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所在平台: Udemy |
课程主页: https://www.udemy.com/course/is-hydrogen-better-than-gasoline/
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**课程名称：氢能是否优于汽油？未来燃料、安全与燃烧** **课程概述：** 本课程旨在深入探讨氢能与传统燃料（汽油、柴油、甲烷）的优劣。通过大量图示和实例，我们将解析氢气的技术特性，帮助您全面掌握这一前沿能源。无论您是想从事氢能研究、应用工程，还是相关领域的记者，本课程都将为您奠定坚实的基础。您将了解氢能领域的巨大机遇，并能以事实为依据，自信地参与相关讨论。课程内容基于国际能源署、美国能源部等权威机构的严谨研究成果，涵盖了所有基础知识。 **课程内容：** * **第一章：引言** * 全球变暖与温室气体排放 * 氢能简介 * 氢能的主要来源 * 氢能开发的巨额投资 * **第二章：为何选择氢能？** * 地球上氢元素的丰富性 * 宇宙中最轻的元素 * 清洁燃烧特性 * **第三章：氢能历史** * 亨利·卡文迪许、约瑟夫·路易·盖-吕萨克、安托万·拉瓦锡的贡献 * 早期应用：灯的照明 * 水合成 * 燃料电池的起源 * 航空航天应用：阿波罗计划 * 零污染物排放与全球变暖的关联 * **第四章：氢能是否优于其他燃料？** * 氢能燃烧特性 * 氢能储存技术 * 氢能的比能量与密度 * 液态氢 * **第五章：理想气体定律：压缩因子** * 理想气体模型 * 真实气体 * 压缩因子 * 理想气体定律修正 * **第六章：焦耳-汤姆逊系数** * 氢气膨胀效应 * 焦耳-汤姆逊系数 * 反转温度 * 膨胀导致的冷却或升温效应 * **第七章：氢能安全** * 氢脆性 * flammability limit（易燃极限） * Auto ignition（自燃点） * 燃烧特性 * 高扩散性 * **第八章：应用** * 全球氢能需求 * 炼油工业 * 氨生产 * 航空与太空探索 * 氢燃料电池 * 电网应用 * 建筑物的应急电源 * 燃烧氢气发电 * 氢内燃机 * 燃料电池汽车 **课程资源：** * **书籍：** * 氢能技术介绍 * 氢能储存方法 * 燃料电池技术及其应用 * 氢能经济（机遇、障碍和研发需求） * **报告：** * 国际能源署《能源技术展望 2020》 * G20峰会文章《氢能的未来》 * **附加资源：** * 法国原子能和替代能源委员会 (CEA)：氢能 * Nationalgrid：什么是氢能 * Deloitte:: 助力出行未来
Hello! This course is exclusively to answer the question if hydrogen is better than conventional fuels (Gasoline, Diesel, and Methane). We will go through some technical aspects of hydrogen properties. This course is easy to grasp thanks to a lot of illustrations and examples. With this course, you are able to start any career in hydrogen field either research, applications engineer or even journalism around this fantastic topic. It will also help you to identify plenty of opportunities available in the near future. This lecture is based on a lot of serious sources like International energy agency, US department of energy and some best papers in the field. After this course you will be able to discuss with facts around this wonderful topics. All the basics are being discussed. You will master the topic.The course contents are as follows:Chapter I. INTRODUCTIONGlobal Warming - Green House Gas Emissions - Introduction to hydrogen - Primary Sources of Hydrogen - Massive Investment in Hydrogen developmentChapter II. WHY HYDROGEN?Abundant in Earth - Lightest element in the Universe - Clean Combustion.Chapter III. HYDROGEN HISTORY Henry Cavendish - Gay Lussac- Antoine Lavoisier- Lamp lightning - Water synthesis - Fuel cell - Aerospace Appolo - No Pollutant - Global WarmingChapter IV. IS HYDROGEN BETTER THAN OTHER FUELS ?Hydrogen Combustion - Hydrogen Storage- Hydrogen specific energy & density - Liquid hydrogenChapter V. PERFECT GAS LAW: COMPRESSIBILITY FACTOR Perfect gas - Real Gas - Compressibility factor - perfect gas law correction Chapter VI. JOULE THOMSON COEFFICIENT Hydrogen expansion - Joule Thomson Coefficient - Inversion Temperature - Expansion lead to warming effect Chapter VII. HYDROGEN SAFETY Hydrogen embrittlement - Flammability limit - Auto ignition - Combustion - high diffusivity Chapter VIII. APPLICATIONS Hydrogen Global demand- Refining - Ammonia production - Aviation & Space exploration - Hydrogen fuel cells - power grids- emergency power in building - Burning hydrogen for electricity generation - hydrogen internal combustion engine - fuel cells cars RESOURCES AVAILABLE IN THIS COURSEBOOKS FOR,Introduction of Hydrogen TechnologyStorage methods of HydrogenFuel Cell Technology and its ApplicationsHydrogen Economy (Opportunities, Barriers and R & D Needs)Energy Technology Perspective 2020 submitted by International Energy AgencyThe Future of Hydrogen_G20 summit articleADDON RESOURCESCEA: HydrogenNationalgrid: what-is-hydrogenDELOITTE:: Fueling the future of mobility
