Computational study of protactinium incorporation effects in Th and Th compounds

Low-temperature enhanced figure of merit of ThSixP1-x and prospects for thermoelectric energy performance

“…Utilization of TEMs for heat transformation in light of thermal energy into various other forms of energy is of huge interest in domestic and industrial technology, ranging from heat generators, refrigerators, transportation, and clean nuclear energy. The possible materialsbased alternative resources for harnessing clean energy hold great potential in hydrogen storage applications [8][9][10], clean nuclear energy technology [11][12][13][14][15][16][17], solar and wind energy [18], thermoelectricity [18][19][20][21][22], and so on. In this context, TEMs hold great promise owing to their potential for efficient features of thermal energy conversion into electricity when subjected to temperature gradient.…”