M. C. KÜÇÜKARSLAN Et Al. , "Chemical stability of MXOY (M=Ti, Si, Zn, Al) coated VO2 nanorods against athmospheric oxidation," Turkish Physical Society 35th International Physics Congress , 2019
KÜÇÜKARSLAN, M. C. Et Al. 2019. Chemical stability of MXOY (M=Ti, Si, Zn, Al) coated VO2 nanorods against athmospheric oxidation. Turkish Physical Society 35th International Physics Congress .
KÜÇÜKARSLAN, M. C., COŞKUN, M., & DUYAR COŞKUN, Ö., (2019). Chemical stability of MXOY (M=Ti, Si, Zn, Al) coated VO2 nanorods against athmospheric oxidation . Turkish Physical Society 35th International Physics Congress
KÜÇÜKARSLAN, MUHAMMED, MUSTAFA COŞKUN, And ÖZLEM DUYAR COŞKUN. "Chemical stability of MXOY (M=Ti, Si, Zn, Al) coated VO2 nanorods against athmospheric oxidation," Turkish Physical Society 35th International Physics Congress, 2019
KÜÇÜKARSLAN, MUHAMMED C. Et Al. "Chemical stability of MXOY (M=Ti, Si, Zn, Al) coated VO2 nanorods against athmospheric oxidation." Turkish Physical Society 35th International Physics Congress , 2019
KÜÇÜKARSLAN, M. C. COŞKUN, M. And DUYAR COŞKUN, Ö. (2019) . "Chemical stability of MXOY (M=Ti, Si, Zn, Al) coated VO2 nanorods against athmospheric oxidation." Turkish Physical Society 35th International Physics Congress .
@conferencepaper{conferencepaper, author={MUHAMMED CİHAD KÜÇÜKARSLAN Et Al. }, title={Chemical stability of MXOY (M=Ti, Si, Zn, Al) coated VO2 nanorods against athmospheric oxidation}, congress name={Turkish Physical Society 35th International Physics Congress}, city={}, country={}, year={2019}}