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1、材料工程研究所Graduate Institute of Material Engineering課程代號科 目 名 稱 (中 文)學 分科 目 名 稱 (英 文)頁次CourseCourse (Chinese)CrediteCourse (English)PageNumber一、 專業選修科目 Elective Courses406001物理冶金3Physical Metallurgy406002材料機械性質3Mechanical Metallurgy406003冶金熱力學3Metallurgical Thermodynamics406004擴散學3The Theory of Diffusi
2、on406005晶體學3Theory of crystallography406006相變化3Phase Transformation406007差排理論3The Theory of Dislocation406008電子顯微鏡學3Electron Microscope406009表面分析技術3Surface Analysis Techniques and Application406010X光繞射學3X-Ray Diffraction406011薄膜製程與應用3Thin Films Technology and Application406012高分子材料3Polymer Science a
3、nd Engineering8材料工程研究所Graduate Institute of Material Engineering選修科目 Elective Courses406001物理冶金選待定本課程主要以物理、化學、熱力學、動力學等為基礎，針對結晶組織之固體材料，(包括金屬、陶瓷、複合材料等)，討論其基本冶金特性，如:化學成份、微觀組織、結晶組織缺陷，材料受力之變形行為，擴散理論，相及相圖，相變態，疲勞、潛變，金屬之強化機構，製程中相變態之熱力與動力學理論、及機械強度性能等，金屬的腐蝕及防蝕原理、鋼鐵之熱處理原理及應用，以及材料結構與成份之分法，如：X光繞射原理，Laue照相法，粉末照相法
4、，繞射儀法，電子顯微鏡分析技術，作一綜合而有系統之探討。【內容綱要】:1.金屬結構與結晶體2.塑性變形3.金屬磨耗4.合金鋼5.相圖6.凝固406001Physical MetallurgySIntroduction to the following topics: quantitative metallography; compositional and structural analysis; structure of metals; mechanical properties; grain boundary and vacancies; solid solution and phase
5、diagram; diffusion; plastic deformation and annealing; heat treatment of metals and its application, focusing on steel and its alloys; strengthening mechanism.【Subject】:1.Metal Structure and Crystallization2.Plastic Deformation3.Wear of Metal4.Tool Steels5.Phase Diagrams 6.Solidification.406002材料機械性
6、質S材料機械性質是一門探討金屬在承受應力下所表現的行為及反應的專業知識領域. 本門課分為三大部分: 第一部分, 機械基礎, 討論數學架構及應力應變關係; 第二部分, 冶金基礎, 從結構觀點討論塑性變形及破壞; 第三部分, 機械性質測試, 以工程觀點對材料在機械性質測試後之破壞進行探討.本門課適合大四或第一年的研究生, 而且希望能成為他們未來研究的基礎.406002Mechanical MetallurgySMechanical metallurgy is the area of knowledge which deals with the behavior and response of me
7、tals to applied forces. This course will be divided into four parts. Part One, Mechanical Fundamentals, presents the mathematical framework and stress-strain relationships for many of the chapters will follow. Parts Two, Metallurgical Fundamentals, deals with the structural aspects of plastic deform
8、ation and fracture. Part Three, Application to Materials Testing, deals with the engineering aspects of the common testing techniques of mechanical failure of metals. This course is suitable for the senior or first-year graduate students and is expected to become a basis of their advance study in th
9、e future.406003冶金熱力學選待定本課程主要討論材料之熱力學性質，以統計力學及熱 力學定律探討元素、溶體、化合物之化學能量，異質固溶體、汽相凝相間之平衡濃度、平衡壓力，反應與系統變化之能量評估及控制與冶金程序及現象有關的熱力學基本原理、平衡的條件、溶液的觀念、反應與相平衡的熱力學特性、熱力學分析在冶金上的應用。【內容綱要】1.熱力學之反應介紹2.冶金過程之化學平衡介紹3.相穩定與平衡之介紹4.混合相之介紹5.熱力學平衡圖介紹406003Metallurgical ThermodynamicsSThe main purposes of this course are to intro
10、duce the first law of thermodynamics, internal energy, heat and work, heat capacities, enthalpy and applications to materials processing, the second law of thermodynamics, heat engines, Carnot cycle, entropy concept, the third law of thermodynamics, auxiliary thermodynamic functions, Gibbs and Helmh
11、oltz energies, Maxwell relations, equilibrium, reaction equilibria in gas mixtures.【Subject】1.Reaction thermodynamics2.Heterogenic chemical equilibrium in the metallurgical processes3.Phase equilibrium and stability4.Thermodynamics of solutions and mixed phases5.Thermodynamic equilibrium diagrams406
12、004擴散學選待定擴散之數學模式與工程應用，就原子理論與非可逆熱力學、探討擴散之機構反應速率，驅動力與相關之效應、擴散方程式，擴散之原子理論，純金屬內雜質之擴散濃度梯度之影響，非金屬之擴散，缺陷化學，非金屬導電性質。並就二元多元、多相、系統作系統分析之敘述，另外亦討論與相界表面，並排等有關之擴散問題。【內容綱要】1.擴散方程式 2.移動邊界 3.擴散與化學反應 406004The Theory of DiffusionSThe main purposes of this course are to introduce the description of diffusion processes
13、 in terms of solutions of the differential equation for diffusion. There are including Diffusion equations, The theory of diffusion.【Subject】1.The diffusion equation2.Moving Boundaries3.Diffusion and chemical reaction406005晶體學選待定介紹固態材料的晶體結構，並以向量和矩陣的方法來探討多晶材料(Polycrstalline)晶體與晶體之間的方位關係：加工變形 (deforma
14、tion)和變相態(phase transformation)後的晶體關係，以及晶體之間的界面。課程內容:1.結晶格子及結晶系統2.立體投影3.晶體對稱性及內部結構4.結晶格子在繞射的應用5.向量與矩陣之應用於晶體幾何形狀6.方位關係7.滑動、雙晶變形及其他不可變平面之應變關係406005The Theory of CrystallographySThe subject contains an account of basic crystallography and of structural imperfection in crystals. One reason for treating
15、these two subjects together is that the study of the first is necessary for a proper appreciation of the second.1.Crystal lattices and crystal systems2.Stereographic projection3.Crystal symmetry and internal4.Application of reciprocal lattice in the diffraction of X-rays and Electrons5.Vector and matrix methods forgeometry of crystals.6.Orientation relationships7.Slip, twinning and invariant plane strains406006相變化選待定本課程討論材料相變化之基本原理與機構、擴散的原子機構滲性相變化、同質結核、核成長、異質結核、界面性質、微觀結構、凝固、析出、非滲性相變化等，及
