Rawaid Ali, A. Et Al. 2023. Temperatures- and Pressure-Dependent Thermostructural Properties of Ti2AlC MAX-Phase Using Quasi-Harmonic Debye Approximation. Glass Physics and Chemistry , vol.49, no.5 , 493-502.

Rawaid Ali, A., Shafi, M., Khan, M., Ali, S., Huang, T., Ibrar, M., ... Song, P.(2023). Temperatures- and Pressure-Dependent Thermostructural Properties of Ti2AlC MAX-Phase Using Quasi-Harmonic Debye Approximation. Glass Physics and Chemistry , vol.49, no.5, 493-502.

Rawaid Ali, Ali Et Al. "Temperatures- and Pressure-Dependent Thermostructural Properties of Ti2AlC MAX-Phase Using Quasi-Harmonic Debye Approximation," Glass Physics and Chemistry , vol.49, no.5, 493-502, 2023

Rawaid Ali, Ali R. Et Al. "Temperatures- and Pressure-Dependent Thermostructural Properties of Ti2AlC MAX-Phase Using Quasi-Harmonic Debye Approximation." Glass Physics and Chemistry , vol.49, no.5, pp.493-502, 2023

Rawaid Ali, A. Et Al. (2023) . "Temperatures- and Pressure-Dependent Thermostructural Properties of Ti2AlC MAX-Phase Using Quasi-Harmonic Debye Approximation." Glass Physics and Chemistry , vol.49, no.5, pp.493-502.

@article{article, author={Ali Rawaid Ali Et Al. }, title={Temperatures- and Pressure-Dependent Thermostructural Properties of Ti2AlC MAX-Phase Using Quasi-Harmonic Debye Approximation}, journal={Glass Physics and Chemistry}, year=2023, pages={493-502} }