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新書推薦： 《 甲骨文丛书·剑桥世界暴力史（第一卷）：史前和古代世界（套装全2册） 》 售價：NT$ 959.0 《 甲骨文丛书·中华早期帝国：秦汉史的重估 》 售價：NT$ 1367.0 《 欲望与家庭小说 》 售價：NT$ 449.0 《 惜华年（全两册） 》 售價：NT$ 320.0 《 甲骨文丛书·古代中国的军事文化 》 售價：NT$ 454.0 《 中国王朝内争实录（套装全4册）：从未见过的王朝内争编著史 》 售價：NT$ 1112.0 《 半导体纳米器件：物理、技术和应用 》 售價：NT$ 806.0 《 创客精选项目设计与制作 第2版 刘笑笑 颜志勇 严国陶 》 售價：NT$ 281.0

內容簡介： 本书以翔实的材料，首先概述国内外能源现状和能源政策，接着全面展示了可再生能源和新能源发电的种类和特点：系统地介绍了太阳能、生物质能、水能、风能、地热能、海洋能、氢能以及核能的资源特性、利用原理、应用技术和前景。同时也介绍了传统能源的新近概况，用煤发电的新技术，石油、天然油的新用途和开发问题。最后本书讨论了中国的电力体制改革及用电安全，能源与环境以及节能等问题。本书围绕新能源和可再生能源为中心，概括了电力生产的主要过程，介绍了新能源发电技术与电力生产的新动态。 目錄： 前言 Unit 1　Nuclear Power Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 2　Solar Energy Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 3　Water Energy Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 4　Wind Energy Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 5　Geothermal Energy Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 6　The Tidal Power Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 7　Wave Power Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 8　OTEC Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 9　Bioenergy Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 10　MHD Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 11　Gas Turbine Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 12　Power Transmission Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 13　Smart Grid Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 14　Energy Storage Part One：Reading Part Two：Skills of Translation Part Three：Assignments Unit 15　Environment and Security Part One：Reading Part Two：Skills of Translation Part Three：Assignments Keys to Exercises References 內容試閱： History of Fusion Energy Research The fusion process has been studied in order to understand nuclear matter and forces，to learn more about the nuclear physics of stellar objects，and to develop thermonuclear weapons．During the late 1940s and early1950s，research programs in the United States，United Kingdom，and the Soviet Union began to yield a better understanding of nuclear fusion，and investigators embarked on ways of exploiting the process for practical energy production．Fusion reactor research focused primarily on using magnetic fields and electromagnetic forces to contain the extremely hot plasmas needed for thermonuclear fusion． Researchers soon found，however，that it is exceedingly difficult to contain plasmas at fusion reaction temperatures because the hot gases tend to expand and escape from the enclosing magnetic structure．Plasma physics theory in the 1950s was incapable of describing the behaviour of the plasmas in many of the early magnetic confinement systems． The undeniable potential benefits of practical fusion energy led to an increasing call for international cooperation．American，British，and Soviet Unions fusion programs were strictly classified until 1958，when most of their research programs were made public at the Second Geneva Conference on the Peaceful Uses of Atomic Energy，sponsored by the United Nations．Since that time，fusion research has been characterized by international collaboration．In addition，scientists have also continued to study and measure fusion reactions between the lighter elements so as to arrive at a more accurate determination of reaction rates．The formulas developed by nuclear physicists for predicting the rate of fusion energy generation have been adopted by astrophysicists to derive new information about the structure and evolution of stars． Work on the other major approach to fusion energy，inertial confinement fusion（ICF），was begun in the early 1960s．The initial idea was proposed in 1961，only a year after the reported invention of the laser，in a then-classified proposal to employ large pulses of laser energy（which no one then quite knew how to achieve）to implode and shock-heat matter to temperatures at which nuclear fusion would proceed vigorously．Aspects of inertial confinement fusion were declassified in the 1970s and，especially，i the early 1990s to reveal important aspects of the design of the targets containing fusion fuels．Very painstaking and sophisticated work to design and develop short-pulse，high-power lasers and suitable millimetre-sized targets continues，and significant progress has been made． Although practical fusion reactors have not been built yet，the necessary conditions of plasma temperature and heat insulation have been largely achieved，suggesting that fusion energy for electric-power production is now a serious possibility．Commercial fusion reactors promise an inexhaustible source of electricity for countries worldwide．

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