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加工度 meaning in English

degree of finish

Examples

  1. The leading industry is occupying the superiority and is occupying superior direction gradual progress to height process degree and the high value industry added by low degree of the process industry , and degree of process and the high value industry added more increases to the effect that promotes economy to increase giving prominence to
    主导产业正在由低加工度产业占优势向高加工度、高附加值产业占优势的方向演进,高加工度、高附加值产业对促进经济增长的作用愈益突出。
  2. At the soonest approach concerned the theoryon after liberation was producer goods precedence growth , two greater part proportional relation and others , present research tend to industrial structure fluctuant resource allocation effect , industrial policy , traditional industry ' s adjustment and quantification research . industry organization theory is based on microeconomics , orthodox industry organization theory ' s basic feature is scp analyses paradigm , primary school has harvard as well as non - mainstream ' s chicago school , innovation school and neo - austrian school . hotspots in our country recent years are enterprise size , industrial concentration , market structure , as well as relation to performance , entering and exit mechanism and industrial system policy . this article takes over evolutionary economics ' s analytical approach to analyse institution and technology change , which may affect manufacturing industry , and using evolutive viewpoint to research competition , regional cooperation . based on industrial economics ' s theory , the artical puts forward that manufacturing industry take the leading function in economic structure transformation , manufacturing industry ' s laging is maxima drawback for the agro - industry change , and others
    产业结构理论早在威廉?配第的著作中已有论及,要点是产业间的相对收入差异导致劳动力的部门流动;后来又有关于劳动力在三次产业间移动趋势的研究,产业结构演替规律的分析,工业化过程与后工业化社会,工业结构的高加工度、高技术化及产业结构软化等问题的研究,我国建国后有关的理论最早探讨生产资料优先增长、两大部类比例关系等,目前的研究则趋于对产业结构变动的资源配置效应、产业政策、传统产业调整进行定量化研究。产业组织理论以微观经济学为基础,正统的产业组织理论的基本特征是scp分析范式,主要有哈佛学派和芝加哥学派、新制度学派和新奥地利学派。

Related Words

  1. 加工动力学
  2. 加工陡峭面
  3. 加工多头螺纹用铣刀
  4. 加工多余度
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