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培养化工类高职学生的科研能力初探 被引量:2

Preliminary Study on Cultivating the Scientific Researching Capability of Students Major in Chemical of High Vocational-technical Colleges
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摘要 相对于企业对人才的需求,学生科研能力的培养仍是高职教育目前存在的薄弱环节之一。基于当前化工类高职学生的科研能力培养过程中存在的问题,提出了相应的对策和措施。 Towards the requirement of talents from the establishments, cultivating the scientific researching ca- pability of students is still one of the weak links on High Vocational - technical education at present. Analyzing the present conditions of cultivating the scientific researching capability of students major in chemical, some measures has been discussed in this paper.
作者 颜康 刘李娥
出处 《化工时刊》 CAS 2011年第9期68-70,共3页 Chemical Industry Times
关键词 高职学生 化工 科研 能力培养 students of High Vocational - technical college chemical industry scientific research capability- cultivating
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  • 1杨立强,邓军.Seminar:培养研究生科研能力的有效途径[J].中国地质教育,2005,14(2):5-7. 被引量:35
  • 2徐华芬,邱永渠.高职学生职业技能的培养应落到实处[J].中国职业技术教育,2005,21(3):44-45. 被引量:14
  • 3马玉荣.学生科研:高校图书馆亟待加强的新服务领域[J].绍兴文理学院学报(哲学社会科学版),2005,25(3):111-113. 被引量:3
  • 4BARBOSA D, DOHERTY M F. Design and minimum reflus calculationgs for double-feed multicom poocot reactive distillation colum us[J]. Chem Eng Sci,1988,43(9):2377~2389.
  • 5BUZAD C , DOHERTY M F. Design of three- com ponent kioetically controlled reactive distillation columus using fixedpoint methods[J]. Chem Eng Sei , 1994, 49(12) : 1947~1963.
  • 6Scoocwad K. Schsfer. Clum for carrying out organic chemical reactions in coract with fiet , paniculme enalyms [P]. US:3579309 ,1971-10-21.
  • 7Shoemaict S D, Soncs E M Sr. Cumcac by enalycic distillation [J]. Hydrocarbon Processing , 1987,66(6) : 57~58.
  • 8SeadingW. P. Canalycic distillation-combising chemical reaction with productseparation[J]. Chemical Process, 1987, 50(2) :27~32.
  • 9Zhang si rui ,et. Process and apperans for preparation of cihylbcuzc by alkylation of because with dilmc cihyleat comaiocd in dry gas by canalycic distillation(P). US Paucon Application:20010018545. 2001.
  • 10许锡恩 辜家玲 刘牧娟.催化精馏.石油化工,1990,(1):414-418.

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