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SCI期刊名：
WATER RESEARCH
出版周期：
Semimonthly
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PERGAMON-ELSEVIER SCIENCE LTD, THE BOULEVARD, LANGFORD LANE, KIDLINGTON, OXFORD, ENGLAND, OX5 1GB
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& 时间： 05:10
The following timeline is for my recent submission to Water Research.
Submitted to the journal: March 25th, 2017
Editor invited: March 30th, 2017
Editor assigned: April 03th, 2017
Under review: April 10th, 2017
Under review: April 22th, 2017
Under review: April 26th, 2017
& 时间： 14:59
The following timeline is for my recent submission to Water Research.
Submitted to the journal: March 29th, 2017
Editor invited: March 31st, 2017
Editor assigned: April 06th, 2017
Under review: April 07th, 2017
Under review: April 11th, 2017
Under review: April 13th, 2017
Under review: April 21st, 2017
I am pleased to inform you that the status of your submission has now progressed to: 'minimal number of reviews received': May 07th, 2017
With editor: May 07th, 2017
Reject: May 07th, 2017
研究方向: 化学科学 环境化学 污染控制化学
投稿周期: 约3个月
录用情况: 已投结果未知
& 时间： 23:13
4月29日投稿
5月2日给稿号
5月20日 under review
7月20日 major revision
7月25日 返回修改稿
8月8日左右 under review
8月21日 Accepted
8月22日 Online
8月23日 Proof
研究方向: 工程与材料 建筑环境与结构工程 环境工程
投稿周期: 约3个月
录用情况: 已投修改后录用
& 时间： 16:15
WR投稿后反应很慢，几周后状态才变化。审稿周期较长，审稿人增加到3个。审稿人的态度很认真，意见写得很长。但是最大的问题是，审稿人不是同行，不知是否随机指派的审稿人，完全不关注你做的什么和论文写的什么。审稿意见中要我解释一些本领域最基本的概念，问了一些完全不搭调的问题以及语法问题，最终with editor 2周后给了拒稿。这已经不是第一次这样了，我也懒得argue了，直接改改投别的杂志。总体来说，我的研究还是与传统水处理差异性较大，这样就代表了风险性较高。但是WR的审稿系统中绝对有小同行，只是编辑没有给分配。Anyway，投个传统的水处理论文可能好过一些， 太交叉或者太新的方向风险较大。
研究方向: 工程与材料 建筑环境与结构工程 环境工程
投稿周期: 约3个月
录用情况: 已投被拒
& 时间： 22:53
前几天刚接收第一篇WR，3月份投稿，6月初初审完毕。两个审稿人，第一个审稿人建议在分析上加强，以及其它问题合计4页；另一个审稿人就几条意见，主要是让我对文章中的几个结论给出更合理的解释，比较好对付。主编给了Major revision，花了近一个月的时间回复审稿人的意见，最后的Response写了10几页，并按要求增加了新的分析方法。返修后没几天就收到邮件提示审稿意见已经回到主编那，状态变成了with editor。在焦虑中等待了两个多星期，终于等到了Editor decision——accepted。感觉WR没想象中的那么难，可能是我文章创新性还行，又遇到了比较仁慈的审稿人和主编，另外，对审稿意见我做了很认真，很认真，很认真的回复。
研究方向: 生命科学 生态学 全球变化生态学
投稿周期: 约3个月
录用情况: 已投修改后录用
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随时随地聊科研Water Research | Vol 68, Pgs 1-850, (1 January 2015) |
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<font color="#006600"A journal of the International Water Association,
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&Not entitled to full textpp. 1-334 (1 February 2015)&Not entitled to full textVolume 68 - selectedpp. 1-850 (1 January 2015)&Issue contains Open Access articlespp. 1-376 (15 December 2014)&Issue contains Open Access articlespp. 1-486 (1 December 2014)&Not entitled to full textpp. 1-428 (15 November 2014)&Issue contains Open Access articlespp. 1-322 (1 November 2014)&Not entitled to full textpp. 1-326 (15 October 2014)&Not entitled to full textpp. 1-302 (1 October 2014)&Issue contains Open Access articlespp. 1-308 (15 September 2014)&Issue contains Open Access articles
&&&RIS (for EndNote, Reference Manager, ProCite)&BibTeX&Text&RefWorks Direct Export&Citations Only&Citations and AbstractsOpen Archive articles&Entitled to full textReview ArticlePages 1-11Camille Haman, Xavier Dauchy, Christophe Rosin, Jean-Fran?ois Munoz
&Not entitled to full textReview ArticlePages 34-55Onur Guven Apul, Tanju Karanfil
HighlightsoA critical review of ~80 recent publications on adsorption of ~100 SOCs by CNTs.oA thorough CNT characterization summary including global CNT market changes.oAn in-depth molecular level discussion on adsorption mechanisms of SOCs by CNTs.oA summary of statistical model development studies.&Not entitled to full textReview ArticlePages 150-170Uwe Hübner, Urs von Gunten, Martin Jekel
