The article introduces the characteristics of the Engineering Index s auxiliary index,contrasts to the Index establishment of retrieval tools in China,and draws on experience of "Engineering Index",and stresses structured indexing advantages to improve our retrieval tools.
文章介紹美國《工程索引》的輔助索引編制情況,對比我國檢索工具索引編制的現(xiàn)狀,探討如何學習借鑒《工程索引》索引編排的優(yōu)點,改進我國工具書輔助索引編制的不足,以滿足用戶多種檢索途徑的需求。
Chinese mainland journals included in 《 Engineering Index》(EI);
《工程索引》(EI)收錄的中國大陸期刊
Based on the analyses of the Engineering Index and the Science Citation Index in USA, the paper presents that there is no other Chinese architectural magazine searched by the Science Citation Index and only two kinds of Chinese architectural magazines searched by the Engineering Index.
在分析美國工程索引EI和科學引文索引SCI的基礎(chǔ)上,研究了美國EI對中國建筑學期刊的檢索狀況。
of Engineering theses included in Engineering Index, the paper points out that many problems commonly existed in these theses will influence the international intercommunication and information retrieval, like the name and translation of the author, the organization and the title.
在統(tǒng)計和分析工程索引(2000～2002年)收錄我校論文的實際情況的基礎(chǔ)上,指出普遍存在于被收錄論文中影響國際交流和論文查詢的作者、機構(gòu)和標題等多方面問題,并參考相應的國際通用規(guī)范,提出促進教學科研人員學術(shù)論文撰寫的規(guī)范化方法,以進一步拓展國際交流。
Talking about Engineering Index (EI) and How to Increase the Citation Rate of the Papers;
談美國工程索引(EI)及如何提高論文被收錄率
To strengthen their academic exchanges,enhance their scientific research abilities and increase the output of high-quality theses,the engineering colleges and universities must,based on the EI taste,produce high-quality theses in English and contribute them to English periodicals with high index rate at home .
美國工程信息公司的《工程索引》被認為是世界上最全面和最權(quán)威的工程文獻數(shù)據(jù)庫,也是國際上頗具影響力的論文檢索工具。
This paper aims to present an output-input model initiated by the authors for evaluating the environmental impact of the typical road base materials on the cement granular soil,lime fly-ash granular soil and the industrial solid waste road base materials.
采用輸入輸出模型,通過清單分析和歸一化處理對我國典型的路面基層材料水泥穩(wěn)定粒料與石灰穩(wěn)定粒料以及幾種工業(yè)固體廢棄物路面基層材料的環(huán)境影響進行了研究并和水泥混凝土進行了對比。