Thermal Conductivity Of Glasses Research Articles

“Glassy” low-temperature thermal properties in crystalline superconducting ZrNb alloys

The general characteristics of the specific heat and thermal conductivity of glasses have been found in a quenched single crystal of superconducting ZrNb(20%). From consideration of the diffusionless dynamical fluctuations between the ω and β atomic configurations of the ZrNb alloy, an atomic tunneling picture at low temperatures is proposed. The degree of these “glassy” properties decreases in a quenched ZrNb(8%) crystal and also in the annealed ZrNb(20%) sample. These changes are explained by the formation of large ω domains, which do not favor rapid tunneling motion.

Random-network model, density fluctuation, and thermal conductivity of glasses

A phonon scattering mechanism based on the structure of amorphous solids is proposed. Employing two adjustable parameters this mechanism accounts for the thermal conductivity of vitreous SiO 2 and GeO 2 at temperatures below 100°K.

The effect of electric and magnetic fields on the thermal conductivity of glass at low temperatures

Measurements of the electric field dependence of the phonon scattering in vitreous silica indicate that the energy levels of the localized modes generally presumed to contribute to phonon scattering at low temperatures are independent of electric field to a high degree. The thermal conductivity of soda lime glass doped with Fe2+ ions in octahedral sites was found to be independent of magnetic field to a comparable degree. This provides a lower limit to the distortion at the Fe2+ site.

Determination of the coefficient of thermal conductivity of glass and polymer fibers

Determination of the coefficient of thermal conductivity of glass and polymer fibers

The Effect of an Electric Field on the Thermal Conductivity of Glass

The Effect of an Electric Field on the Thermal Conductivity of Glass

Thermal Conductivity of Glasses at Low Temperatures

Thermal Conductivity of Glasses at Low Temperatures

燒入硝子、水晶、熔融水晶、ベークライト、ゴム、石炭、イソライト、素燒板、スレート、花崗岩及び大理石の熱傳導率

燒入硝子、水晶、熔融水晶、ベークライト、ゴム、石炭、イソライト、素燒板、スレート、花崗岩及び大理石の熱傳導率

The Thermal Conductivity of Glass, Chilled Glass, Quarz, Fused Quarz (Transparent), Bakelite, India-rubber, Coal, Isolite, Porcelain, Slate, Granite and Marble

The Thermal Conductivity of Glass, Chilled Glass, Quarz, Fused Quarz (Transparent), Bakelite, India-rubber, Coal, Isolite, Porcelain, Slate, Granite and Marble

Thermal Conductivity of Glass and Sand

Thermal Conductivity of Glass and Sand