查询词典 faculty of engineering

Nonferrous metallurgy is based on metallurgical physico-chemistry and reaction engineering; its research fields involve pyrometallurgy, hydrometallurgy, electrometallurgy, material chemical metallurgy and the separation science and processes; it interrelates closely with ferrous metallurgy, heat engineering, environment engineering, material engineering, information technology, bioengineering, nano technology, chemical engineering, system engineering and artificial intelligence; and it has developed into an integrated and comprehensive engineering discipline.

日前，有色金属冶金学科已经发展成为以冶金物理化学、冶金反应工程学为基础，研究领域包括火法冶金、湿法冶金、电冶金、材料化学冶金、冶金分离科学及过程，与钢铁冶金、热能工程、环境工程、材料科学与工程、化学工程、系统工程、人工智能等学科紧密相关的体系完整、内容广泛的工程技术科学。

Firstly, the background and the significant of the research is discussed, modern software engineering and its development is also outlined, and the present states and the reason of using the modern software engineering in power systems are also analyzed. Secondly, related theories and methods of the modern software engineering are systematically given in details, which establish the basis of the software development with the software engineering in power systems. Thirdly, the necessity of the developed power system software with the software engineering is analyzed deeply and the key techniques in carrying out the software development with the software engineering are discussed. Based on these, a concrete approach about the software development with the software engineering is proposed. And then, the software design process of 'GPS synchronous monitoring system of Hunan power grid'is given to demonstrate the utilization of the approach proposed. Subsequently, quality and efficiency of the software is analyzed, which indicates the validity of the method used. At last, the main work and fruitage of the thesis is concluded, and the further research is also pointed out.

论文首先论述了课题研究的背景和意义，概述了现代软件工程及其发展，分析了现代软件工程在电力系统中的应用现状及其原因；然后系统地阐述了现代软件工程的相关理论和方法，奠定了电力系统软件工程化开发的理论基础；接着分析了电力系统软件工程化开发的必要性，探讨了实施工程化开发涉及到的关键技术，结合现代软件工程的理论和方法，提出了一种电力系统软件工程化开发的具体方法；之后以湖南电力系统状态GPS 同步监测系统软件的开发为例，详细地阐述了该工程化方法在电力系统软件开发中的具体实践过程，并分析了软件开发的结果，指出了该方法是解决软件开发质量和效率问题的有效途径；论文最后对主要工作和成果进行了总结，并指出了有待进一步开展的工作。

The technological education and expertise of the firm's members include: aerospace engineering, astronautical engineering, biomedical engineering, biotechnology, business methods, chemistry, computer engineering, e-commerce, electrical engineering, materials science, mechanical engineering, medical technologies, medicine, microelectronics, nanotechnology, nuclear engineering, pharmacy, physics, software.

公司员工的技术教育和专业包括：航空和航天工程、天文工程、生物医学工程、生物技术、商业方法、化学、计算机工程、电子商务、电子工程、材料科学、机械工程、医疗技术、医学、微电子学、纳米技术、核技术、制药、物力和软件。

Noted by http://www.SSEweb.net/】 Jian-Guang YANG(1960~), Male, J.S.D., Member, Expert Group on Social System Engineering; Professor, Section of Legal System Engineering, Law School, SUN Yat-Sen University; Chief Expert on Social System Engineering, Research fellow, Depertment of Political System Engineering, China Aerospace Laboratory of Social System Engineering; Realizer Beijing Institute of Social System Engineering; Attorney at law, Gunagdong Lingnan Law Firm; Member, The International Research Project on "Systems Thinking of Chinese Leadership"; member, The Steering Committee of the Network of Social System Engineering http://www.

杨建广(1960~)，男，法学博士，社会系统工程专家组(Expert Group on Social System Engineering， EGSSE)成员，中山大学法学院教授、法学研究所法治系统工程研究室主任，中国航天社会系统工程实验室政治系统工程部研究员，北京实现者社会系统工程研究院首席法治系统工程专家(前任首席法治系统工程专家为吴世宦)，广东岭南律师事务所律师，"中国领导层系统思维"国际研究计划(International Research Project for Systems Thinking of Chinese Leadership)成员，亦兼任社会系统工程网 http：//www。

The main courses are political theory and foreign language, engineering mathematics, elasto-plastic mechanics, computer applications, fluid mechanics, seepage mechanics, numerical simulation of petroleum deposits, petroleum chemistry, recovery ratio theory, petroleum and natural gas exploration techniques, petroleum and natural gas well engineering, shaft engineering, natural gas engineering, petroleum deposit engineering, pipe engineering for petroleum transport, pipe engineering for gas transport, petroleum and gas transport, simulation of petroleum and gas pipes, natural gas liquefaction technique, management theory and energy economics.

