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課程中文名稱陶瓷材料課程編碼:S5192020課程英文名稱:Ceramic materials 

課程簡介陶瓷材料是高等工科院校非陶瓷專業學生的選修課程之一,它以物理化學、材料科學基礎和材料物理為基礎,主要介紹,陶瓷材料的分類、基本性能特點和制備工藝,本課程的教學目的在于使學生初步了解陶瓷材料的相關知識,為學生從事陶瓷材料的設計、制備、結構分析和性能測試以及材料應用等方面的研究方法提供一定的基礎知識。其主要內容包括陶瓷的特點、制備工藝、結構陶瓷苹果娱乐网址、功能陶瓷和陶瓷基復合材料。  Ceramic materials is a selected course for the students in materials  science and engineering, which is based on physical chemistry, foundation of  materials science and materials physics. It introduces the design principles,  basic properties and fabrication processes of ceramic materials. This course  enables the students to understand the basic knowledge involving the design and  fabrication, microstructure analysis, properties tests, and applications of  ceramic materials. The course of ceramic materials mainly includes the following  parts: features and fabrication process of ceramic, introduction of structural  ceramic, functional ceramic and ceramic based composites.


課程中文名稱精細陶瓷制備與工藝課程編碼:S5192030課程英文名稱:Fine Ceramic Technology and Processing課程簡介精細陶瓷制備與工藝是高等工科院校無機非金屬材料專業學生的的一門主干課程,是陶瓷材料制備的基礎,在材料制備工藝中占有重要地位苹果娱乐网址。主要講述了陶瓷原材料的特性、陶瓷粉體制備、加工處理苹果娱乐网址、成型和燒結工藝,以及燒結的基本原理。通過本課程的學習苹果娱乐网址,使學生掌握陶瓷材料制備的基本工藝和原理苹果娱乐网址,為學生從事陶瓷材料的設計、制備及應用等方面的研究奠定一定的基礎。   Fine  ceramic technology and processing is a special major course for students major  in inorganic non-metal speciality, which is the basic of ceramic materials  preparation, thus lays an important position among the material fabrication  processes. The course mainly introduces the characteristic of starting ceramic  materials, preparation of ceramic powers, machining and treatment, forming and  sintering process, and basic sintering principles of ceramics. The course of  fine ceramic technology and processing enables the student to master the basic  fabrication processes and principles of ceramic materials, and lays a foundation  of design, fabrication and application of ceramic materials for the students.

  

課程中文名稱生物材料課程編碼:S5192070課程英文名稱:Biomaterials

課程簡介:生物材料是材料科學與工程專業的一門選修課程,它以物理化學和材料科學基礎為基礎,主要講述生物材料的基本概念、類型和應用。本課程的教學目的在于使學生了解材料的生物性能和作為生物醫用的適應性,掌握生物化學基本原理苹果娱乐网址,天然生物材料基本結構和性能,材料的生物適應性和生物醫學材料選用原則,現有生物醫學材料的結構、制備原理和應用情況苹果娱乐网址,以及仿生材料學概況苹果娱乐网址,為學生今后從事生物醫學材料研究開發奠定必要基礎苹果娱乐网址。主要內容包括生物化學基礎苹果娱乐网址、天然生物材料、生物醫學材料、生物化學材料、仿生材料學簡介等。   Biomaterial is a selected course for the students major in materials  science and engineering, which is based on physical chemistry and materials  science. It introduces the basic concepts, types and applications of  biomaterials. This course enables the students to understand bio-properties and  their applications, also master the following focuses: basic theory of  biochemistry, microstructure and properties of inartificial biomaterials,  bioadaptability and selecting rules of biomaterials, microstructure, preparation  principles and applications of current biomedical materials, and survey for  biomimetic materials science, which lay a foundation for students to research  and develop biomedical materials in future. The course of biomaterials mainly  includes biochemistry foundation, inartificial biomaterials, biomedical  materials, biochemical materials, survey for biomimetic material science.


課程中文名稱材料的分析測試方法課程編碼:T1192020課程英文名稱:Analysis methods of materials  課程簡介:材料分析測試方法是材料科學及其相關專業學生必須掌握的專業基礎課程,在材料科學的課程中占有重要地位。通過本課程的學習,學生應掌握有關X射線衍射苹果娱乐网址、透射電子顯微分析、掃描電子顯微分析等技術等來分析和測試材料晶體結構、缺陷、相組成、表面和斷口特征等,為今后從事材料科學的試驗研究奠定理論基礎。主要內容包括X射線衍射的基本原理和應用、透射電子顯微分析技術、掃描顯微分析技術苹果娱乐网址、能譜和熱分析等其它分析測試方法   Analysis methods of materials is a special major course for materials  science and related specialities, which lay an important position among the  courses of materials science. The course enables the students to master the  analysis techniques of XRD, TEM and SEM, and use them to characterize the  crystal structure, defects, phase composition, features of surface and fractured  materials, which lays a theoretical foundation for experimental research on  materials science. The course of analysis methods of materials mainly involves  basic principle and application of X-ray and analysis techniques such as TEM,  SEM, EDS and thermal  analysis.

課程中文名稱材料分析測試方法III 課程編碼SC19101130 課程英文名稱Material Analysis Technologies III
課程簡介本課程是材料科學與工程專業學生必修的專業基礎課,課程的教學目的是使學生初步掌握材料科學研究中常見成分和微觀結構分析方法。通過本課程學習了解X-射線衍射(XRD)、透射電子顯微鏡(TEM) 、掃描電子顯微鏡(SEM)、電子背散射衍射(EBSD)、電子能譜 (X-射線光電子苹果娱乐网址、俄歇電子、電子能量損失譜)苹果娱乐网址、輝光放電光譜(GDS)、晶格振動譜(紅外光譜(IR spectra)、拉曼光譜(Raman spectra))等成分結構分析方法的基本原理及特點。通過實際案例介紹使學生初步掌握材料成分和結構分析方法及步驟。

適用學科:材料科學與工程(英才學院)    先修課程:材料科學基礎    開課院(系):材料科學與工程學院材料科學系    任課教師:饒建存



更新日期:2009-07-29


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