The thermal conductivity of ? uranium between 5 and 100 K

Galvanomagnetic effects in anisotropic metals

“…This is the ~0 transformation observed at about 43°K (Hall and Lee 1971), and believed to be associated with an electronic rearrangement (Marples 1970) and perhaps even with some kind of magnetic ordering (Fournier 1970). Although it is not a major interest here, it has been the motivation for numerous studies--galvanomagnetic ones included--and is the source of anomalous behaviour in numerous physical parameters (Marples 1970 andCrangle andTemporal 1973, give recent lists).…”

“…These consist of the extension of the earlier measurements of the resistivity by Arajs, Flora and Anderson (1970) into the range 295-1370°K, thus giving data for a certain sample over the range 2-1370°K, which encompasses the ~, fi and ~-phases. Hall and Lee (1971), in the course of a study of the thermal conductivity, measured the resistivity of a sample over the range 0.9-10O°K. 5.33.…”

Combined ab initio and empirical model of the thermal conductivity of uranium, uranium-zirconium, and uranium-molybdenum

“…Since 1970, the main experimental data has been reported by Takahashi et al. [11], Hall et al [12], and Kaity et al [13]. While there is extensive experimental data on the thermal conductivity of α-U, a physics-based computational model that includes the fundamental factors contributing to the thermal conductivity of α-U under different temperature conditions has not been established.…”

“…of Appendix III), and show some dramatic errors below about 300K for Tyler et al's data [10] and below about 100K for Hall et al's data[12]. These issues are discussed respectively in Section 4.3.…”

“…The curves with different colors represent the calculated thermal conductivity along different crystallographic directions. The experimental thermal conductivity data were obtained from the following references:[10][11][12][13]50,53,54].…”