BOOKS - TECHNICAL SCIENCES - Thermoelectrics Design and Materials
Thermoelectrics Design and Materials - HoSung Lee 2016 PDF Wiley BOOKS TECHNICAL SCIENCES
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Thermoelectrics Design and Materials
Author: HoSung Lee
Year: 2016
Format: PDF
File size: 79 MB
Language: ENG



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It provides a thorough understanding of the fundamental physics of thermoelectric phenomena and how they can be applied to practical problems. Book Description: Thermoelectrics: Design and Materials Author: HoSung Lee 2016 Wiley Summary: Thermoelectrics: Design and Materials is a comprehensive guide to the fundamental principles of thermoelectric phenomena and their applications in energy conversion and electronic temperature control. The book provides a thorough understanding of the physics behind thermoelectricity and offers insights into recent developments and design strategies of materials and devices. It covers the basic physical principles of thermoelectricity, including the theory of thermoelectric figures of merit, and discusses the most recent advances in materials science and device engineering. The book begins with an introduction to the history of thermoelectricity, its importance in modern technology, and the challenges faced by researchers in the field. It then delves into the fundamental principles of thermoelectricity, including the Seebeck effect, Peltier effect, and the Zener effect. The author explains how these effects are used in energy conversion and electronic temperature control, highlighting the advantages and limitations of each principle. Next, the book explores the various materials and designs used in thermoelectric devices, such as semiconductors, metals, and ceramics.
Он обеспечивает полное понимание фундаментальной физики термоэлектрических явлений и того, как они могут быть применены к практическим задачам. Thermoelectrics: Design and Materials Author: HoSung e 2016 Wiley Summary: Thermoelectrics: Design and Materials - это всеобъемлющее руководство по фундаментальным принципам термоэлектрических явлений и их применению в преобразовании энергии и электронном регулировании температуры. Книга дает полное понимание физики термоэлектричества и предлагает понимание последних разработок и стратегий проектирования материалов и устройств. Он охватывает основные физические принципы термоэлектричества, включая теорию термоэлектрических показателей качества, и обсуждает самые последние достижения в области материаловедения и приборостроения. Книга начинается с введения в историю термоэлектричества, его значение в современных технологиях и проблемы, с которыми сталкиваются исследователи в этой области. Затем он углубляется в фундаментальные принципы термоэлектричества, включая эффект Зеебека, эффект Пельтье и эффект Зенера. Автор объясняет, как эти эффекты используются в преобразовании энергии и электронном контроле температуры, подчеркивая преимущества и ограничения каждого принципа. Далее в книге рассматриваются различные материалы и конструкции, используемые в термоэлектрических устройствах, таких как полупроводники, металлы и керамика.
Fornisce una piena comprensione della fisica di base dei fenomeni termoelettrici e di come essi possono essere applicati alle attività pratiche. Termoelectrics: Design and Materials Author: HoSung e 2016 Wiley Summary: Termoelectrics: Design and Materials è una guida completa ai principi fondamentali dei fenomeni termoelettrici e alla loro applicazione nella trasformazione dell'energia e nella regolazione elettronica della temperatura. Il libro offre una piena comprensione della fisica termoelettrica e offre comprensione degli ultimi sviluppi e strategie di progettazione di materiali e dispositivi. Esso comprende i principi fisici di base della termoelettrica, inclusa la teoria degli indicatori termoelettrici di qualità, e discute i progressi più recenti nel campo della scienza dei materiali e della strumentazione. Il libro inizia con l'introduzione alla storia della termoelettrica, il suo significato nelle tecnologie moderne e i problemi che i ricercatori in questo campo devono affrontare. Poi si approfondisce nei principi fondamentali della termoelettrica, tra cui l'effetto Zeebeck, l'effetto Peltier e l'effetto Zener. L'autore spiega come questi effetti vengono utilizzati nella conversione dell'energia e nel controllo elettronico della temperatura, sottolineando i vantaggi e i limiti di ogni principio. Il libro descrive diversi materiali e progetti utilizzati in dispositivi termoelettrici come semiconduttori, metalli e ceramiche.
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これは、熱電現象の基礎物理学の完全な理解を提供し、どのように実用的な問題に適用することができます。Thermoelectrics: Design and Materials Author: HoSung e 2016 Wiley Summary: Thermoelectrics: Design and Materialsは、熱電現象の基本原理とエネルギー変換と電子温度制御における応用に関する包括的なガイドです。この本は熱電の物理を完全に理解し、材料やデバイスの最新の開発と設計戦略についての洞察を提供します。これは、熱電品質指標の理論を含む熱電性の基本的な物理的原理をカバーし、材料科学と計装の最新の進歩について議論しています。本書は、熱電の歴史、近代技術における意義、そして研究者が直面している課題を紹介することから始まります。その後、ゼーベック効果、ペルティエ効果、ゼナー効果など、熱電性の基本原理を掘り下げます。著者は、これらの効果がエネルギー変換と電子温度制御でどのように使用されるかを説明し、各原理の利点と限界を強調しています。この本では、半導体、金属、セラミックスなどの熱電デバイスで使用される様々な材料や構造について説明します。

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