Jan Kleissl - Academia.edu (original) (raw)

Papers by Jan Kleissl

Research paper thumbnail of Clear sky irradiances using REST2 and MODIS

Research paper thumbnail of Cloud motion and stability estimation for intra-hour solar forecasting

Research paper thumbnail of Large-eddy simulation of a diurnal cycle of the atmospheric boundary layer: Atmospheric stability and scaling issues

Research paper thumbnail of Intra-hour forecasting with a total sky imager at the UC San Diego solar energy testbed

Research paper thumbnail of Sensing & Measurement Disturbed optical waves conserve water

Research paper thumbnail of From High Overhead

Research paper thumbnail of Remote Sensing Disturbed optical waves conserve water

Research paper thumbnail of Power Output Analysis of Photovoltaic Systems in San Diego County

Research paper thumbnail of ENERGY DISPATCH SCHEDULE OPTMIZATION IN GRID-CONNECTED, PHOTOVOLTAIC-BATTERY SYSTEMS: A COST-BENEFIT ANALYSIS FOR DEMAND SIDE APPLICATIONS

Research paper thumbnail of DERIVING CLOUD MOTION VECTORS FROM A PV POWER PLANT ON-SITE SENSORS

Research paper thumbnail of Improved Solar Power Forecasting Using Cloud Assimilation into WRF

Research paper thumbnail of Assessment of the METRIC model in the estimation of instantaneous values of sensible and latent heat fluxes over a drip-irrigated Merlot vineyard using Landsat images

Research paper thumbnail of 2013 ISES Solar World Congress Minimizing the Lead-Acid Battery Bank Capacity through a Solar PV-Wind Turbine Hybrid System for a high-altitude village in the Nepal Himalayas

Research paper thumbnail of PERCEPTION OF AIR POLLUTION AND COMFORT IN THE URBAN ENVIRONMENT

Research paper thumbnail of Applicability of Taylor's hypothesis to atmospheric boundary layer field measurements of subgrid-scale stresses

Research paper thumbnail of EFFECTS OF STABILITY AND FILTER SIZE ON MODEL COEFFICIENTS AND INTERMITTENCY OF SUBFILTER FLUXES IN THE ATMOSPHERIC BOUNDARY LAYER

... the Smagorinsky coefficient, which is typically prescribed empirically and must be reduced by... more ... the Smagorinsky coefficient, which is typically prescribed empirically and must be reduced by a damping function close to the wall (Mason, 1994). This model as well as more advanced versions, which determine the coefficient dynamically during the simulation (Porté-Agel et al. ...

Research paper thumbnail of Statistical Analysis of subfilter-scale model coefficients from measurements in the atmospheric surface layer

Research paper thumbnail of A-priori study of the scale-dependent dynamic model from HATS field data: Effects of measurement height and atmospheric stability

Research paper thumbnail of Source Attribution of Aerosols during the Baltimore PM Supersite in 2002 from Lidar, a Turbulence Sensor, and Back-Trajectory Analysis

ABSTRACT During the Baltimore PM Supersite experiment highly time and size resolved concentration... more ABSTRACT During the Baltimore PM Supersite experiment highly time and size resolved concentrations of urban PM2.5 and its constituents were collected year round in 2002. Intensive measurement periods were conducted in the spring (March/April) and summer (July 1 - August 15). During those periods a backscatter lidar and a 3D sonic anemometer turbulence sensor provided information on vertical extent of the mixed layer, turbulence characteristics in the mixed layer, and entrainment dynamics. These data together with back trajectory calculations and radiosonde soundings allow good descriptions of the aerosol constituents and source attribution. A total of eleven high PM episodes are analyzed. The Canadian forest fire smoke event of July 6 - 8 is captured in great detail and other exemplary events for coastal air pollution are presented.

