工程地质学报的增刊是什么
工程地质学报的增刊是什么
增刊 ,从来没有核心之说,增刊 的确是连 最最普通的省级期刊都不如的!!
工程地质学报增刊都这么难发吗?
好像没那么夸张吧?你说岩石力学与工程学报增刊比较难发我还相信?只能说你水平还没能上升到一定程度,还是好好练练内功吧。记得当时第一次发岩石力学与工程学报正刊(建筑水利行业排名第一,EI核心收录期刊,正刊增刊100%EI收录)也是很痛苦,但是第二次发的时候就要简单得多了。发文章关键看你有没有好的idea,还有就是你自己的论文写作水平了。多写几篇好点的论文,循序渐进,水平自然就提高了,我相信你能成功的!
工程地质学报的期刊简介
《工程地质学报》是我国工程地质学科综合性的高级学术期刊。1993年批准创刊发行。现为双月刊,大16开本,每期112页,国内外公开发行。 《工程地质学报》办刊宗旨是加强学术交流,促进工程地质科学的了理论、应用和技术的发展,使工程地质学科更好地为国民经济建设服务。 《工程地质学报》着重于理论研究和工程实践的结合。学报主要介绍当前规划、设计和在建国家重点工程的工程地质和地质环境实例及其论证;讨论理论进展和方法创新;讨论在土木、水电、铁路、公路及矿山建设、城乡规划、地质环境和灾害治理,以及能源和工业采掘等方面的新技术和经验。适用于科研工作者、高校师生和专业工程技术人员参阅。 《工程地质学报》由中国科学院地质与地球物理研究所主办,由中国科学院工程地质力学重点研究实验室、协同中国地质学会工程地质专业委员会及国际工程地质学会中国国家小组编辑。中国工程院院士,国际工程地质与环境协会前主席王思敬研究员任本刊主编。编辑委员会由国内外知名的工程地质学家和工程师构成 。
参考文献及资料
[1] 胡二帮,彭理通,陆雍森等 . 环境风险评价实用技术和方法 [M]. 北京: 中国环境科学出版社,2006
[2] 黄崇福 . 自然灾害风险评价 - 理论与实践 [M]. 北京: 科学出版社,2005
[3] 陆雍森 . 环境评价 [M]. 同济大学出版社,1999
[4] Frank A. Swartjes. Risk-based Assessment of Soil and Groundwater Quality in the Netherlands: Standards and Remediation Urgency. Risk Analysis,19 (6): 1235 - 1247,1999
[5] Imran Maqsood, Jianbing Li, Guohe Huang, yuefei Huang. Simulation-based risk assessment of contaminated sites under remediation scenarios,planning periods,and land-use patterns-a Canadian case study. Stoch Environ Res Risk Assess (2005)19: 146 - 157
[6] NRC. Science and Judgment in Risk assessment [M]. National academy press,Washington,DC. ,1994.
[7] NAS (1983): Risk Assessment in the Federal Government: Managing the Process. NationalAcademy Press, Washington. DC
[8] USEPA (1986): Guidelines for carcinogen risK assessment. Fed. Regist,51: 3992 - 4003
[9] USEPA (1986): Guidelines for mutagenicity risk assessment. Fed. Regist. 51: 3400 - 4021
[10] 192. USEPA (1986): Guidelines for the Health risk assessment of chemical mixturse. Fed. Regist51: 3401 -4025
[11] USEPA (1986): Guidelines for developmental toxicity risk assessment. Fed. Regist. 51: 3402 - 4040
[12] V. N. Zhukinskii,Environmental Risk and Environmental Damage to Surface Water Quality: Topicality,Terminology, Quantitative Estimates, Water Resources, Publisher: MAIK Nauka / Interperiodica co-published with Springer Science Business Media,Inc. ISSN: 0097 - 8078 (Paper)1608 - 344X (Online),DOI: 10. 1023 / A: 1022970122076,Issue: Volume 30,Number 2,Date: March 2003,Pages: 191 - 198
[13] Belluck D A, Hull R N, Benjamin S L, Alcorn J, Linkov I, Environmental security, critical infrastructure and risk assessment: Definitions and current trends,nato Security through Science Series,Publisher: Springer Netherlands, Volume 5 /2006, Title: Environmental Security and Environmental Management: The Role of Risk Assessment,Editors: BenoitMorel,Igor Linkov,ISBN: 1 - 4020 - 3891- 7,DOI: 10. 1007 /1 - 4020 - 3893 - 3,Chapter: pp. 1 - 16
[14] DAVID LEWIS FELDMAN,RUTH ANNE HANAHAN,RALPH PERHA. RESEARCH: Environmental Priority-Setting Through Comparative Risk Assessment,Environmental Management,Publisher: Springer New York, ISSN: 0364 - 152X (Paper )1432 - 1009 (Online ), DOI: 10. 1007 / s002679900203,Issue: Volume 23,Number 4,Date: May 1999,Pages: 483 - 493
[15] 毛小苓,刘阳生 . 国内外环境风险评价研究进展 . 应用基础与工程科学学报,200 (3)266 -272,2003
