Table 1.

Extracted thermoelectric parameters from the available public literature for thermally sprayed thermoelectric materials. The data were extracted from Ref 109, 113-121, 125, 126, 130, 133, 134

T, C	Year	Material and author published	Seebeck coefficient, µV/K	Resistivity, 10−3 Ω cm	Thermal conductivity, W/m K	ZT
27	1996	Schilz et al. FeSi2 APS As-sprayed	180	4.55E + 01	1.5	1.43E-02
27	1996	Schilz et al. FeSi2 APS heat treated	180	5.00E + 01	4.5	4.32E-03
27	1996	Schilz et al. FeSi2 HIP	165	1.00E + 01	4.9	1.67E-02
27	1998	Schilz et al. FeSi2-Co2% CAPS	275	4.55E + 01	4.5	1.11E-02
27	1998	Schilz et al. FeSi2-Co5% CAPS	195	1.82E + 01	3.5	1.79E-02
27	1998	Tsutsumi et al. FeSi2-Co2% HIP	245	1.72E + 01	8.0	1.31E-02
27	1998	Ueno et al. FeSi2-Co5% CAPS	200	1.00E + 01	4.5	2.67E-02
27	1998	Ueno et al. FeSi2-Co5% HIP	165	8.00E + 00	4.8	2.13E-02
500	1998	Ueno et al. FeSi2-Co5% CAPS	215	6.25E + 00	3.8	1.50E-01
500	1998	Ueno et al. FeSi2-Co5% HIP	180	6.67E + 00	5.5	6.83E-02
27	1999	Huang FeSi2-Co5% HVOF JP5000	180	1.67E + 01	4.0	1.46E-02
27	2007	Sodeoka et al. Ca,Bi Cobaltite CAPS	150	2.40E + 01	1.9	1.50E-02
27	2007	Sodeoka et al. Sr,Y Titanate CAPS	155	8.00E + 03	11.0	1.00E-05
27	2013	Longtin et al. MgSi2 APS 01	55	1.11E + 04	3.8	2.15E-06
27	2013	Longtin et al. MgSi2 APS 02	78	1.43E + 04	4.0	3.19E-06
27	2014	Fu et al. Mg2Si APS 01	20	9.09E + 01	3.8	3.47E-05
27	2013	Fu et al. Mg2Si APS 02	550	1.67E + 04	2.0	2.72E-04
477	2017	H. Lee et al. TiO2-x APS	230	1.82E + 01	1.7	1.32E-01
600	2019	H. Lee et al. Ca2Co2O5 APS 1	5	2.00E + 04	2.1	5.20E-08
600	2019	H. Lee et al. Ca2Co2O5 APS 2	5	2.00E + 04	2.1	5.20E-08
600	2019	H. Lee et al. Ca2Co2O5 APS 3	700	2.00E + 04	2.1	1.02E-03
600	2019	H. Lee et al. Ca2Co2O5 APS 1—annealed	195	1.00E + 01	1.4	2.37E-01
600	2019	H. Lee et al. Ca2Co2O5 APS 2—annealed	175	2.08E + 01	2.4	5.35E-02
600	2019	H. Lee et al. Ca2Co2O5 APS 3—annealed	175	2.50E + 01	2.4	4.46E-02