创新思维在英语课堂教学中的尝试

文章从三个方面阐释创新思维在英语教学中的尝试:以语感带动听说读写活动技能;通过多种思维训练,增强创新思维的能力;变"个人竞争"为"小组合作",创造有利于创新思维的发展的空间。     

艺术类教学管理的探索与实践

根据艺术教学的特点和创新教育的要求,对艺术类教学管理提出一些新的措施,包括教学计划管理、教学质量评价体系、教学过程管理和学分制管理等。     

浅谈多媒体教学在高校理科生学习过程中的应用现状

高校理科生强烈的逻辑性思维习惯与动手能力在运用多媒体进行学习的过程中存在多媒体使用的一些新思路。灵活运用多媒体的特性进行理科知识学习，帮助克服理科生在多媒体学习过程中的缺点，让学生正确认识到多媒体教学的作用，将是本文重点研究的问题。     

高校思想政治理论课创新思维教学模式研究

新时期高校思想政治理论课课程和教材的改革调整,要求研究和建构创新思维教学模式.高校思想政治理论课创新思维教学首先要实现理念创新,树立创新思维教学观,经过“明确目标、激思质疑——自主探研、出新创意——发散思维、激荡整合——延伸拓展、强化训练”四个环节,并运用创新教学方法以充分发挥思想政治理论课的功能价值.     

Critical Power Characteristics in 37-rod Tight Lattice Bundles under Transient Conditions

Critical power characteristics in the postulated abnormal transient processes that may be possibly met in the operation of Innovative Water Reactor for Flexible Fuel Cycle (FLWR) were investigated for the design of the FLWR core. Transient Boiling Transition (BT) tests were carried out using two sets of 37-rod tight lattice rod bundles (rod diameter: 13 mm; rod clearance: 1.3 mm or 1.0 mm) at Japan Atomic Energy Agency (JAEA) under the conditions covering the FLWR operating condition (P_ex = 7:2 MPa, T_in = 556 K) for mass velocity G = 400-800 kg/(m² s). For the postulated power increase and flow decrease transients, no obvious change of the critical power against the steady one was observed. The traditional quasi-steady characteristic was confirmed to be working for the postulated power increase and flow decrease transients. The experiments were analyzed with TRAC-BF1 code, where the JAEA newest critical power correlation for the tight lattice rod bundles was implemented for the BT judgment. The TRAC-BF1 code showed good prediction for the occurrence or the non occurrence of the BT and for the exact BT starting time. The traditional quasi-steady state prediction of the BT in transient process was confirmed to be applicable for the postulated abnormal transient processes in the tight lattice rod bundles.     

Shock absorption performance of a motorbike helmet with honeycomb reinforced liner

The enhancement of the energy absorption properties of motorbike helmets could significantly improve the safety of riders. This study reports a novel concept of helmet design, which consists in the use of aluminium honeycomb as reinforcement material of the helmet liner. A modified version of a commercial helmet is presented, in which aluminium honeycombs are used in the energy absorbing liner. The ECE 22.05 standard tests were performed on both the prototype helmets and their commercial counterparts (presenting same dimensions, geometry, material properties and weight), and the dynamic responses were compared. The results showed that the prototype helmets provided better protection to the head from impacts against the kerbstone anvil. More limited improvements were also observed in some of the impacts on flat anvil, although other results indicated to some extent the limitations of the strategy adopted in our research.     

Protecting Research Subjects, Employees and Researchers: Implications for Software Engineering

Human subjects research entails risks for subjects and, to a lesser extent, for researchers. This paper introduces the common types of risks to subjects of empirical software engineering research, and how risk can be a function of the context in which the research is conducted. Risks for researchers are also discussed. Government regulation of the ethics of human subjects research is introduced using the example of the Common Rule that governs much human subjects research taking place in the United States.     

Commercialized fast reactor cycle systems and reactor core performance of the promising fast reactors

The Feasibility Study on Commercialized Fast Reactor (FR) Cycle Systems is under progress in order to propose prominent FR cycle systems that will respond to the diverse needs of society in the future. The design studies on various FR system concepts have been achieved and then the evaluations of potential to achieve the development targets have been also carried out. Crucial development issues have been found out for each FR system concept and their development plans for the key technologies are summarized as the roadmap. As a result, it has been confirmed that the sodium-cooled FR concept is highly suited to the development targets and R&D issues are related enhancing the economy with certain perspectives for realization. A flexible and robust development program for the FR cycle system will be proposed taking account of the characteristics for each FR concept until the end of the Phase II study.     

OECD/NEA activities relating to innovative nuclear energy systems

The mission of the OECD Nuclear Energy Agency (NEA) is to assist its member countries in maintaining and further developing, through international co-operation, the scientific, technological and legal bases required for the safe, environmentally friendly and economical use of nuclear energy for peaceful purposes. In fulfilling that mission, the NEA conducts technical, economic and policy studies in response to the needs and interests of its 28 member countries. In recent years, a number of these studies have addressed various aspects of the next generation of nuclear power plants. This paper will describe some of the major activities recently completed and currently underway that may be of particular interest to the COE-INES program.