A method for calculating the critical point parameters of metals on the basis of a generalised van-der-Waals equation was worked out with data on the liquid phase density and the heats of vaporisation of these metals. The critical parameters of a series of refractory metals (titanium, zirconium, hafnium, vanadium, niobium, tantalum, molybdenum, tungsten, rhenium, rhodium, iridium, platinum, uranium, thorium) were calculated. The reliability of the calculated results is verified by the agreement between the calculated values of the critical parameters and the corresponding experimental values for mercury, caesium, and rubidium. The calculated values of the critical temperature of refractory metals agree satisfactorily with values obtained on...
By the example of molybdenum, the detailed correlation investigation between the volume thermal expa...
By the example of molybdenum, the detailed correlation investigation between the volume thermal expa...
Morel, V. Bultel, A. Cheron, B. G.The critical temperature, T (c), of metals is a fundamental point ...
A method for calculating the critical point parameters of metals on the basis of a generalised van-d...
A method for determining generalized van der Waals equation parameters from experimental data on liq...
A method for determining generalized van der Waals equation parameters from experimental data on liq...
There the paper purposes are to obtain the new data about high-temperature physical properties of re...
The workgroup of subsecond thermophysics in Graz has a long tradition in performing fast pulseheatin...
The workgroup of subsecond thermophysics in Graz has a long tradition in performing fast pulseheatin...
The workgroup of subsecond thermophysics in Graz has a long tradition in performing fast pulseheatin...
[[abstract]]The binary phase diagrams of several refractory metals such as Ta, W, Tc, and Re with th...
The objective of this study was to investigate the possibility of representing specific heat capacit...
The objective of this study was to investigate the possibility of representing specific heat capacit...
Abstract. An analysis of isobaric expansion data for the liquid phase of refractory metals is pre-se...
Subject of investigation: pure metals, binary and multi-component metal alloys. Purpose: study of th...
By the example of molybdenum, the detailed correlation investigation between the volume thermal expa...
By the example of molybdenum, the detailed correlation investigation between the volume thermal expa...
Morel, V. Bultel, A. Cheron, B. G.The critical temperature, T (c), of metals is a fundamental point ...
A method for calculating the critical point parameters of metals on the basis of a generalised van-d...
A method for determining generalized van der Waals equation parameters from experimental data on liq...
A method for determining generalized van der Waals equation parameters from experimental data on liq...
There the paper purposes are to obtain the new data about high-temperature physical properties of re...
The workgroup of subsecond thermophysics in Graz has a long tradition in performing fast pulseheatin...
The workgroup of subsecond thermophysics in Graz has a long tradition in performing fast pulseheatin...
The workgroup of subsecond thermophysics in Graz has a long tradition in performing fast pulseheatin...
[[abstract]]The binary phase diagrams of several refractory metals such as Ta, W, Tc, and Re with th...
The objective of this study was to investigate the possibility of representing specific heat capacit...
The objective of this study was to investigate the possibility of representing specific heat capacit...
Abstract. An analysis of isobaric expansion data for the liquid phase of refractory metals is pre-se...
Subject of investigation: pure metals, binary and multi-component metal alloys. Purpose: study of th...
By the example of molybdenum, the detailed correlation investigation between the volume thermal expa...
By the example of molybdenum, the detailed correlation investigation between the volume thermal expa...
Morel, V. Bultel, A. Cheron, B. G.The critical temperature, T (c), of metals is a fundamental point ...