[16]Anon (1994a)Commission regulation (EC)No. 1488 /94 of 28 June 1994 laying down the principles for the assessment of risks to man and the environment of existing substances in accor-dance with Council regulation (EEC)No. 793 /93 (Text with EEA relevance). Official journal No L (161),29 June 1994:0003 - 0011
[17] 刘小琴,朱坦 . 城市化进程中环境风险评价的一些问题探讨 . 中国安全科学学报,14 (3)92 - 95,2004
[18] Ho K, Leroi E, Roberds B (2000 )Quantitative risk assessment-application, myths and future204. directions. Keynote Paper. In: Proc Geo-Eng Conf,Nov,Melbourne,Australia,Publ 1,pp. 269 - 312
[19] 205. Anon (1994b )Resolution of the Slovak Agricultural Ministry No. 531 /1994 - 540 on upper permissible values of hazardous substances in soils. Official publication. Vol. XXVI,part 1
[20]Anon (1998a)Methodological directive of 22 October 1998 No. 623 /98 - 2 of the Slovak Environmental Ministry concerning guidelines for risk assessment and management. In: Stand-points, reports and information of MZP SR,pp. 51 - 71
[21] 中国地质调查局 . 《城市环境地质调查评价规范》(DD2008 - 03),2008
[22] 刘长礼,张云,叶浩,董华,侯宏冰,张明,姜建梅,裴丽欣 . 包气带土层的防污性能试验研究及其对地下水脆弱性评价的影响,地球学报,2006 年 8 月,第 27 卷第 4 期,总 96 期,27 (4):289 - 296
[23] 王秀艳,刘长礼等 . 废物处置场地下水污染地质控制方法新探索,农业环境科学学报,2004 第6 期
[24] 刘长礼,王秀艳等 . 低渗透介质孔隙水渗透规律,工程地质学报,2004 年 12 卷,增刊
[25] 刘长礼,王秀艳,张云等 . 城市垃圾卫生填埋场粘性土衬垫的截污容量及其研究意义,地质论评,2000 年 1 月第 1 期
[26] Gogu RC,Dassargues A (2000 )Current trends and future challenges in groundwater vulnerability assessment using overlay and index methods. Environ Geol 39: 549 - 559
[27] 142. Gogu RC, Hallet V, Dassargues A (2003 )Comparison of aquifer vulnerability assessment techniques. Application to the Neblon river basin (Belgium). Environ Geol 44: 881 - 892
[28] Greek Ministry of Environment,Physical Planning and Public Works (1986)Law 1650 for the Protection of the Environment. Official Gazette 160 / A /1986
[29]National Research Council (1993)Ground water vulnerability assessment: predicting relative contamination potential under conditions of uncertainty. Common Techniques for Assessing Ground Water Vulnerability,Water Science Technology Board, Committee for Geosciences and Environmental Resources, National Academy of Sciences,pp. 204
[30] 刘长礼,张云等 . 北京市垃圾处置的地质 - 生态环境评价 [R],地质调查项目成果报告,2001 年12 月
[31] George Tchobanoglous, T. , Theisen, H. , and Vigil, S. , (1993 )” Integrated Soild Waste Management,Engineering Principles and Management Issues,”McGraw-Hill,Inc
[32] Clayey barriers: compaction/hydraulic conductivity and clay mineralogy. Clay-leachate compatibility by Measurement of hydraulic conductivity
[33] Abdel M. O. Mohamed. etc. ,Contaminant migration in engineered clay barriers duet,to heat and moisture Redistribution under freezing conditions,ENVIRONMENT ENGINEERING (1 - 7)
[34] Walsh,J. J. and Kinman,R. N. , (1979)“leachate and Gas Production under Controlled Moisture Conditions,” Land Disposal: Municipal Soild Waste, D. W. Shultz ed. ,5thAnnu. Res Symp. , U. nmetnal Protection Agency,Cincinnati,Ohio,EPA - 600 /9 - 79 /023,pp. 41 - 57
[35] Atmaca E (2004)Examination and replanning of solid waste management of Sivas City Center. PhD Thesis,Cumhuriyet University Graduate School of Natural and Applied Sciences,Sivas,pp. 137
