Add to ORKGThe homogeneous nucleation of water vapor is investigated in different thermal diffusion cloud chamber using different principles of rate measurements. The wetting problem of the inner plate surfaces was solved and counting methods optimized. The study covered the range of nucleation rates and the isotherm ranging from 290 K to 320 K. The results show a nice agreement oh the three highest nucleation isotherms and a systematic shift of the lowest isotherm
Homogeneous nucleation of water is investigated in argon and in nitrogen at about 240 K and 0.1 MPa,...
We have developed a flow diffusion nucleation chamber designed to quantitatively investigate the nuc...
The homogeneous freezing of water is of fundamental importance to a number of fields, including that...
Homogeneous nucleation rates of water at temperature between 240 and 270 K were measured in a lamina...
The temperature variation of the critical supersaturation for water vapor has been measured using a ...
An expansion cloud chamber was used to measure the homogeneous nucleation rate for water over a wide...
Nucleation is an integral part of phase transitions and plays an important role in technology. The c...
Homogeneous nucleation rates for water vapor in synthetic air are measured by means of a Pulse-Expan...
In the existing theories of homogeneous nucleation it is accustomed to consider that a concentration...
An expansion type cloud chamber was used to measure the nucleation rate of water vapor in an atmosph...
Diffusion cloud chambers (DCC) h ave frequently been employed when investigating homogeneous nucleat...
A piston-typo expansion cloud chamber, capable of producing short pulses of nucleation, was used to ...
Homogeneous nucleation of water is investigated in argon and in nitrogen at about 240 K and 0.1 MPa,...
In the experiment we studied water-sulphuric acid binary homogeneous nucleation in laminar flow cham...
Homogeneous nucleation rates of water droplets were measured at a nucleation temperature close to 24...
Homogeneous nucleation of water is investigated in argon and in nitrogen at about 240 K and 0.1 MPa,...
We have developed a flow diffusion nucleation chamber designed to quantitatively investigate the nuc...
The homogeneous freezing of water is of fundamental importance to a number of fields, including that...
Homogeneous nucleation rates of water at temperature between 240 and 270 K were measured in a lamina...
The temperature variation of the critical supersaturation for water vapor has been measured using a ...
An expansion cloud chamber was used to measure the homogeneous nucleation rate for water over a wide...
Nucleation is an integral part of phase transitions and plays an important role in technology. The c...
Homogeneous nucleation rates for water vapor in synthetic air are measured by means of a Pulse-Expan...
In the existing theories of homogeneous nucleation it is accustomed to consider that a concentration...
An expansion type cloud chamber was used to measure the nucleation rate of water vapor in an atmosph...
Diffusion cloud chambers (DCC) h ave frequently been employed when investigating homogeneous nucleat...
A piston-typo expansion cloud chamber, capable of producing short pulses of nucleation, was used to ...
Homogeneous nucleation of water is investigated in argon and in nitrogen at about 240 K and 0.1 MPa,...
In the experiment we studied water-sulphuric acid binary homogeneous nucleation in laminar flow cham...
Homogeneous nucleation rates of water droplets were measured at a nucleation temperature close to 24...
Homogeneous nucleation of water is investigated in argon and in nitrogen at about 240 K and 0.1 MPa,...
We have developed a flow diffusion nucleation chamber designed to quantitatively investigate the nuc...
The homogeneous freezing of water is of fundamental importance to a number of fields, including that...