID:29/78


Date:01/01/1989
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Tremant, M.
Title:The forecasting of sea fog
Publication:Meteor. Mag., 118, 69-75
Abstract:This article contains a discussion of the various methods of sea fog forecasting, introducing expert systems to the problem.
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Record ID:29/79


Date:07/01/1990
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Volnistova, L.P., A.S. Drofa, I.O. Kurbanov
Title:Experimental study of object visibility in fog
Publication:Izv., Atmos. Oceanic Phys., 26, 524-529
Abstract:Experimental results are given for threshold condition for observers viewing a test object through an aritifical water fog.
Location:1
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Record ID:29/80


Date:02/01/1986
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Welch, R.M. B.A. Wielicki
Title:The stratocumulus nature of fog
Publication:J. Clim. Appl. Met., 25, 101-111
Abstract:Landsat Multispectral Scanner (MSS) and Thematic Mapper (TM) digital data are used to remotely sense fog properties.
Location:1
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Record ID:29/81


Date:03/01/1987
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Zakharova, I.M., L.D. Novikova
Title:Numerical model of modification of warm fogs
Publication:Sov. Met. Hydrol., 3, 15-22
Abstract:Constructured is a physiocomathermatical model of a thermal method for modification of fog with the aid of constantly operating point source of heat.
Location:1
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Record ID:29/82


Date:05/01/1992
Subject:(29) Fogs
Author:Boreux, J.J., J. Guiot
Title:A fog forecasting method in a deeply embanked valley
Publication:Atmos. Environ., 26A, 759-764
Abstract:This paper presents a statistical model used to forecast fog in the Meuse Valley in Belgium
Location:1
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Record ID:29/83


Date:09/15/1990
Subject:(29) Fogs
Author:Bott, A., U. Sievers, W. Zdunkowski
Title:A radiation fog model with a detailed treatment of the interaction between radiative transfer and fog microphysics
Publication:J. Atmos. Sci., 47, 2153-2166
Abstract:A one-dimensional radiation fog model is presented which includes a detailed description of the interaction between atmospheric radiative transfer and the microphysical structure of the fog.
Location:1
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Record ID:29/84


Date:01/01/1994
Subject:(29) Fogs
Author:Didenko, N.K, Y.N. Ivanov, Y.A. Puzov, V.V. Smirnov
Title:Experimental modelling of the arctic steam fogs
Publication:Atmos. Res., 32, 195-201
Abstract:Results of modelling of steam fogs, specific for the Arctic regions, are presented.
Location:1
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Record ID:29/85


Date:02/01/1991
Subject:(29) Fogs
Author:Duynkerke, P.G.
Title:Radiation fog: A comparison of model simulation with detailed observations
Publication:Mon. Wea. Rev., 119, 324-341
Abstract:A one-dimensional model designed to study the formation, growth, and dissipation of radiation fog is described.
Location:1
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Record ID:29/86


Date:12/01/1989
Subject:(29) Fogs
Author:Fitzjarrald, D.R., G.G. Lala
Title:Hudson Valley fog environments
Publication:J. Appl. Met., 28, 1303-1328
Abstract:Observations of 14 cases of radiation fog in the Hudson River valley in New York State are presented.
Location:1
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Record ID:29/87


Date:05/01/1992
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Fuzzi, S., M.C. Facchini, G. Orsi, J.A. Lind, W. Wobrock, M. Kessel, R. maser, W. Jaeschke, K.H. Enderle, B.G. Arends, A. Berner, I. Solly, C. Kruisz, G. Reischl, U. Kaminski, P. Winkler, J.A. Ogren, K.J. Noone, A. Hallberg, H. Fierlinger-Oberlinninger, H. Puxbaum, A. Marzorati, H.C. Hansson, A. Wiedensohler, I.B. Svenningsson, B.G. Martinsson, D. Schell, H.W. Georgii
Title:The Po Valley fog experiment 1989 - An overview
Publication:Tellus, 44B, 448-468
Abstract:An outline is presented here of the Po Valley Fog Experiment 1989, carried out within the EUROTRAC-GCE project.
Location:1
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Record ID:29/88


Date:05/01/1992
Subject:(29) Fogs
Author:Heintzenberg, J.
Title:The Po Valley Fog Experiment 1989. What have we learned, where do we go from here?
Publication:Tellus, 44B, 443-447
Abstract:In this special issue of Tellus B, results of the first of a series of joint European field campaigns concerning ground-base cloud experiment (GCE) are reported.
Location:1
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Record ID:29/89


Date:01/01/1993
Subject:(29) Fogs
Author:Kraus, H.
Title:Surface-layer fog considered using a modified Monin-Obukhov theory
Publication:Boundary-Layer Meteorol., 66, 219-235
Abstract:The Prandtl-layer concept, assuming constrant turbulent fluxes in the lowest meters or deameters of the atmosphere under horizontal homogeneous and steady-state conditions, is widely used; and it is also one of the fundamentals of Monin-Obukhov similarity theory.
Location:1
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Record ID:29/90


