摘要：While offering a entire class of students the course of basic medicine experimental design,the teacher is required to guide simultaneously multiple research groups of them at a limited period of time in conducting independently design of interdisciplinary experimental research,selecting and revising the optimal designs,putting these projects into *** this teaching process,the course is expected to improve students’ability to carry out scientific research and *** is apparently difficult for an assigned teacher who has been engaged in a certain discipline to be responsible for the whole teaching process and to achieve the teaching goal of this *** fact,whether the curriculum can be run effectively is not only dependent on the active participation of teachers and students,but also the overall and firm support from university’s *** spite of that,the teacher’s role in the curriculum is still *** the present report,the pathophysiology discipline was responsible for the work of both interdisciplinary teaching team construction and the curriculum *** team included the multiple disciplinary teachers of basic medical science,the specialist teachers of scientific research methodology such as medical statistics,medical literature retrieval,laboratory animal science and senior *** is favorable for this form to successfully conduct the curriculum of basic medicine experimental design by making full advantages of this multiple disciplinary *** significance of the teaching team construction,its tasks,the manner of teaching quality assessment and the operational mechanism are described in this *** is believed to be a new form of teachers’team construction of higher medical schools.

摘要：古代人物漆绘是我国传统漆工艺优秀的组成部分,无论是工艺技法还是造型样式均有着极高的艺术价值和研究价值。古代人物漆绘上的技法主要有描漆彩绘、镶嵌、战金、雕漆等,这些技法为后人提供了珍贵的学习范本。

摘要：在分析国内外农业全产业链支撑发展现状的基础上,介绍了青岛市农业全产业链中种植链、平台建设、经营主体和农业科技创新的发展概况;根据调研分析了青岛市在农业全产业链发展中存在的农业现代化建设不充分、农业科技创新投入不足和农业数字技术利用不够等制约因素;提出了把握现代农业建设机遇、加快青岛市农业全产业链现代化进程,强化顶层设计、实现农业全产业链标准化,加强国际合作、推动世界农业全产业链深度融合等推进青岛市农业全产业链高质量发展的对策建议,以期为青岛市农业全产业链壮大、管理及健康发展提供有意义的参考。

摘要：综合考虑无轴承永磁同步电机径向悬浮力产生的各种因素,导出了径向悬浮力和转矩数学模型,采用转子磁场定向控制策略,设计了无轴承永磁同步电机解耦控制系统.基于TMS320LF2407 DSP设计了数字控制系统硬件,开发了相应控制软件.研究结果表明:采用转子磁场定向控制策略,实现了无轴承永磁同步电机转矩和径向悬浮力之间解耦控制.研制的数字控制系统参数调整方便,性能参数满足无轴承永磁同步电机控制要求.

摘要：民间剪纸艺术已经陆续入选非物质文化遗产名录,这是人类历史文化的积淀。随着经济的全球化趋势日益加强,民间剪纸艺术的产业化发展过程中知识产权保护的法律问题日渐凸显。结合民间剪纸艺术自身及其产业化的特点,阐述其发展现状和存在的问题,分析知识产权保护的必要性和可行性,结合我国法律制度的发展提出一些具体的对策建议。

摘要：介绍了保温装置的重要性、保温层的计算方法、保温材料的选择 。

摘要：针对锚杆托盘在降低厚度方面开展研究。首先通过ANSYS对锚杆托盘开展有限元静态强度分析;其次利用ANSYS优化设计功能,对锚杆托盘的厚度进行优化设计;最后对不同厚度的托盘开展强度分析,验证优化设计的准确性。通过分析和验证,最终得出结论,在247 kN压力工况下锚杆托盘优化的厚度取值达到8.186 mm时,托盘圆环处的最大应力达到材料屈服值345 MPa,满足强度要求。

摘要：李芝卿是我国伟大的漆艺术家,他在漆艺技法和理论上的创新,为我国现代漆艺发展做出巨大贡献,他融合中日漆艺及中国传统绘画表现手法,形成了自己独特的漆艺术风格。研究李芝卿的漆艺术作品风格与漆艺术实践对当今漆艺创作有重要参考价值。

摘要：共反射面元叠加可以直接由多次覆盖反射数据得到零炮检距剖面,不依赖于速度信息。通过对共反射面元叠加优化方法进行改进,大大提高了共反射面元叠加三参数分析的精度。同时引入模拟退火全局优化算法,有效地解决了新优化方法中遇到的组合优化的难题。基于CRS参数搜索的具体问题,对模拟退火算法中的三函数两准则做了最优设计。模型数据的试算和实际资料的处理结果验证了新优化方法的有效性和实用性。

摘要：采用数值优化方法对跨声速压气机转子NASA rotor37进行了多目标的数值三维气动优化设计,并对设计前后的几何形状、总体性能及流场的变化进行了详细的分析对比。结果表明,利用多目标遗传算法或者多目标模拟退火算法进行多目标的气动优化设计所得出的分布是基本一致的。各性能参数及流场结构的变化还是主要来源于前缘激波结构的变化。