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Chapter1 Introduction to Materials Science and Engineering Unit1.1 Text Materials science and engineering/ 001 ReadingMaterial Brief introduction to materials science/ 005 Unit1.2 Text Classification of materials/ 007 ReadingMaterial Biomaterials/ 015 Unit1.3 Text The structure of the atom/ 017 ReadingMaterial “Why didn’t we think to do this earlier?” chemists thrilled by speedy atomic structures/ 030 Chapter2 Metallic Materials and Alloys Unit2.1 Text Introduction to metals and alloys/ 034 ReadingMaterial The hydrogen storage alloys for electrochemical applications/ 039 Unit2.2 Text Thermal equilibrium diagram/ 042 ReadingMaterial Failure analysis on leaked titanium tubes of seawater heat exchangers/ 048 Unit2.3 Text Characters of metallic materials-ductility,malleability, and corrosion/ 052 ReadingMaterial Revisiting the effect of molybdenum on pitting resistance of stainless steels/ 058 Unit2.4 Text Superalloys and nonferrous alloys/ 063 ReadingMaterial High -entropy alloys/ 067 Unit2.5 Text Metal -matrix composites/ 072 ReadingMaterial Mechanical behavior of particle reinforced metal matrix composites/ 077 Chapter3 Ceramics Unit3.1 Text Introduction to ceramics/ 082 Unit3.2 Text Bioceramics/ 089 ReadingMaterial High -entropy ceramics/ 095 Unit3.3 Text 3D -printing technologies for ceramics/ 098 Unit3.4 Text Ceramics solid electrolytes/ 104 Chapter4 Polymers Unit4.1 Text Introduction to polymers/ 109 ReadingMaterial Polymer crystallinity/ 116 Unit4.2 Text Methods for synthesis of polymers/ 121 ReadingMaterial Step -growth polymerization/ 126 Unit4.3 Text Structures and properties of polymers/ 132 ReadingMaterial History of polymers and their typical synthesis approaches/ 137 Unit4.4 Text Polymers for food packaging/ 141 ReadingMaterial Biopolymers and their potential as a packaging material/ 148 Unit4.5 Text Photocontrol of fluid slugs in liquid crystal polymer microactuators/ 154 Chapter5 Biomaterials Unit5.1 Text Biomaterials and biomaterials science/ 162 ReadingMaterial Make better, safer biomaterials/ 165 Unit5.2 Text Traditional and new biomaterials/ 169 ReadingMaterial 3D printing metallic implants: Technologies available and the future of the industry/ 178 Unit5.3 Text Medical applications of biomaterials/ 182 ReadingMaterial Biomaterials for tissue repair/ 190 Chapter6 Nanoscience,Nanotechnology,and Nanomaterials Unit6.1 Text Introduction to nanoscience and nanotechnology/ 195 ReadingMaterial Carbon dots/ 201 Unit6.2 Text Classification of nanomaterials/ 204 ReadingMaterial 3D nanomaterials fabricated by rolled-up nanotechnology/ 208 Unit6.3 Text Synthesis and applications of nanomaterials/ 212 ReadingMaterial Nanomaterials for energy conversion and storage/ 219 Unit6.4 Text Intriguing physical properties of nanomaterials/ 224 ReadingMaterial Natural and artificial nanotechnologies/ 231 Unit6.5 Text Nanographenes and optoelectronic devices/ 235 ReadingMaterial Catalytic nanozymes/ 241 Chapter7 Material Characterization Methods Unit7.1 Text Introduction to spectroscopic methods/ 247 ReadingMaterial X -ray absorption spectroscopy/ 254 Unit7.2 Text Operando spectroscopy/ 257 Unit7.3 Text Introduction to microscopic methods/ 262 ReadingMaterial Microscopic aberrations/ 270 Unit7.4 Text Modern in situ characterization techniques/ 273 ReadingMaterial Ultrafast transmission electron microscope and diffraction/ 280 參考文獻
孫大林 復旦大學,系主任/教授。1986年7月本科畢業於安徽工業大學金屬學及熱處理專業,1989年3月于東北大學材料科學與工程系獲碩士學位,1992年1月于浙江大學材料科學與工程系獲博士學位,1992年4月至1995年1月在浙江大學材料科學與工程系工作,任講師、副教授,1995年2月至2003年8月在法國科學研究中心稀土冶金及譜化學實驗室、英國盧瑟福實驗室/Salford大學物理系、日本先進工業技術研究院(AIST)物質科學與技術研究所、美國夏威夷大學化學系開展高性能儲氫材料與鎳氫電池的研究工作。2003年9月起在復旦大學材料科學系工作,任教授、博士生導師。 一直從事新能源科學與技術包括儲氫/儲電材料及其先進表徵技術(中子衍射/同步輻射)的研究工作。先後負責和參與國家自然科學傑出青年基金/重點/面上專案、國家重大科研儀器研製專案、國家重點研發計畫等科研任務。已在Acta Mater., Adv. Mater., Adv. Funct. Mater., Nano Energy, Adv. Energy Mater., ACS Nano, J. Mater. Chem. A, Appl. Phys. Lett, Chem. Mater., Nanoscale等國內外學術刊物上發表論文近200篇,獲得國家授權發明專利8項。2009年獲得國家傑出青年科學基金,2011年入選上海市優秀學術帶頭人計畫,2019年入選上海領軍人才計畫。
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