By using the study of the lattice energy and the structural parameters of binary inorganic crystals, a new parameter reflecting the thermal expansion property has been found, the relation between the linear expansion coefficient and new parameter has been established. A semiempirical method for evaluation of linear expansion coefficient from the lattice energy is presented, and developed to the complex crystals. The estimated values of the linear expansion coefficients of both simple and complex crystals are in good agreement with the experimental values
The lattice parameters and linear thermal expansion coefficients a and c of multinary 2 ZnX x Cu...
Measurement of temperature dependence of coefficients of linear expansion of brass, steel and glass....
The thermal properties of ionic crystals are analysed using the variational principle of classical s...
The thermal expansion coefficient of inorganic compounds has been estimated by using Ruffa's method,...
Chemistry Department, Lucknow University, Lucknow-226 007 Manuscript received 8 September 1982, rev...
From investigation of some possible relationships between the lattice energy, —Uo, of some metals an...
From investigation of some possible relationships between the lattice energy, —Uo, of some metals an...
An expression for the coefficient of linear expansion of a linear lattice is obtained by using the t...
The relation between the lattice energies and the bulk moduli on binary inorganic crystals was studi...
J. K. Roberts (1) has been the first one to measure the thermal expansion coefficient of Bismuth sin...
This study will mainly concern itself with the relationships between atomic structure and thermal ex...
In this pure theoretical study, a hitherto unexplored equation based on Shannon radii of the ions fo...
Thermal expansion is historically reported as an average coefficient to estimate the change in dimen...
<p>Thermal expansion coefficient of Cr<sup>3+</sup>∶ MgMoO<sub>4</sub> crystal.</p
GRONEISEN') has first derived an expression of the coefficient a of thermal expansion, i. e., a...
The lattice parameters and linear thermal expansion coefficients a and c of multinary 2 ZnX x Cu...
Measurement of temperature dependence of coefficients of linear expansion of brass, steel and glass....
The thermal properties of ionic crystals are analysed using the variational principle of classical s...
The thermal expansion coefficient of inorganic compounds has been estimated by using Ruffa's method,...
Chemistry Department, Lucknow University, Lucknow-226 007 Manuscript received 8 September 1982, rev...
From investigation of some possible relationships between the lattice energy, —Uo, of some metals an...
From investigation of some possible relationships between the lattice energy, —Uo, of some metals an...
An expression for the coefficient of linear expansion of a linear lattice is obtained by using the t...
The relation between the lattice energies and the bulk moduli on binary inorganic crystals was studi...
J. K. Roberts (1) has been the first one to measure the thermal expansion coefficient of Bismuth sin...
This study will mainly concern itself with the relationships between atomic structure and thermal ex...
In this pure theoretical study, a hitherto unexplored equation based on Shannon radii of the ions fo...
Thermal expansion is historically reported as an average coefficient to estimate the change in dimen...
<p>Thermal expansion coefficient of Cr<sup>3+</sup>∶ MgMoO<sub>4</sub> crystal.</p
GRONEISEN') has first derived an expression of the coefficient a of thermal expansion, i. e., a...
The lattice parameters and linear thermal expansion coefficients a and c of multinary 2 ZnX x Cu...
Measurement of temperature dependence of coefficients of linear expansion of brass, steel and glass....
The thermal properties of ionic crystals are analysed using the variational principle of classical s...