Date:02/01/1994
Subject:(29) Fogs
Author:Leipper, D.F.
Title:Fog on the U.S. west coast: A review
Publication:Bull. Amer. Met. Soc., 75, 229-240
Abstract:Weather forecasts and warmings are the most important services provided by the meteorological profession.
Location:1
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Record ID:29/91


Date:03/01/1991
Subject:(29) Fogs
Author:Medvedev, G.A., M.M. Nikelshparg
Title:Forecast of advection fogs in Odessa
Publication:Soviet Met. & Hydrol., No. 3, 38-44
Abstract:Various methods of alternative recognition of the Black Sea shore region carry-out fogs most frequently occuring in Odessa are applied for dianosis and forecast (forecast periods of 6 to 12 hours).
Location:1
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Record ID:29/92


Date:04/01/1989
Subject:(29) Fogs
Author:Qian, M. X. Lei
Title:A numerical study of radiation fog over the Changjiang River
Publication:Chinese J. Atmos. Sci., 14, 485-493
Abstract:A two-dimensional numerical model of radiation fog is designed to reveal the relationship between the fog over the Changjiang River, the weater surface and the complex terrains on the river banks.
Location:1
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Record ID:29/93


Date:01/01/1994
Subject:(29) Fogs
Author:Roach, W.T.
Title:Fog: Part 1 - Definitions and basic physics
Publication:Weather, 49, 411-415
Abstract:None
Location:1
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Record ID:29/94


Date:01/01/1995
Subject:(29) Fogs
Author:Roach, W.T.
Title:Fog: Part 2 - The formation and dissipation of land fog
Publication:Weather, 50, 7-11
Abstract:None
Location:1
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Record ID:29/95


Date:01/01/1995
Subject:(29) Fogs
Author:Roach, W.T.
Title:Fog: Part 3 - The formation and dissipation of sea fog
Publication:Weather, 50, 80-84
Abstract:None
Location:1
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Record ID:29/96


Date:01/01/1995
Subject:(29) Fogs
Author:Roach, W.T.
Title:Fog: Part 4 - The forecasting aspects
Publication:Weather, 50, 110-112
Abstract:None
Location:1
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Record ID:29/97


Date:01/01/1992
Subject:(29) Fogs
Author:Serpolay, R.
Title:Activation of condensation nuclei in fogs and clouds
Publication:From Nucleation and atmospheric aerosols, N. Fukuta, P.E. Wagner, Eds., A. Deepak Publishing, 137-147
Abstract:Condensation nuclei form an important part of atmospheric aerosol because they produce clouds and fogs which control the condensation/evaporation/precipitation cycle of water substance in Earth's atmosphere.
Location:1
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Record ID:29/98


Date:05/01/1992
Subject:(29) Fogs
Author:Siebert, J., A. Bott, W. Zdunkowski
Title:Influence of a vegetation-soil model on the simulation of radiation fog
Publication:Beitr. Phys. Atmosph., 65, 93-106
Abstract:The present paper investigates the influence of low vegetation on the evolution of radiation fog.
Location:1
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Record ID:29/99


Date:05/01/1992
Subject:(29) Fogs
Author:Svenningsson, I.B., H.C. Hansson, A. Wiedensohler, J.A. Ogren, K.J. Noone, A. Hallberg
Title:Hygroscopic growth of aerosol particles in the Po Valley
Publication:Tellus, 44B, 556-569
Abstract:A Tandem Differential Mobility Analyser (TDMA) was used to study the hydroscopic growth of individual ambient aerosol particles in the Po Valley, Italy.
Location:1
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Record ID:29/100


Date:05/01/1996
Subject:(29) Fogs
Author:Tag, P.M., J.E. Peak
Title:Machine learning of maritime fog forecast rules
Publication:J. Appl. Met., 35, 714-724
Abstract:In recent years, the field of artificial intelligence has contributed to the science of meteorology, most notably in the now familiar form of expert systems.
Location:1
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Record ID:29/101


Date:04/01/1995
Subject:(29) Fogs
Author:Vlasyuk, M.P., N.G. Mukii, A.A. Chernikov
Title:Artificial dispersal of supercooled fogs at airports using liquid nitrogen
Publication:Russian Met. Hydrol., 26-36
Abstract:The advantages of liquid nitrogen used as a cooling agent to dissipate supercooled fogs with the help of ground-based equipment are shown.
Location:1
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Record ID:29/102


Date:12/01/2000
Subject:(29) Fogs
Author:Cho, Y.-K., M.-O. Kim, B.-C. Kim
Title:Sea fog around the Korean peninsula
Publication:J. App. Mete. 39, II, 2473-2479
Abstract:There ar many island sations that routinely observe sea fog around the Korean peninsula.
Location:Citation Only, Full Text Not In Library
Record ID:29/103


Date:01/01/2000
Subject:(29) Fogs
Author:Jianping, H., L. Zhihua, H. Yuren, H. Yusheng
Title:A numerical study of fog in Xishuangbanna of Yunnan province
Publication:Chinese J. Atmos. Sci., 24, 219-233
Abstract:the paper proposes a three-dimensional unsteady fog model for a complicated terrain to investigate the fog genesis/lysis pattern in Xishuangbanna, which deals in detail with the factors of turbulence, long- and short-wave radiation, condensation, evaporation and gravity deposition with particular reference to the influence on the genesis/lysis of the radiative effect of the underlying surface and aerosols.
Location:1
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Record ID:29/104


