Data provide the computed particle temperature of various materials along the distance z in comparison with published data in the work by Djebali et al. [7].
Description of the table:
column 1: axial position measured by the distance from the torch exit z (m),
column 2: computed particle temperature of the particle made of Al_2O_3,
column 3: axial position measured by the distance from the torch exit z (m),
column 4: computed particle temperature of the particle made of iron,
column 5: axial position measured by the distance from the torch exit z (m),
column 6: computed particle temperature of the particle made of ZrO_2(dense),
column 7: axial position measured by the distance from the torch exit z (m),
column 8: computed particle temperature of the particle made of ZrO_2(porous),
column 9: axial position measured by the distance from the torch exit z (m),
column 10: particle temperature of the particle made of Al_2O_3 from literature,
column 11: axial position measured by the distance from the torch exit z (m),
column 12: particle temperature of the particle made of iron from literature,
column 13: axial position measured by the distance from the torch exit z (m),
column 14: particle temperature of the particle made of ZrO_2(dense) from literature,
column 15: axial position measured by the distance from the torch exit z (m),
column 16: particle temperature of the particle made of ZrO_2(porous) from literature.