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In the current study easy method to synthesize C12A7 particles with cubicmorphology was investigated for the application of Transparent Conducting Oxidelayer in thinfilm solar cell. By self-combustion method with proper amount ofurea addition, cubic and foamy structures of C12A7 were achieved at 950 {\deg}Cand at 510 {\deg}C respectively. Pure C12A7 formation confirmed by P-XRD andgrowth mechanism of the cubes was also understood by SEM and FT-IR analysis.Further the band gap was measured 3.07 eV in case of 510 {\deg}C and 3.32 eV incase of 950 {\deg}C synthesized particles with the help of UV-Vis analysis.During PL single sharp peaks at 399 nm noticed which indicates less defectiveC12A7 at 950 {\deg}C, confirmed by XRD having more crystallinity and lessstrain. No trap state or radiative recombination observed in case of C12A7synthesized at 950 {\deg}C sample. Conductivity from conductometry titrationmethod was found to be 9.223 mS at 26.3 {\deg}C and 747.33 mS at 26.4 {\deg}Cfor 510 {\deg}C and 950 {\deg}C synthesized samples respectively.

Non-conventional porous 12CaO7Al2O3 Transparent Oxide Semiconductor: A Journey from foams to cubes