研修的主要课程有：政治理论课、外语课、工程数学、弹塑性力学、计算机应用技术、高等流体力学、高等渗流力学、油藏数值模拟、油田化学、采收率原理、现代油气勘探技术、现代油气井工程、现代凿井工程、天然气工程、高等油藏工程、高等采油工程、高等输油管道工程、高等输气管工程、油气田采输系统、油气管道运行模拟、天然气液化技术、高等管理学基础、能源经济等。

From the view of basic theory and science, technology science and engineering technology, fire science and fire protection engineering are an integrated knowledge system of fire science, fire technology and fire engineering, which are composed of seven sub disciplines, including fire science, fire prevention engineering, fire suppression engineering, fire management engineering, fire command engineering, fire caus...

火灾科学与消防工程学是一门以火灾发生与发展规律及其预防与扑救技术为研究对象的新兴交叉性学科。其具备火灾学、消防技术和消防工程所形成的完整知识体系；其下属的子学科包括火灾学、防火工程、灭火工程、消防管理工程、灭火指挥工程、火灾原因调查技术及其他相关学科。大力开展火灾科学与消防工程学科体系领域的研究，推进消防科学技术学科建设，是社会进步与科技发展的必然，也是加入WTO后保证经济国际化发展的客观要求。

Noted by http://www.SSEweb.net/】 Jian-Guang YANG(1960~), Male, J.S.D., Member, Expert Group on Social System Engineering; Professor, Section of Legal System Engineering, Law School, SUN Yat-Sen University; Chief Expert on Social System Engineering, Research fellow, Depertment of Political System Engineering, China Aerospace Laboratory of Social System Engineering; Realizer Beijing Institute of Social System Engineering; Attorney at law, Gunagdong Lingnan Law Firm; Member, The International Research Project on "Systems Thinking of Chinese Leadership"; member, The Steering Committee of the Network of Social System Engineering http://www.

杨建广(1960~)，男，法学博士，社会系统工程专家组(Expert Group on Social System Engineering， EGSSE)成员，中山大学法学院教授、法学研究所法治系统工程研究室主任，中国航天社会系统工程实验室政治系统工程部研究员，北京实现者社会系统工程研究院首席法治系统工程专家(前任首席法治系统工程专家为吴世宦)，广东岭南律师事务所律师，&中国领导层系统思维&国际研究计划(International Research Project for Systems Thinking of Chinese Leadership)成员，亦兼任社会系统工程网 http：//www。

Humanistic concern requires faculty to pursue the harmony of material and spirit, seek the integration of scientific and humanistic spirit, implement the complementariness of rigid and flexible management which truly reflects the faculty management idea of "all for people, for all people", and can better guide the faculty development.

人文关怀视角下的高校管理理念要求高校引导教师追求物质与精神的和谐、追寻科学与人文精神的融合，并实施刚性与柔性的互补管理，这种理念真正体现了"一切为了人，为了一切人"的人文精神，对于引导高校教师发展能够发挥积极作用。

Uses an ecological perspective to study the theory and faculty resources to expand higher education research perspective, broadening the field of higher education research, contribute to improved human resource management college teachers to improve the ecological environment of faculty resources to address university Teacher Resource and ecological imbalances that exist in the system and to promote the ecological health of faculty resources development, further enhance the university teaching and research, has important theoretical and practical significance.

用生态学的理论和视角来研究高校教师人力资源扩大了高等教育的研究视角，拓宽了高等教育研究的领域，有助于改良高校教师人力资源管理模式，改善高校教师人力资源生态环境，处理高校教师人力资源系统中存在的生态失调难题，促进高校教师人力资源生态健康发展，从而进一步提高高校的教学和科研水平，具有重要的理论和实践意义。

Secondly, summarized the management system of part-time faculty in Zhongqiao, pointed out the experiences and disadvantages through comparing by using many methods like questionnaire、 interview and statistic to make a further survey on aspects of part-time faculty management status quo: questionnaire survey on employing management, compensation, motivation and performance evaluation and the expectation and evaluation of the student to the teacher; interview survey on the bepuzzlement and measure of administrators; statistic survey on performance evaluation, liquidity and compensation of the part-time faculty.

其次概述了上海中侨学院兼职教师的管理制度，并通过调查问卷、访谈和数据统计等方法对上海中侨学院兼职教师的实际管理现状作了深入调查研究。在兼职教师的聘任情况，福利状况，激励现状，管理情况和学生对兼职教师的评价和期望等方面进行了调查研究；在学校管理者对兼职教师管理上的困惑和解决措施等方面进行了访谈研究；在兼职教师的绩效评估、流动性、薪资福利等实际管理情况进行了统计分析。

Yet, Edith says, there was always money in the bank.

但是Edith说，她的银行户口里面总是有钱。

We have created a series of files that resolve this problem--one for each day of the 40 days of purpose.

我们制作一系列的档案去解决这问题---一个为标竿40天中的每一天。