by
Negiş, Fikri.
Format:
El Yazması
Alıntı:
Zeolite based composites in energy storage/ Negiş, Fikri.
by
Denizli, Osmancan, author.
Format:
El Yazması
Alıntı:
Modeling and controlling of hybrid energy systems with hydrogen storage/ Denizli, Osmancan, author.
by
Karakaya, Merve, author.
Format:
El Yazması
Alıntı:
Lead-free ferroelectric ceramics for energy storage and electrocaloric cooling applications/
by
Durak, Ege, author.
Format:
El Yazması
Alıntı:
Energy storage.
by
Tekneci, Gülsüm Efsun, author.
Format:
El Yazması
Alıntı:
Energy storage.
by
İşler, Tuğçe, author.
Format:
El Yazması
Alıntı:
Energy storage.
by
İpek, Onur, author.
Format:
El Yazması
Alıntı:
electric vehicles and energy storage systems. Lithium was nominated as a critical element, which means
by
Demirok, Ali Cem, author.
Format:
El Yazması
Alıntı:
for energy storage, sensing, catalysis and biomedical applications. In this thesis, electronic
by
Aslıyüce, İsmail Tunahan, author.
Format:
El Yazması
Alıntı:
Lithium-based batteries stand out as a crucial technology for energy storage. Between 2020 and 2022
by
Uğur, Turgut, author.
Format:
El Yazması
Alıntı:
as a promising energy storage technology. In the automotive industry, high-energy lithium-ion
by
Ouedraogo, Kiswendsida Elias, author.
Format:
El Yazması
Alıntı:
system. First, borehole thermal energy storage is added to the system to store the heat rejected by the
by
Belet, Yunus Emre, author.
Format:
El Yazması
Alıntı:
Zinc-air batteries are thought to be among the greatest substitutes for present energy storage
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