Hekmat, F. Et Al. 2020. Biomass-derived wearable energy storage systems based on poplar tree-cotton fibers coupled with binary nickel-cobalt nanostructures. SUSTAINABLE ENERGY & FUELS , vol.4, no.2 , 643-654.

Hekmat, F., ÜNALAN, H. E., & Shahrokhian, S., (2020). Biomass-derived wearable energy storage systems based on poplar tree-cotton fibers coupled with binary nickel-cobalt nanostructures. SUSTAINABLE ENERGY & FUELS , vol.4, no.2, 643-654.

Hekmat, Farzaneh, HÜSNÜ EMRAH ÜNALAN, And Saeed Shahrokhian. "Biomass-derived wearable energy storage systems based on poplar tree-cotton fibers coupled with binary nickel-cobalt nanostructures," SUSTAINABLE ENERGY & FUELS , vol.4, no.2, 643-654, 2020

Hekmat, Farzaneh Et Al. "Biomass-derived wearable energy storage systems based on poplar tree-cotton fibers coupled with binary nickel-cobalt nanostructures." SUSTAINABLE ENERGY & FUELS , vol.4, no.2, pp.643-654, 2020

Hekmat, F. ÜNALAN, H. E. And Shahrokhian, S. (2020) . "Biomass-derived wearable energy storage systems based on poplar tree-cotton fibers coupled with binary nickel-cobalt nanostructures." SUSTAINABLE ENERGY & FUELS , vol.4, no.2, pp.643-654.

@article{article, author={Farzaneh Hekmat Et Al. }, title={Biomass-derived wearable energy storage systems based on poplar tree-cotton fibers coupled with binary nickel-cobalt nanostructures}, journal={SUSTAINABLE ENERGY & FUELS}, year=2020, pages={643-654} }