Abstract
The study of atmospheric stability inside containments with a heated layer of liquid comprised derivation of the boundary condition for stable atmospheric stratifications and the experimental validation of the boundary condition for stable atmospheric stratification. This report includes description of the model for stirred aerosol deposition and the calculation results for maximum aerodynamic diameter of a confined aerosol remaining just well-stirred.
Vate, J.F. van de
[1]
- Netherlands Energy Research Foundation, Petten (Netherlands)
Citation Formats
Vate, J.F. van de.
Atmospheric stability inside containments with a heated layer of liquid on the floor.
IAEA: N. p.,
1977.
Web.
Vate, J.F. van de.
Atmospheric stability inside containments with a heated layer of liquid on the floor.
IAEA.
Vate, J.F. van de.
1977.
"Atmospheric stability inside containments with a heated layer of liquid on the floor."
IAEA.
@misc{etde_20136236,
title = {Atmospheric stability inside containments with a heated layer of liquid on the floor}
author = {Vate, J.F. van de}
abstractNote = {The study of atmospheric stability inside containments with a heated layer of liquid comprised derivation of the boundary condition for stable atmospheric stratifications and the experimental validation of the boundary condition for stable atmospheric stratification. This report includes description of the model for stirred aerosol deposition and the calculation results for maximum aerodynamic diameter of a confined aerosol remaining just well-stirred.}
place = {IAEA}
year = {1977}
month = {Jan}
}
title = {Atmospheric stability inside containments with a heated layer of liquid on the floor}
author = {Vate, J.F. van de}
abstractNote = {The study of atmospheric stability inside containments with a heated layer of liquid comprised derivation of the boundary condition for stable atmospheric stratifications and the experimental validation of the boundary condition for stable atmospheric stratification. This report includes description of the model for stirred aerosol deposition and the calculation results for maximum aerodynamic diameter of a confined aerosol remaining just well-stirred.}
place = {IAEA}
year = {1977}
month = {Jan}
}