R. A. A. Babat Et Al. , "EVALUATION OF A NOVEL TWO-PHASE CLOSED THERMOSYPHON SYSTEM UTILIZING NiFe2O4/DW, Fe3O4/DW, Fe2O3/DW MAGNETIC NANOFLUIDS," HEAT TRANSFER RESEARCH , no.12, pp.15-37, 2023
Babat, R. A. A. Et Al. 2023. EVALUATION OF A NOVEL TWO-PHASE CLOSED THERMOSYPHON SYSTEM UTILIZING NiFe2O4/DW, Fe3O4/DW, Fe2O3/DW MAGNETIC NANOFLUIDS. HEAT TRANSFER RESEARCH , no.12 , 15-37.
Babat, R. A. A., SÖZEN, A., & Cakir, M. T., (2023). EVALUATION OF A NOVEL TWO-PHASE CLOSED THERMOSYPHON SYSTEM UTILIZING NiFe2O4/DW, Fe3O4/DW, Fe2O3/DW MAGNETIC NANOFLUIDS. HEAT TRANSFER RESEARCH , no.12, 15-37.
Babat, Rand, ADNAN SÖZEN, And Mutlu Tarik Cakir. "EVALUATION OF A NOVEL TWO-PHASE CLOSED THERMOSYPHON SYSTEM UTILIZING NiFe2O4/DW, Fe3O4/DW, Fe2O3/DW MAGNETIC NANOFLUIDS," HEAT TRANSFER RESEARCH , no.12, 15-37, 2023
Babat, Rand A. Et Al. "EVALUATION OF A NOVEL TWO-PHASE CLOSED THERMOSYPHON SYSTEM UTILIZING NiFe2O4/DW, Fe3O4/DW, Fe2O3/DW MAGNETIC NANOFLUIDS." HEAT TRANSFER RESEARCH , no.12, pp.15-37, 2023
Babat, R. A. A. SÖZEN, A. And Cakir, M. T. (2023) . "EVALUATION OF A NOVEL TWO-PHASE CLOSED THERMOSYPHON SYSTEM UTILIZING NiFe2O4/DW, Fe3O4/DW, Fe2O3/DW MAGNETIC NANOFLUIDS." HEAT TRANSFER RESEARCH , no.12, pp.15-37.
@article{article, author={Rand Ahmed Adeeb Babat Et Al. }, title={EVALUATION OF A NOVEL TWO-PHASE CLOSED THERMOSYPHON SYSTEM UTILIZING NiFe2O4/DW, Fe3O4/DW, Fe2O3/DW MAGNETIC NANOFLUIDS}, journal={HEAT TRANSFER RESEARCH}, year=2023, pages={15-37} }