Add to ORKGAbstract. Thermal expansion of zirconium was investigated in the temperature ranges 350 ^ 1220 K and from 1035 ^ 1830 K in two dilatometers. The reasons for the change in the size of the sample in the phase transformation region are analysed. The obtained results are coprocessed with the available reference data. The recommended values of the thermal expansion of zirconium are given for temperatures from 350 to 1830 K.
The thermal expansion of proton-conducting materials in the BaCe0.8 - x Zr (x) Y0.2O3 - delta system...
The overall solid-to-solid phase transformation kinetics under non-isothermal conditions in Zr alloy...
The body-centered cubic to hexagonal close-packed transformations in titanium and zirconium have bee...
This paper presents experimental results on the thermophysical properties of relatively pure polycry...
This paper presents experimental results on the thermophysical properties of relatively pure polycry...
Six thermophysical properties of both solid and liquid zirconium measured using the high-temperature...
Six thermophysical properties of both solid and liquid zirconium measured using the high-temperature...
Zirconium alloys are routinely used as materials in the nuclear industry due to the low absorption o...
Zirconium alloys are routinely used as materials in the nuclear industry due to the low absorption o...
Zirconium alloys are routinely used as materials in the nuclear industry due to the low absorption o...
Zirconium alloys are routinely used as materials in the nuclear industry due to the low absorption o...
Thermal expansion analysis is applied to the study of phase segregation of Zr2Al4C5 at elevated temp...
Thermal expansion coefficients (a, and a,) in two crystallo-graphic axes (a and c) of the tetragonal...
Abstract. An electrical pulse current of 3 ^ 5 kA during 3 ^ 5 ms was used to heat zirconium tapes o...
The thermal expansion behavior of 13 members of ABO<SUB>4</SUB> compounds of the zircon family is ex...
The thermal expansion of proton-conducting materials in the BaCe0.8 - x Zr (x) Y0.2O3 - delta system...
The overall solid-to-solid phase transformation kinetics under non-isothermal conditions in Zr alloy...
The body-centered cubic to hexagonal close-packed transformations in titanium and zirconium have bee...
This paper presents experimental results on the thermophysical properties of relatively pure polycry...
This paper presents experimental results on the thermophysical properties of relatively pure polycry...
Six thermophysical properties of both solid and liquid zirconium measured using the high-temperature...
Six thermophysical properties of both solid and liquid zirconium measured using the high-temperature...
Zirconium alloys are routinely used as materials in the nuclear industry due to the low absorption o...
Zirconium alloys are routinely used as materials in the nuclear industry due to the low absorption o...
Zirconium alloys are routinely used as materials in the nuclear industry due to the low absorption o...
Zirconium alloys are routinely used as materials in the nuclear industry due to the low absorption o...
Thermal expansion analysis is applied to the study of phase segregation of Zr2Al4C5 at elevated temp...
Thermal expansion coefficients (a, and a,) in two crystallo-graphic axes (a and c) of the tetragonal...
Abstract. An electrical pulse current of 3 ^ 5 kA during 3 ^ 5 ms was used to heat zirconium tapes o...
The thermal expansion behavior of 13 members of ABO<SUB>4</SUB> compounds of the zircon family is ex...
The thermal expansion of proton-conducting materials in the BaCe0.8 - x Zr (x) Y0.2O3 - delta system...
The overall solid-to-solid phase transformation kinetics under non-isothermal conditions in Zr alloy...
The body-centered cubic to hexagonal close-packed transformations in titanium and zirconium have bee...