1) Scientific and technological competitiveness
科技竞争能力
1.
Taking the advantage of the method of data envelopment analysis,this paper evaluates the R&D efficiencies of input and output as well as the scientific and technological competitiveness of 28 industries of China manufacturing industry from 2006 to 2007.
以此方法评估2006—2007年中国制造业的28个产业的R&D投入产业效率和科技竞争能力,结果显示,我国各产业大中型制造业企业R&D活动不仅存在规模上的差异,而且利用效率也有较大的差距,制造业各产业的科技产出普遍不足。
2) competitive power of science and technology
科技竞争力
1.
International comparison and suggestions of Chinese competitive power of science and technology;
中国科技竞争力的国际比较及对策
2.
The Competitive Power of Science and Technology is a reflection ot Sci & lech Strengh that decides our economical development.
科技竞争力是一个国家和地区科技实力的综合体现，是影响其经济、社会发展的决定性因素。
3) science and technology competitiveness
科技竞争力
1.
The Study on Science and Technology Competitiveness in Regional Development of Jiangsu Province;
江苏区域发展中的科技竞争力问题研究
2.
The science and technology competitiveness is a main factor of competitiveness of nations and regions.
科技竞争力是国家和区域竞争力的决定性因素。
3.
The development level of science and technology competitiveness decides the success or fail of Chinese non- state owned enterprise participating in domestic and international competition.
民营企业科技竞争力是民营企业科技总量、经济实力及研发水平与潜力的综合体现,是其持续竞争优势的来源和保证,科技竞争力发展水平决定着中国民营企业参与国内与国际竞争的成败。
4) sci-tech competitive power
科技竞争力
1.
In recent years, our country s sci-tech competitive power shows the trend of falling down, the main reason is that the soft indexes are located in the backward position.
近几年我国科技竞争力总体呈现下降趋势,主要原因是软指标排名落后。
2.
This paper introduces the connotation of sci-tech competitive power, evaluates the sci-tech competitive power of Luoyang City, and advances some suggestions on improving the sci-tech competitive power of Luoyang City.
介绍了科技竞争力的内涵,对洛阳市科技竞争力进行了评价,提出了提高洛阳科技竞争力的建议。
5) competitiveness of science and technology
科技竞争力
1.
In this paper, based on the valuation function model of principal components and TOPSIS, an evaluating system on the competitiveness of science and technology among different regions has been developed in this paper; meanwhile, an empirical research is conducted based on the data of 30 regions in China in 2001.
采用加权主成分TOPSIS价值函数模型,建立了地区科技竞争力评价系统,并以2001年我国30个省、市、自治区为样本进行了实证分析,进一步探讨我国科技竞争力分布特点,并提出有关政策建议。
2.
0 to evaluate the scientific and technological competitiveness objectively of cities in Henan Province in 2008,and advances the corresponding policy suggestion about the competitiveness of science and technology of Henan Province.
科技竞争力是经济竞争力的重要组成部分和关键性要素。
6) scientific and technological competitiveness
科技竞争力
1.
This essay objectively analyses the causes for the descent of global ranking of Chinese scientific and technology competitiveness,in the light of the global ranking of scientific and technological competitiveness issued by IMD.
文章依据IMD所公布的科技竞争力世界排名,客观地分析了我国1998年以来科技竞争力世界排名下降的原因,并通过相关指标的变化,模拟预测了排名位次的移动,围绕如何提升我国的科技竞争力提出了几点政策建议。
2.
This paper establishes an index system for assessing scientific and technological competitiveness in the Western region using the national R&D survey data and, on the basis of analyzing differences in R&D investment in various places, conducts an overall assessment of scientific and technological competitiveness in the Western region.
利用全国R＆D清查数据,建立西部地区科技竞争力评价指标体系,并在对各地R＆D投入差异进行分析的基础上,对西部地区科技竞争力进行综合评价,有助于从多角度、多侧面综合评价西部各地的科技竞争力,使有关提高西部地区科技竞争力的对策建议更具针对性。
3.
Research and development activities are the key driving force in the progress of science and technology and the universally accepted main indicator in evaluating the scientific and technological competitiveness of a country or region.
R&D(ResearchandDevelop即科学研究与试验发展 )活动是推动科学技术前进的核心力量 ,世界通行的评价国家(地区 )科技竞争力的主要指标。
补充资料：科技
科学技术：高～ㄧ～资料 ㄧ～工作者。
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