An instrumented sample holder was developed for time-lapse microtomography of snow samples to enable in situ nondestructive spatial and temporal measurements under controlled advective airflows, temperature gradients, and air humidities. The design was aided by computational fluid dynamics simulations to evaluate the airflow uniformity across the snow sample. Morphological and mass transport properties were evaluated during a 4-day test run. This instrument allows the experimental characterization of metamorphism of snow undergoing structural changes with time.ISSN:2193-0856ISSN:2193-086
Surfaces exposed to atmospheric cold temperature and humid environments are prone to ice accretion. ...
The study of snow processes is imperative to understanding the effects of precipitation in a mountai...
Fluorescent Particle Tracking Velocimetry (FPTV) measurements of the pore-scale water flow through t...
Snow at or close to the surface commonly undergoes temperature gradient metamorphism under advective...
Snow at or close to the surface commonly undergoes temperature gradient metamorphism under advective...
Snow is a highly porous medium consisting of an ice matrix and porous space containing water vapor. ...
We performed X-ray microtomographic observations of wet-snow metamorphism during controlled continuo...
International audienceRepresenting snow equi-temperature metamorphism (ETM) is key to model the evol...
We carried out a study to monitor the time evolution of microstructural and physical properties of s...
The structural anisotropy of snow characterizes the spatially anisotropic distribution of the ice an...
International audienceA simple physical model describing the temperature-gradient metamorphism of sn...
The main objective of the thesis is to improve our knowledge about dry snow metamorphismand its phys...
The deposition of light-absorbing particles (LAPs) such as mineral dust and black carbon on snow is ...
Drifting snow is a multi-scale process. It is composed of particles rolling and sliding along the su...
Chemical and physical processes, such as heterogeneous chemical reactions, light scattering, and met...
Surfaces exposed to atmospheric cold temperature and humid environments are prone to ice accretion. ...
The study of snow processes is imperative to understanding the effects of precipitation in a mountai...
Fluorescent Particle Tracking Velocimetry (FPTV) measurements of the pore-scale water flow through t...
Snow at or close to the surface commonly undergoes temperature gradient metamorphism under advective...
Snow at or close to the surface commonly undergoes temperature gradient metamorphism under advective...
Snow is a highly porous medium consisting of an ice matrix and porous space containing water vapor. ...
We performed X-ray microtomographic observations of wet-snow metamorphism during controlled continuo...
International audienceRepresenting snow equi-temperature metamorphism (ETM) is key to model the evol...
We carried out a study to monitor the time evolution of microstructural and physical properties of s...
The structural anisotropy of snow characterizes the spatially anisotropic distribution of the ice an...
International audienceA simple physical model describing the temperature-gradient metamorphism of sn...
The main objective of the thesis is to improve our knowledge about dry snow metamorphismand its phys...
The deposition of light-absorbing particles (LAPs) such as mineral dust and black carbon on snow is ...
Drifting snow is a multi-scale process. It is composed of particles rolling and sliding along the su...
Chemical and physical processes, such as heterogeneous chemical reactions, light scattering, and met...
Surfaces exposed to atmospheric cold temperature and humid environments are prone to ice accretion. ...
The study of snow processes is imperative to understanding the effects of precipitation in a mountai...
Fluorescent Particle Tracking Velocimetry (FPTV) measurements of the pore-scale water flow through t...