YAŞAR, M. Et Al. 2023. Effect of Particle Size Distribution and Complex Refraction Index of Alumina on Infrared Rocket Plume Signatures. Combustion Science and Technology , vol.195, no.14 , 3232-3247.

YAŞAR, M., Ozen, G., SELÇUK, N., & KÜLAH, G., (2023). Effect of Particle Size Distribution and Complex Refraction Index of Alumina on Infrared Rocket Plume Signatures. Combustion Science and Technology , vol.195, no.14, 3232-3247.

YAŞAR, MEHMET Et Al. "Effect of Particle Size Distribution and Complex Refraction Index of Alumina on Infrared Rocket Plume Signatures," Combustion Science and Technology , vol.195, no.14, 3232-3247, 2023

YAŞAR, MEHMET Et Al. "Effect of Particle Size Distribution and Complex Refraction Index of Alumina on Infrared Rocket Plume Signatures." Combustion Science and Technology , vol.195, no.14, pp.3232-3247, 2023

YAŞAR, M. Et Al. (2023) . "Effect of Particle Size Distribution and Complex Refraction Index of Alumina on Infrared Rocket Plume Signatures." Combustion Science and Technology , vol.195, no.14, pp.3232-3247.

@article{article, author={MEHMET YAŞAR Et Al. }, title={Effect of Particle Size Distribution and Complex Refraction Index of Alumina on Infrared Rocket Plume Signatures}, journal={Combustion Science and Technology}, year=2023, pages={3232-3247} }