The basic importance of the use of inert gas in the space between insulating glasses is its lower thermal conductivity, i.e. the ability to provide greater resistance to heat transfer. Simply put, the inert gasses (argon, krypton, xenon) have this property because in principle their molecules do not create in structure among themselves or with particles from other gasses and strictly occur in monomolecular arrangements, which significantly reduces the transfer of kinetic energy between the molecules, which is the driving force of heat. The paper analyses the variabilities of the heat transfer coefficient of Ug glasses depending on changes in the concentration of inert gases and the width of the space between insulating glasses.
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