[36] U. S. Environmental Protection Agency,“Environmental Radiction Protection Standards for Management and Disposal of Spent Nuclear Fuel,High-Level and Transuranic Radioactive Wastes; Final Rule,”40 CFR Part 191,Fed. Reg. 58,66398 - 66416 (1993)
[37] U. S. Environmental Protection Agency, “40 CFR Part 194: Criteria for the Certilication and Re-Certilication of the Write Isolation Pilot Plant's Compliance with the 40 CFR Part Disposal Regulations; Final Rule,”Fed. Reg. 61,5224 - 5245 (1996)
[38] U. S. Environmental Protection Agency. “Criteria for the Certilication and Re-Certilication of the ante Isolation Pilot Plant's Compliance With the Disposal Regulations: Certilicalion Decision: Final Rule'Fed. Reg. 63,27353 - 27406 (1998)
[39]Sandia National Laboratories,Preliminary Comparison with 40 CFR 191,Subpart Br the Waste Isolation Pilot Plant, December 1991, SAND 91 - 0893 (Sandia National Laboratories, Albuquerque, New Mexico,1991)
[40] Michael Angelo B. Promentilla· Genandrialine L. Peralta,An evaluation of landfill disposal of asbestos-containing waste and geothermal residues within a risk-assessment framework,Integrated Management for Hazardous Waste [J],Mater Cycles Waste Manage (2003)5: 13 - 21
[41] MAIKE SCHAEFER,THE LANDFILL OF TBT CONTAMINATED HARBOUR SLUDGE ON RINSING FIELDS-A HAZARD FOR THE SOIL FAUNA-RISK ASSESSMENT WITH EARTHWORMS: 266 - 279
[42] E. Bocanegra · H. M assone · D. Martinez · C. Civit · M. Farenga,Groundwater contamination: risk management and assessment for landfills in Mar del Plata,Argentina,Environmental Geology 40 (6 )March 2001·⑥Springer-erlag: 732 - 741
[43] William B. Mills,Christine S. Lew,land Cheng Y. Hung,Sensitivity Presto Technique of Concentration and Risk Predictions in the and MMSOILS Multimedia Models: Regression Assessment,Risk Anaysis,Vol. 19,No. 3,1999: 511 - 526
[44 ] E. Bocanegra, H. Massone, D. Martinez, E. civit, M. Farenga. Groundwater contamination: risk management and assessment for landfills in Mar del Plata, Argentina. Environmental Geology, 40(6),2001
[45]Michael Angelo B. Promentilla · Genandrialine L. Peralta,An evaluation of landfill disposal of asbestos-containing waste and geothermal residues within a risk-assessment framework,J Mater Cycles Waste Manag(2003)5: 13 - 21, Springer-Verlag 2003
[46] 刘长礼,张云,殷密英等 . 城市垃圾地质环境影响评价方法 [M]. 北京: 地质出版社,2006
[47] 朱发庆等 . 东湖水污染经济损失研究,环境科学学报 1993 年第二期
[48] 刘希林,莫多闻,王小丹 . 区域泥石流易损性评价 . 中国地质灾害与防治学报,第 12 卷第 2 期,2001 年 6 月
[49] 赵源,刘希林 . 泥石流灾害损失评价 . 中国地质灾害与防治学报,第 16 卷第 3 期 2005 年 9 月
[50] 刘长礼 . 城市地质环境风险经济学评价 . 北京: 地质出版社,2010
工程地质学报的投稿须知
1、《工程地质学报》杂志社要求来稿请注明以下信息:作者姓名、职称/职务、工作单位、联系电话、电子邮箱、邮政编码。来稿文章字数以6000-8000为宜,摘要字数控制在300-500字左右,英文摘要控制在300 words左右。关键词3-5个。 2、 图/表格:图最好为黑白色,表用三线表。图内、表内汉字为六号宋体,数字、字母为六号新罗马体。通栏图、表宽不超过15cm,半栏图、表不超过7.5cm。图、表的中英文题目齐全,小五号字。坐标轴上的刻度线朝内。如: 3、单位:有关记号的使用应符合国家标准,例如:sin-1应为arcsin, ctg应为cot, tg应为tan, ppm等表示法已要求停止使用;除特征数外,变量应使用单个字母表示(或带下标的单字母,否则由多个字母表示单个变量,易被误解为多个变量相乘)。 4、《工程地质学报》编辑部提示注释主要用于对文章篇名、作者及文内某一特定内容作进一步的解释或说明,文中以注号(例①、②)表示。 5、参考文献应按文中出现的先后顺序排列,并在文中相应处用上角标注明,未公开发表的文献请勿引用。
上一篇:想找个人投资出书
下一篇:中国口岸科学技术杂志介绍