Research paper thumbnail of Ozone-CO relationships in plumes carrying North American pollution and boreal biomass burning emissions through the central North Atlantic lower free troposphere

North American anthropogenic activities and biomass burning are both significant sources of nitro... more North American anthropogenic activities and biomass burning are both significant sources of nitrogen oxides emissions. Recent studies have indicated changes in the NOx\ to CO emission ratio in U.S. urban regions, and amplified response to global climate change in boreal regions is expected to result (and may already have resulted) in increased frequency of large boreal fires. The PICO-NARE mountaintop

Research paper thumbnail of Clear sky irradiances using REST2 and MODIS

Research paper thumbnail of Cloud motion and stability estimation for intra-hour solar forecasting

Research paper thumbnail of Large-eddy simulation of a diurnal cycle of the atmospheric boundary layer: Atmospheric stability and scaling issues

Research paper thumbnail of Intra-hour forecasting with a total sky imager at the UC San Diego solar energy testbed

Research paper thumbnail of Sensing & Measurement Disturbed optical waves conserve water

Research paper thumbnail of From High Overhead

Research paper thumbnail of Remote Sensing Disturbed optical waves conserve water

Research paper thumbnail of Power Output Analysis of Photovoltaic Systems in San Diego County

Research paper thumbnail of ENERGY DISPATCH SCHEDULE OPTMIZATION IN GRID-CONNECTED, PHOTOVOLTAIC-BATTERY SYSTEMS: A COST-BENEFIT ANALYSIS FOR DEMAND SIDE APPLICATIONS

Research paper thumbnail of DERIVING CLOUD MOTION VECTORS FROM A PV POWER PLANT ON-SITE SENSORS

Research paper thumbnail of Improved Solar Power Forecasting Using Cloud Assimilation into WRF

Research paper thumbnail of Assessment of the METRIC model in the estimation of instantaneous values of sensible and latent heat fluxes over a drip-irrigated Merlot vineyard using Landsat images

Research paper thumbnail of 2013 ISES Solar World Congress Minimizing the Lead-Acid Battery Bank Capacity through a Solar PV-Wind Turbine Hybrid System for a high-altitude village in the Nepal Himalayas

Research paper thumbnail of PERCEPTION OF AIR POLLUTION AND COMFORT IN THE URBAN ENVIRONMENT

Research paper thumbnail of Applicability of Taylor's hypothesis to atmospheric boundary layer field measurements of subgrid-scale stresses

Research paper thumbnail of EFFECTS OF STABILITY AND FILTER SIZE ON MODEL COEFFICIENTS AND INTERMITTENCY OF SUBFILTER FLUXES IN THE ATMOSPHERIC BOUNDARY LAYER

... the Smagorinsky coefficient, which is typically prescribed empirically and must be reduced by... more ... the Smagorinsky coefficient, which is typically prescribed empirically and must be reduced by a damping function close to the wall (Mason, 1994). This model as well as more advanced versions, which determine the coefficient dynamically during the simulation (Porté-Agel et al. ...

Research paper thumbnail of Statistical Analysis of subfilter-scale model coefficients from measurements in the atmospheric surface layer

Research paper thumbnail of A-priori study of the scale-dependent dynamic model from HATS field data: Effects of measurement height and atmospheric stability

Research paper thumbnail of Source Attribution of Aerosols during the Baltimore PM Supersite in 2002 from Lidar, a Turbulence Sensor, and Back-Trajectory Analysis

ABSTRACT During the Baltimore PM Supersite experiment highly time and size resolved concentration... more ABSTRACT During the Baltimore PM Supersite experiment highly time and size resolved concentrations of urban PM2.5 and its constituents were collected year round in 2002. Intensive measurement periods were conducted in the spring (March/April) and summer (July 1 - August 15). During those periods a backscatter lidar and a 3D sonic anemometer turbulence sensor provided information on vertical extent of the mixed layer, turbulence characteristics in the mixed layer, and entrainment dynamics. These data together with back trajectory calculations and radiosonde soundings allow good descriptions of the aerosol constituents and source attribution. A total of eleven high PM episodes are analyzed. The Canadian forest fire smoke event of July 6 - 8 is captured in great detail and other exemplary events for coastal air pollution are presented.

Research paper thumbnail of Ozone-CO relationships in plumes carrying North American pollution and boreal biomass burning emissions through the central North Atlantic lower free troposphere

North American anthropogenic activities and biomass burning are both significant sources of nitro... more North American anthropogenic activities and biomass burning are both significant sources of nitrogen oxides emissions. Recent studies have indicated changes in the NOx\ to CO emission ratio in U.S. urban regions, and amplified response to global climate change in boreal regions is expected to result (and may already have resulted) in increased frequency of large boreal fires. The PICO-NARE mountaintop