共查询到20条相似文献，搜索用时 234 毫秒
1.
2.
湖北企业技术创新竞争力研究——一个新的技术竞争力提升理论与应用分析框架 总被引：2，自引：1，他引：1
技术创新能力是企业发展技术的核心能力,企业要想超过或战胜技术领先者,必须提高技术创新能力.企业技术创新竞争力是技术研发竞争力、技术垄断竞争力和技术利用竞争力等三种能力的统一和有机融合而形成的舍力,这三种能力构成了技术创新竞争力的新内涵,文章分别从这三方面研究湖北企业技术创新竞争力及其提升政策,具有极其重要的理论与实践意义. 相似文献
3.
为增强新型研发机构的研发核心竞争力,便于政府分类管理和支持新型研发机构发展,组合运用因子分析法和系统聚类法,尝试构建新型研发机构分类评价指标体系,并对福建省147家新型研发机构开展实证研究。结果显示：基于研发基础实力、学术吸引力、研发认可度、研发效益水平可初步划分综合水平高、较高、中等、一般等4类新型研发机构;综合水平中等以上的福建省20家新型研发机构主要是事业单位、国企以及少数非国企大型企业,大部分新型研发机构的综合水平仍然较低;尽管福建省的高水平新型研发机构比重偏低,但省内院地合作与校地合作共建新型研发机构的模式凸显了资源优势和建设。 相似文献
4.
5.
6.
技术创新能力是企业发展技术能力的核心,企业要想超过或战胜技术领先者,必须提高技术创新能力。企业技术创新竞争力是技术研发竞争力、技术垄断竞争力和技术利用竞争力等三种能力的统一和有机融合而形成的合力,这三种能力构成了技术创新竞争力的新内涵。本文分别从这三方面研究武汉高新企业技术创新竞争现状及其提升政策,具有极其重要的理论与实践意义。 相似文献
7.
本文以江苏省大中型工业企业研发机构为研究对象,构建了适用于大中型工业企业研发机构的评价指标体系,运用指标鉴别力对大中型工业企业研发机构竞争力指标进行筛选,借助因子分析方法和回归分析法得出江苏省各省辖市研发机构在RD投入、实施、环境、产出的排名表及聚类图,为江苏省大中型工业企业定位自身研发机构的竞争力现状、把握未来努力的方向提供了参考。 相似文献
8.
本文引入核心竞争力的概念。在战术层面上，提出通过准确定位、优化人力资源、构建网络平台和转换经营管理机制来提升学术期刊的核心竞争力；在战略层面上，提出适合我国学术期刊发展的四务经营路线，即品牌化、网络化、国际化和集约化是提升学术期刊核心竞争力的战略举措；进而提出专业主导型和机构主导型的我国学术期刊集约化发展模式。 相似文献
9.
以创新驱动发展为研究视角,界定承载研发创新功能的新型研发机构的内涵和形成动因,研究不同信息条件下新型研发机构的作用机理。通过建立数理分析模型发现,在完全信息条件下,通过组织间合作建立新型研发机构,各参与方能够获得经济收益和非经济收益,即使在没有经济收益的极端情况下,参与方也可以获得非经济收益,如学习能力、创新能力、管理能力的提升。在不完全信息条件下,创新研发风险越高,通过各方合作建立新型研发机构,获得的研发创新收益越大。并提出相关建议,以提高新型研发机构的创新能力。 相似文献
10.
企业核心竞争力的生命周期 总被引：7，自引：0，他引：7
企业的核心竞争力在企业竞争中占有越来越重要的地位 ,它是企业竞争优势的源泉 ,是企业在竞争中制胜的法宝。核心竞争力具有很强的稳定性 ,但它仍然会发展变化 ,具有生命周期。本文以核心竞争力生命周期的特点和形成机理为研究的重要内容。希望找到核心能力的变化规律 ,以便解读核心竞争力发展变化的密码 ,为企业保持和发展核心竞争力提供帮助 相似文献
11.
