istinad formatı
EXTRUDED MATERIAL BASED ON BI<sub>0.85</sub>SB<sub>0.15</sub> FOR THERMOELECTRIC CONVERTERS

M. Tagiyev Et Al. , "EXTRUDED MATERIAL BASED ON BI0.85SB0.15 FOR THERMOELECTRIC CONVERTERS," RUSSIAN PHYSICS JOURNAL , vol.64, no.9, pp.1592-1598, 2022

Tagiyev, M. Et Al. 2022. EXTRUDED MATERIAL BASED ON BI0.85SB0.15 FOR THERMOELECTRIC CONVERTERS. RUSSIAN PHYSICS JOURNAL , vol.64, no.9 , 1592-1598.

Tagiyev, M., Abdinova, G. D., & Barkhalov, B. S., (2022). EXTRUDED MATERIAL BASED ON BI0.85SB0.15 FOR THERMOELECTRIC CONVERTERS. RUSSIAN PHYSICS JOURNAL , vol.64, no.9, 1592-1598.

Tagiyev, Mayıl, G. D. Abdinova, And B. Sh Barkhalov. "EXTRUDED MATERIAL BASED ON BI0.85SB0.15 FOR THERMOELECTRIC CONVERTERS," RUSSIAN PHYSICS JOURNAL , vol.64, no.9, 1592-1598, 2022

Tagiyev, Mayıl Et Al. "EXTRUDED MATERIAL BASED ON BI0.85SB0.15 FOR THERMOELECTRIC CONVERTERS." RUSSIAN PHYSICS JOURNAL , vol.64, no.9, pp.1592-1598, 2022

Tagiyev, M. Abdinova, G. D. And Barkhalov, B. S. (2022) . "EXTRUDED MATERIAL BASED ON BI0.85SB0.15 FOR THERMOELECTRIC CONVERTERS." RUSSIAN PHYSICS JOURNAL , vol.64, no.9, pp.1592-1598.

@article{article, author={Mayıl Tağıyev Et Al. }, title={EXTRUDED MATERIAL BASED ON BI0.85SB0.15 FOR THERMOELECTRIC CONVERTERS}, journal={RUSSIAN PHYSICS JOURNAL}, year=2022, pages={1592-1598} }