Ice as a solid phase of water is an interesting but still not well understood medium. Our photochemical group utilized chemical and spectroscopic tools to acquire information relevant to the environmental and applied science. In the introduction I would like to stress some important facts on ice and frozen aqueous solutions stemmed from our work. Still opened question, that we are trying to answer by the ESEM, is where and at what forms are the impurities located after the freezing. The recently published results from the pilot collaboration with Dr. Neděla’s group will be detailed
International audienceFor some materials containing dispersed water such as emulsions, clouds, veget...
Impurities in polar ice cores have been studied so far mainlyfor the purpose ofreconstructions of pa...
In frozen aqueous NaCl, the liquid phase (LP) should coexist with ice at temperatures between the me...
Many important chemical reactions occur in polar snow, where solutes may be present in several reser...
Many important chemical reactions occur in polar snow, where solutes may be present in several rese...
Understanding the microstructure of ice underpins the interpretation of ice-core measurements and ma...
Determining the microphysical location of impurities in natural ice from the polar regions is necess...
Liquid-like regions (LLRs) are found at the surfaces and grain boundaries of ice and as inclusions w...
Natural ice and snow accumulate and concentrate significant amounts of impurities that can be stored...
In supercooled aqueous solutions, ice nucleation is the initial stage of the freezing process. In th...
The freezing of aqueous solutions and reciprocal distribution of ice and a freeze-concentrated solut...
Studying ice chemistry may not sound very exciting - after all, isn't ice just frozen water? Almost...
DoctorIce chemistry is relatively new research area and it has attracted a lot of scientific interes...
Impurities in polar ice cores have been studied so far mainly for the purpose of reconstructions of ...
From a drastic decrease in the phosphorescence lifetime of tryptophan residues buried in compact rig...
International audienceFor some materials containing dispersed water such as emulsions, clouds, veget...
Impurities in polar ice cores have been studied so far mainlyfor the purpose ofreconstructions of pa...
In frozen aqueous NaCl, the liquid phase (LP) should coexist with ice at temperatures between the me...
Many important chemical reactions occur in polar snow, where solutes may be present in several reser...
Many important chemical reactions occur in polar snow, where solutes may be present in several rese...
Understanding the microstructure of ice underpins the interpretation of ice-core measurements and ma...
Determining the microphysical location of impurities in natural ice from the polar regions is necess...
Liquid-like regions (LLRs) are found at the surfaces and grain boundaries of ice and as inclusions w...
Natural ice and snow accumulate and concentrate significant amounts of impurities that can be stored...
In supercooled aqueous solutions, ice nucleation is the initial stage of the freezing process. In th...
The freezing of aqueous solutions and reciprocal distribution of ice and a freeze-concentrated solut...
Studying ice chemistry may not sound very exciting - after all, isn't ice just frozen water? Almost...
DoctorIce chemistry is relatively new research area and it has attracted a lot of scientific interes...
Impurities in polar ice cores have been studied so far mainly for the purpose of reconstructions of ...
From a drastic decrease in the phosphorescence lifetime of tryptophan residues buried in compact rig...
International audienceFor some materials containing dispersed water such as emulsions, clouds, veget...
Impurities in polar ice cores have been studied so far mainlyfor the purpose ofreconstructions of pa...
In frozen aqueous NaCl, the liquid phase (LP) should coexist with ice at temperatures between the me...