Date:1999
Subject:(29) Fogs
(39) Large Eddy Simulation
Author:Clarke, J.C., C. Mitrescu, W.R. Cotton
Title:LES derived vertical velocity spectra of fog and cirrus
Publication:79th AMS Annual Meeting, Jan. 10-15 1999, Dallas, TX.
Abstract:none.
Location:reprints box 38
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Record ID:29/105


Date:10/2002
Subject:(29) Fogs
Author:Bendix, J
Title:A satellite-based climatology of fog and low-level stratus in Germany and adjacent areas
Publication:Atmos. Res., 64, 3-18
Abstract:A 10-year climatology of Germany and adjacent areas based on NOAA-Advanced Very High Resolution Radiometer (AVHRR) data, is presented.
Location:1
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Record ID:29/106


Date:10/1/2002
Subject:(29) Fogs
(2) Aerosols & Aerosols (Scavenging)
(11) Cirrus
Author:Luo, Z., W.B. Rossow, T. Inoue, C.J. Stubenrauch
Title:Did the eruption of the Mt. Pinatubo Volcano Affect Cirrus Properties
Publication:J. Climate, 15, 2806-2820
Abstract:Some observations suggest that the volcanic aerosols produced by the Mt. Pinatubo eruption may have altered cirrus.
Location:1
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Record ID:29/107


Date:11/2001
Subject:(29) Fogs
Author:Mazin, I.P.
Title:Cloud Classification According to the Phase Structure. The Cloud Phase Index
Publication:Russian Met. Hydro., 11, 1-4
Abstract:The modern classification of clouds according to their phase structure (liquid, ice, and mixed clouds) is discussed and it is shown that this classification is not informative.
Location:2
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Record ID:29/108


Date:06/2002
Subject:(29) Fogs
Author:McInnes, K.L, G.D. Hubbert, D.J. Abbs, S.E. Oliver
Title:A numerical modelling study of coastal flooding
Publication:Meteorol. Atmos. Phys., 80, 217-233
Abstract:A coastal ocean model capable of modeling tides, storm surge and the overland flow of floodwaters has been further developed to include the flux of water from tributaries and the forcing from wave breaking that leads to wave setup in nearshore zone.
Location:2
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Record ID:29/109


Date:10/15/2002
Subject:(29) Fogs
Author:Yang, Z., R.W. Arritt
Title:Tests of a Perturbed Physics Ensemble Approach for Regional Climate Modeling
Publication:J. Climate, 15, 2881-2896
Abstract:Ensemble simulations were performed with the regional climate model RegCM2 using ranges of plausible values for two parameters in the deep convection scheme.
Location:2
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Record ID:29/110


Date:11/01/2006
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Gultepe, I., M. D. Müller, Z. Boybeyi
Title:A New Visibility Parameterization for Warm-Fog Applications in Numerical Weather Prediction Models
Publication:J. Appl. Met. Climatol., 45, 1469-1480.
Abstract:The objective of this work is to suggest a new warm-fog visibility parameterization scheme for numerical weather prediction (NWP) models.
Location:http://ams.allenpress.com/perlserv/?request=get-toc&issn=1558-8432&volume=45&issue=11
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Record ID:29/111


Date:11/01/2006
Subject:(29) Fogs
(30) Fogs And Stratocumulus
Author:Gultepe, I., M. D. Müller, Z. Boybeyi
Title:A New Visibility Parameterization for Warm-Fog Applications in Numerical Weather Prediction Models
Publication:J. Appl. Met. Climatol., 45, 1469-1480.
Abstract:The objective of this work is to suggest a new warm-fog visibility parameterization scheme for numerical weather prediction (NWP) models.
Location:http://ams.allenpress.com/perlserv/?request=get-toc&issn=1558-8432&volume=45&issue=11
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Record ID:29/112


Date:08/01/2007
Subject:(29) Fogs
Author:Robert Tardif and Roy M. Rasmussen
Title:Event-Based Climatology and Typology of Fog in the New York City Region
Publication:J. Appl. Met. Clim., 46, 1141-1168.
Abstract:The character of fog in a region centered on New York City, New York, is investigated using 20 yr of historical data.
Location:http://ams.allenpress.com/perlserv/?request=get-toc&issn=1558-8432&volume=46&issue=8
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Record ID:29/113


Date:04/01/2007
Subject:(29) Fogs
Author:Bergot, Thierry, Enric Terradellas, Joan Cuxart, Antoni Mira, Olivier Liechti, Mathias Mueller, and Niels Woetmann Nielsen
Title:Intercomparison of Single-Column Numerical Models for the Prediction of Radiation Fog
Publication:Journal of Applied Meteorology and Climatology, 46, 504/521.
Abstract:The short-term forecasting of fog is a difficult issue that can have a large societal impact. Radiation fog appears in the surface boundary layer, and its evolution is driven by the interactions between the surface and lower layers of the atmosphere.
Location:2
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Record ID:29/114

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