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Denizli, Osmancan, author.
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Modeling and controlling of hybrid energy systems with hydrogen storage/ Denizli, Osmancan, author.
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Karakaya, Merve, author.
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Lead-free ferroelectric ceramics for energy storage and electrocaloric cooling applications/
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Demirok, Ali Cem, author.
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for energy storage, sensing, catalysis and biomedical applications. In this thesis, electronic
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Aslıyüce, İsmail Tunahan, author.
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Lithium-based batteries stand out as a crucial technology for energy storage. Between 2020 and 2022
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Begar, Ferit, author.
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, and recently, they have attracted significant interest in energy storage applications due to their
by
Tan, Fırat, author.
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memories, capacitors, gate insulators, energy storage, high-frequency modulation in communication devices.
by
Recepoğlu, Yaşar Kemal, author.
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The demand for lithium (Li) is increasing by its pivotal role in energy storage and transportation
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Şimşek, Gizem, author.
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, including gas storage, separation, catalysis, and, more recently, energy storage systems. In this regard, it
by
Ramazan, Beste, author.
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campuses with their high energy demand are one of the most important application areas for renewable energy
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Gerçek Şen, Mümine, author.
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temperature-sensitive products, ensuring optimal storage conditions and mitigating temperature variations during
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Özsavaşcı, Umut, author.
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generations. The thesis aims to reduce energy consumption and improve occupants’ comfort while paying
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Yoldaş, İrem Selen, author.
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considered to mitigate these issues: a robust power grid, energy storage, and wind power forecasting. Optimal
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