Akman, F. Et Al. 2023. Feasibility of a novel shield of nuclear radiation with W–Ni–Fe–Co and La–Bi alloys alternative to Pb and ordinary concrete absorbers. Progress in Nuclear Energy , vol.156 .

Akman, F., Kilicoglu, Ö., & Agar, O., (2023). Feasibility of a novel shield of nuclear radiation with W–Ni–Fe–Co and La–Bi alloys alternative to Pb and ordinary concrete absorbers. Progress in Nuclear Energy , vol.156.

Akman, F., ÖZGE KILIÇOĞLU MEHMETCİK, And O. Agar. "Feasibility of a novel shield of nuclear radiation with W–Ni–Fe–Co and La–Bi alloys alternative to Pb and ordinary concrete absorbers," Progress in Nuclear Energy , vol.156, 2023

Akman, F. Et Al. "Feasibility of a novel shield of nuclear radiation with W–Ni–Fe–Co and La–Bi alloys alternative to Pb and ordinary concrete absorbers." Progress in Nuclear Energy , vol.156, 2023

Akman, F. Kilicoglu, Ö. And Agar, O. (2023) . "Feasibility of a novel shield of nuclear radiation with W–Ni–Fe–Co and La–Bi alloys alternative to Pb and ordinary concrete absorbers." Progress in Nuclear Energy , vol.156.

@article{article, author={F. Akman Et Al. }, title={Feasibility of a novel shield of nuclear radiation with W–Ni–Fe–Co and La–Bi alloys alternative to Pb and ordinary concrete absorbers}, journal={Progress in Nuclear Energy}, year=2023}