《中国科学院院刊(英文版)》2008,22(1):2-3
CAS should stick to the principle of rendering service to, and giving impetus for, the development of China＇s science enterprise by making S＆T innovations, said CAS President LU Yongxiang. The CAS president made the remarks in a recent talk to communicate the gist of the winter session of the Party＇s Leading-member Group at CAS, which was held from 7 to 11 January in Beijing. 相似文献
12.
《中国科学院院刊(英文版)》2008,22(1)
With great care, Dr. ZHOU Zhonghe takes out a package wrapped by cotton tissue from a drawer and says: "This is the gem of our collections: the fossil of a bird that lived 125 million years ago!" Then, pointing at a tiny mound, he explains: "Look, this is the claw and that is the head. It was in the egg shell and ready to hatch ... The species fell into a family of waterside inhabitants." 相似文献
13.
Prof. SUN Changpu from the CAS Institute of Theoretical Physics coworkers from University of Basel in Switzerland have worked out a way - at least in theory - to split a beam of molecules according to their chirality. The technique involves passing the molecules through three different laser beams is similar to the famous Stern-Gerlach effect whereby a beam of atoms passing through a magnetic field is split in two according to the atoms' spin states 《中国科学院院刊(英文版)》2008,22(1):23-23
Prof. SUN Changpu from the CAS Institute of Theoretical Physics and coworkers from University of Basel in Switzerland have worked out a way --at least in theory --to split a beam of molecules according to their chirality. The technique involves passing the molecules through three different laser beams and is similar to the famous Stern-Gerlach effect, whereby a beam of atoms passing through a magnetic field is split in two according to the atoms＇ spin states （Phys. Rev. Lett. 99 130403）. 相似文献
14.
《中国科学院院刊(英文版)》2014,(3):212-213
<正>In February 2014,the 30th Chinese Antarctic inland expedition team reported that they have successfully conducted the seeing measurement at the Antarctic Taishan Station using a Differential Image Motion Monitor(DIMM)developed by the Nanjing Institute of Astronomical Optic and Technology(NIAOT),Chinese Academy of Sciences.In astronomy,seeing is a physical parameter that describes the irregular movement and blur of the star 相似文献
15.
XIN Ling 《中国科学院院刊(英文版)》2014,(4):270-271
Amassive overhaul is coming to the Chinese Academy of Sciences （CAS）. To straighten its ＂fragmented, inefficient research＂, the academy has decided to restructure its 104 institutes for better teamwork. 相似文献
16.
SONG Jianlan 《中国科学院院刊(英文版)》2014,(4)
<正>DNA demethylation in mammalian zygotes,a biochemical process through which the parental genomes let go the epigenetic marks from their"past lives"to obtain totipotency,has long fascinated biologists:how does it happen?A joint team at the CAS Shanghai Institutes for Biological Sciences tells a surprising story. 相似文献
17.
China is one of the fastest growing economies worldwide. Are science and research also in the fast lane? We talked with LUO Yuan, scientist at the Institute of Coal Chemistry in Shanxi, and Axel Mosig, Professor at Ruhr University in Bochum, who has first-hand experience working and living in China. 相似文献
18.
INS 《中国科学院院刊(英文版)》2014,(4):311-311
Neonatal heart:Largely,postnatal coronary vessels might not have expanded from preexisting embryonic vasculature as formerly believed–see what CAS biologists revealed in page 311. 相似文献
19.
《中国科学院院刊(英文版)》2014,(4):312-312
<正>Recently a group of researchers at the unit of molecular virology,Institut Pasteur of Shanghai,Chinese Academy of Sciences revealed a new mechanism to regulate the survival of influenza A virus and reported their discoveries in the Journal of Virology on July 相似文献
20.
《中国科学院院刊(英文版)》2014,(4):319-320
<正>Amber-bearing deposits are among the most important Konservat-Lagersttten providing unique windows into past ecosystems.Fushun amber has been known for over a century and was traditionally regarded as an important source of medicine as well as organic gemstones.The inclusions,however,were not the subject of any comprehensive investigation 相似文献