M. Özçelik And N. B. Sağ, "OPTIMUM WORKING FLUID SELECTION OF TLC-ORC COMBINED POWER SYSTEM," 3rd International Conference on Innovative Studies of Contemporary Sciences (TOKYO SUMMIT - 3) , Tokyo, Japan, pp.375-382, 2021
Özçelik, M. And Sağ, N. B. 2021. OPTIMUM WORKING FLUID SELECTION OF TLC-ORC COMBINED POWER SYSTEM. 3rd International Conference on Innovative Studies of Contemporary Sciences (TOKYO SUMMIT - 3) , (Tokyo, Japan), 375-382.
Özçelik, M., & Sağ, N. B., (2021). OPTIMUM WORKING FLUID SELECTION OF TLC-ORC COMBINED POWER SYSTEM . 3rd International Conference on Innovative Studies of Contemporary Sciences (TOKYO SUMMIT - 3) (pp.375-382). Tokyo, Japan
Özçelik, Mehmet, And Nagihan Bilir Sağ. "OPTIMUM WORKING FLUID SELECTION OF TLC-ORC COMBINED POWER SYSTEM," 3rd International Conference on Innovative Studies of Contemporary Sciences (TOKYO SUMMIT - 3), Tokyo, Japan, 2021
Özçelik, Mehmet And Sağ, Nagihan B. . "OPTIMUM WORKING FLUID SELECTION OF TLC-ORC COMBINED POWER SYSTEM." 3rd International Conference on Innovative Studies of Contemporary Sciences (TOKYO SUMMIT - 3) , Tokyo, Japan, pp.375-382, 2021
Özçelik, M. And Sağ, N. B. (2021) . "OPTIMUM WORKING FLUID SELECTION OF TLC-ORC COMBINED POWER SYSTEM." 3rd International Conference on Innovative Studies of Contemporary Sciences (TOKYO SUMMIT - 3) , Tokyo, Japan, pp.375-382.
@conferencepaper{conferencepaper, author={Mehmet Özçelik And author={Nagihan Bilir Sağ}, title={OPTIMUM WORKING FLUID SELECTION OF TLC-ORC COMBINED POWER SYSTEM}, congress name={3rd International Conference on Innovative Studies of Contemporary Sciences (TOKYO SUMMIT - 3)}, city={Tokyo}, country={Japan}, year={2021}, pages={375-382} }