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  technology development
Such particle beams have a potential to be applied in numerous fields of scientific research as well as in medicine and technology development.
      
This approach allows assessing the impact of technology on pollution, is forward looking, and can yield information on the potential of on-the-shelf technology and provide opportunities for technology development.
      
The Japanese Smart Materials and Structures System Project started in 1998 as a five-year program funded by the Ministry of Economy, Trade and Industry (METI) and supported by the New Energy and Industrial Technology Development Organization (NEDO).
      
Technology Development as Innovative Crisis: Georg Simmel's Reflections on Modern Science and Technology
      
The topicality of intellectual technology development is substantiated.
      
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In this paper, the development of the cement technology and variety since foundation of the People's Republic of China was expounded. After early stage of modelling the experience of the Soviet Union, new varieties of cement were developed on the basis of china's own research results. The task of cement technology development, the major experience of new cement variety development and special type cement system in particular were comprehensively introduced.

本文阐述了新中国成立后水泥技术和品种的发展过程,提出了技术发展任务和开发新品种的主要经验,并对我国已经形成的特种水泥体系作了较详细的介绍。

Different types of zinc-nickel alloy electroplating baths and their performances as well as the corrosion resistance of the deposits obtained were summarized. Application of the art and future trends in technology development were described.

综述了三种不同类型的锌-镍合金电镀液组成、性能以及所得镀层的特性.介绍了锌镍合金电镀工艺的应用现状和前景.

Nearly 200 samples with their chemical composition of bodies and glazes and firing temperatures in Zhejiang ranging from the pottery of the Neolithic Age to the stamped pottery, protoporcelain, Yue Ware, Guan ware, Ge ware, Longquan celadon and etc have been indexed from the Chemical Composition Databases for Ancient Chinese Pottery and Porcelain (CCDACPP) and calculated and dealed with. It puts forward a conclusion of the manufacture technology development of ancient pottery and porcelain in Zhejiang...

Nearly 200 samples with their chemical composition of bodies and glazes and firing temperatures in Zhejiang ranging from the pottery of the Neolithic Age to the stamped pottery, protoporcelain, Yue Ware, Guan ware, Ge ware, Longquan celadon and etc have been indexed from the Chemical Composition Databases for Ancient Chinese Pottery and Porcelain (CCDACPP) and calculated and dealed with. It puts forward a conclusion of the manufacture technology development of ancient pottery and porcelain in Zhejiang region. It reveals the changeable regularity of body and glaze according to the different compositions and their interrelation as a link between the proceeding and followings. It also states the relation between the changing regularity of firing temperature and kiln improvement.With the help of step-by-step judgement and analysis of Multy-Bayes, the chemical composition for bodies of Guan ware and Ge ware has been processed successfully.The function formula distinguishing the two celadons was obtained as follows:△S=0.86X-2.43Y-47.82where X and Y stand for the percentages in mass of SiO_2 and Fe_2O_3 in body respectively.With the formula above, it is possible to distinguish two kinds of well known celadons which are similar in appearance.

从中国古陶瓷化学成分数据库中检索出近200个浙江地区始于新石器时期的陶器以及随后的印纹硬陶、原始瓷和越窑、官窑、哥窑与龙泉窑青瓷等胎、釉的化学组成及烧成温度数据,分别进行了计算和处理。从而对浙江地区古陶瓷工艺发展过程进行了总结。指出它们胎、釉在组成上的变化规律和相互之间的承启关系以及烧成温度的变化规律和炉窑改进的关系。 利用Bayes 多类逐步判别分析方法,对官、哥窑瓷胎的化学组成进行了处理。所得的两类青瓷的判别函数为: △S=0.86X-2.43Y-47.82 式中:X,Y分别为瓷胎中SiO_2和Fe_2O_3的质量百分数。利用上式即可区分两类在外观上十分相似的著名青瓷。

 
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