YILDIRIM, M. A. Et Al. 2019. H2S GAS SENSING PROPERTIES OF THE V2O5 SENSORS WITH NANOPLATE STRUCTURE DEPOSITED BY HYDROTHERMAL METHOD. MAS INTERNATIONAL CONFERENCEON MATHEMATICS-ENGINEERING-NATURALMEDICAL SCIENCES-V .

YILDIRIM, M. A., TUNA YILDIRIM, S., KARADEMİR, M., ÇAĞIRTEKİN, A. O., ATEŞ, A., & ACAR, S., (2019). H2S GAS SENSING PROPERTIES OF THE V2O5 SENSORS WITH NANOPLATE STRUCTURE DEPOSITED BY HYDROTHERMAL METHOD . MAS INTERNATIONAL CONFERENCEON MATHEMATICS-ENGINEERING-NATURALMEDICAL SCIENCES-V

YILDIRIM, MEMET Et Al. "H2S GAS SENSING PROPERTIES OF THE V2O5 SENSORS WITH NANOPLATE STRUCTURE DEPOSITED BY HYDROTHERMAL METHOD," MAS INTERNATIONAL CONFERENCEON MATHEMATICS-ENGINEERING-NATURALMEDICAL SCIENCES-V, 2019

YILDIRIM, MEMET A. Et Al. "H2S GAS SENSING PROPERTIES OF THE V2O5 SENSORS WITH NANOPLATE STRUCTURE DEPOSITED BY HYDROTHERMAL METHOD." MAS INTERNATIONAL CONFERENCEON MATHEMATICS-ENGINEERING-NATURALMEDICAL SCIENCES-V , 2019

YILDIRIM, M. A. Et Al. (2019) . "H2S GAS SENSING PROPERTIES OF THE V2O5 SENSORS WITH NANOPLATE STRUCTURE DEPOSITED BY HYDROTHERMAL METHOD." MAS INTERNATIONAL CONFERENCEON MATHEMATICS-ENGINEERING-NATURALMEDICAL SCIENCES-V .

@conferencepaper{conferencepaper, author={MEMET ALİ YILDIRIM Et Al. }, title={H2S GAS SENSING PROPERTIES OF THE V2O5 SENSORS WITH NANOPLATE STRUCTURE DEPOSITED BY HYDROTHERMAL METHOD}, congress name={MAS INTERNATIONAL CONFERENCEON MATHEMATICS-ENGINEERING-NATURALMEDICAL SCIENCES-V}, city={}, country={}, year={2019}}