Maraş, M. M. Et Al. 2025. Production and Test Procedures for In-Situ Mars Concrete Research: A Case Study for On-ground Mars Constructions in Jezero Crater According to MEDA Data from 2020 Perseverance Mars Rover. ADVANCES IN SPACE RESEARCH , vol.1, no.2 , 1-19.

Maraş, M. M., Ateş, A., & Alagöz, B. B., (2025). Production and Test Procedures for In-Situ Mars Concrete Research: A Case Study for On-ground Mars Constructions in Jezero Crater According to MEDA Data from 2020 Perseverance Mars Rover. ADVANCES IN SPACE RESEARCH , vol.1, no.2, 1-19.

Maraş, MÜSLÜM, ABDULLAH ATEŞ, And BARIŞ BAYKANT ALAGÖZ. "Production and Test Procedures for In-Situ Mars Concrete Research: A Case Study for On-ground Mars Constructions in Jezero Crater According to MEDA Data from 2020 Perseverance Mars Rover," ADVANCES IN SPACE RESEARCH , vol.1, no.2, 1-19, 2025

Maraş, MÜSLÜM M. Et Al. "Production and Test Procedures for In-Situ Mars Concrete Research: A Case Study for On-ground Mars Constructions in Jezero Crater According to MEDA Data from 2020 Perseverance Mars Rover." ADVANCES IN SPACE RESEARCH , vol.1, no.2, pp.1-19, 2025

Maraş, M. M. Ateş, A. And Alagöz, B. B. (2025) . "Production and Test Procedures for In-Situ Mars Concrete Research: A Case Study for On-ground Mars Constructions in Jezero Crater According to MEDA Data from 2020 Perseverance Mars Rover." ADVANCES IN SPACE RESEARCH , vol.1, no.2, pp.1-19.

@article{article, author={MÜSLÜM MURAT MARAŞ Et Al. }, title={Production and Test Procedures for In-Situ Mars Concrete Research: A Case Study for On-ground Mars Constructions in Jezero Crater According to MEDA Data from 2020 Perseverance Mars Rover}, journal={ADVANCES IN SPACE RESEARCH}, year=2025, pages={1-19} }