Understanding the process by which snow vaporizes without melting helps explain many interesting phenomena. This paper reviews the sublimation mechanism, examining the transfer of heat to the snow, and the water vapor transfer from snow to the surrounding air. As examples, sublimation from a snowpack, from snow on trees, and from drifting snow, each involves this same balance of heat and water vapor transfer between snow and air
Physically-based models describing the flow of blowing snow are developed and presented. The models ...
Dry snow metamorphism, involved in several topics related to cryospheric sciences, is mainly linked ...
This thesis is an in-depth treatment of water vapor transport in snowpacks and its impacts on snow s...
When solids are heated they generally pass into a liquid and then into a gaseous state. Solids may, ...
Sublimation from the seasonal snowpack was calculated using the aerodynamic pro®le method at Niwot R...
International audienceAbstract. Heat transport in snowpacks is understood to occur through the two p...
International audienceWater vapor transport in dry snowpacks plays a significant role for snow metam...
A description of various heat and vapor transfer properties of snow and a discussion of the various ...
The evaporation (sublimation) of ice and snow has a major impact on global climate, since the amount...
blowing snow1 snow chemis'ql polar snow1 glaciersl wet deposition / nitratel sulphatel wind-blo...
The process of heat transfer in snow is important in such fields of snow science as snow avalanches,...
International audienceIn alpine terrain, snow sublimation represents an important component of the w...
Heat and mass transport by an air and water-vapour mixture (pore air) in snow due to thermal convect...
Insufficient understanding of winter hydrology conditions still hampers progress in predicting sprin...
Physically-based models describing the flow of blowing snow are developed and presented. The models ...
Dry snow metamorphism, involved in several topics related to cryospheric sciences, is mainly linked ...
This thesis is an in-depth treatment of water vapor transport in snowpacks and its impacts on snow s...
When solids are heated they generally pass into a liquid and then into a gaseous state. Solids may, ...
Sublimation from the seasonal snowpack was calculated using the aerodynamic pro®le method at Niwot R...
International audienceAbstract. Heat transport in snowpacks is understood to occur through the two p...
International audienceWater vapor transport in dry snowpacks plays a significant role for snow metam...
A description of various heat and vapor transfer properties of snow and a discussion of the various ...
The evaporation (sublimation) of ice and snow has a major impact on global climate, since the amount...
blowing snow1 snow chemis'ql polar snow1 glaciersl wet deposition / nitratel sulphatel wind-blo...
The process of heat transfer in snow is important in such fields of snow science as snow avalanches,...
International audienceIn alpine terrain, snow sublimation represents an important component of the w...
Heat and mass transport by an air and water-vapour mixture (pore air) in snow due to thermal convect...
Insufficient understanding of winter hydrology conditions still hampers progress in predicting sprin...
Physically-based models describing the flow of blowing snow are developed and presented. The models ...
Dry snow metamorphism, involved in several topics related to cryospheric sciences, is mainly linked ...
This thesis is an in-depth treatment of water vapor transport in snowpacks and its impacts on snow s...