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Chapter and Conference Paper
Tritium Release Behavior of Biphasic Lithium Ceramic with Low Li4SiO4 Content
Nuclear fusion is one of the promising options for the global energy supply. In a fusion reactor, tritium (T) is produced by the Li(n, α)T reaction. Lithium ceramics, e.g., Li2TiO3, Li4SiO4, are regarded as candi...
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Chapter and Conference Paper
Comparisons of Western and Chinese Textbooks for Advanced Electronic Packaging Materials
Textbooks are the importance carrier of teachers’ teaching and students’ learning process. Recently, the traditional textbook forms cannot fully meet these needs, which requires more researches. This study cho...
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Chapter and Conference Paper
Comparative Study on the Development of Chinese and Foreign Textbooks in Nanomaterials and Technology
Textbooks in colleges and universities are the carriers of knowledge that can reflect the teaching content and methods. It is also the media that can broaden students' horizon and track modern scientific devel...
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Chapter and Conference Paper
Construction and Practice of “CAD/CAM Foundation” Course Based on Learning Outcome
This paper introduces the course design and reform of “CAD/CAM Foundation” based on learning outcome. This paper analyzes the challenges brought by the change of learning environment, industry development, stu...
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Chapter and Conference Paper
Feedback Controlled English-Medium Engineering Education in the Materials Forming Principles Course
The English-medium instruction (EMI) in engineering courses at the university level is expanded globally. The most critical issue for the EMI is how to implement it in an academic course. In this study, feedba...
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Chapter and Conference Paper
Application of BOPPPS Model in the Teaching Design of the Principle and Method of Micro-joining Course
The traditional classroom teaching process of engineering education majors normally faces problems that teachers dominate class, students are not active in learning, learning objectives are not clear and the l...
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Chapter and Conference Paper
Effect of Damage Introduction and He Existence on D Retention in Tungsten by High Flux D Plasma Exposure
Both of radiation-induced damages and helium (He) existence effects on deuterium (D) retention in tungsten (W) by D plasma exposure were evaluated using high flux divertor plasma exposure device, called Compac...
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Chapter and Conference Paper
Deuterium Removal Efficiency in Tungsten as a Function of Hydrogen Ion Beam Fluence and Temperature
Establishment of effective tritium removal method was one of important issues for the development of fusion reactor from the view of fuel recycle and safe operation. The deuterium (D) removal efficiency in tun...
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Chapter and Conference Paper
Interaction of Hydrogen Isotopes with Radiation Damaged Tungsten
This paper reviews recent achievement of hydrogen isotope behavior for damaged tungsten. To demonstrate neutron irradiation, the irradiation damages were introduced into W by energetic Fe2+ irradiation and D rete...
