Низькотемпературні неорганічні термоелектричні телуридні матеріали р-типу: огляд
DOI:
https://doi.org/10.63527/1607-8829-2026-2-58-90Ключові слова:
термоелектричні матеріали, телуридні термоелектричні матеріали, низькотемпературна термоелектрика, відновлювана енергіяАнотація
Відновлювані джерела енергії на основі термоелектричних (ТЕ) матеріалів будуть критично важливими для вирішення енергетичних криз та задоволення зростаючого світового попиту в майбутньому. Такі матеріали мають багато переваг для використання в генерації електроенергії, охолодженні та нагріванні, а модулі з таких матеріалів здатні виробляти корисну електрику з різних джерел відпрацьованого тепла, які працюють у різних температурних діапазонах. Наша увага зосереджена на неорганічних термоелектричних телуридних матеріалах (ТЕТ) p-типу, які є ефективними за температур, близьких до кімнатної. Цей огляд починається з фундаментального розуміння термоелектричних матеріалів, методів їхнього синтезу та передових стратегій підвищення характеристик. Низькотемпературні ТЕ матеріали на основі халькогенідних телуридів відіграють надзвичайно важливу роль і забезпечують основу, а також перспективу для майбутніх застосувань. Насамкінець, ми узагальнюємо виклики та майбутні перспективи для неорганічних ТЕ матеріалів.
Посилання
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