&Not entitled to full textReview ArticlePages 304-315Ravi Shankar, Won Joon Shim, Joon Geon An, Un Hyuk Yim
&Not entitled to full textReview ArticlePages 467-478Silvio Matassa, Nico Boon, Willy Verstraete
&Not entitled to full textOriginal Research ArticlePages 12-23Long-Fei Wang, Nuzahat Habibul, Dong-Qin He, Wen-Wei Li, Xing Zhang, Hong Jiang, Han-Qing Yu
&Not entitled to full textOriginal Research ArticlePages 24-33Yuanyuan Sun, Bin Gao, Scott A. Bradford, Lei Wu, Hao Chen, Xiaoqing Shi, Jichun Wu
&Not entitled to full textOriginal Research ArticlePages 56-66Suvi Suurn?kki, Gonzalo V. Gomez-Saez, Anne Rantala-Ylinen, Jouni Jokela, David P. Fewer, Kaarina Sivonen
&Not entitled to full textOriginal Research ArticlePages 67-76Jo?o A.B. Sousa, Caroline M. Plugge, Alfons J.M. Stams, Martijn F.M. Bijmans
HighlightsoStable operation of a sulfate reducing bioreactor at haloalkaline conditions.oAt haloalkaline conditions, biomass granules or flocks are not formed.oBiomass attachment to the bioreactor glass walls was observed.oNo attachment was observed to iron sulfide, calcite and magnesite.oDominant bacterial population was closely related to Tindallia texcoconensis.&Not entitled to full textOriginal Research ArticlePages 77-86Tingting Gong, Xiangru Zhang
&Not entitled to full textOriginal Research ArticlePages 87-97Yanjun Ma, Jacob W. Metch, Eric P. Vejerano, Ian J. Miller, Elena C. Leon, Linsey C. Marr, Peter J. Vikesland, Amy Pruden
&Not entitled to full textOriginal Research ArticlePages 98-108Aleksandra Jelic, Sara Rodriguez-Mozaz, Damia Barceló, Oriol Gutierrez
&Not entitled to full textOriginal Research ArticlePages 109-118Yiwen Liu, Keshab R. Sharma, Markus Fluggen, Kelly O'Halloran, Sudhir Murthy, Zhiguo Yuan
&Not entitled to full textOriginal Research ArticlePages 119-126Wenzheng Yu, John Gregory, Luiza C. Campos, Nigel Graham
HighlightsoAlCl3 and PACl show great differences as coagulants.oAdding particles after AlCl3 gives different floc structure. No effect with PACl.oParticle nature and concentration greatly affect optical monitor response.oProperties of ‘sweep’ flocs dominated by nature of hydroxide precipitate.&Not entitled to full textOriginal Research ArticlePages 127-139N. Hubaux, G. Wells, E. Morgenroth
&Not entitled to full textOriginal Research ArticlePages 140-149Sheldon Masters, Hong Wang, Amy Pruden, Marc A. Edwards
HighlightsoThe use of chlorine produces higher iron weight loss versus chloramines.oDenitrification potential is widespread in distribution systems.oDenitrification has implications for water quality, infrastructure integrity, and corrosion.oThe worst localized iron corrosion occurred at high water age in chloraminated system.&Not entitled to full textOriginal Research ArticlePages 171-181E. Ekklesia, P. Shanahan, L.H.C. Chua, H.S. Eikaas
&Not entitled to full textOriginal Research ArticlePages 182-193Qianhui Xu, Yun Ye, Vicki Chen, Xianghua Wen
&Not entitled to full textOriginal Research ArticlePages 194-205Podmirseg Sabine Marie, Thomas Pümpel, Rudolf Markt, Sudhir Murthy, Charles Bott, Bernhard Wett
&Not entitled to full textOriginal Research ArticlePages 206-216Xin Hu, Zhuhong Ding, Andrew R. Zimmerman, Shengsen Wang, Bin Gao
&Not entitled to full textOriginal Research ArticlePages 217-226Kun Shi, Yunlin Zhang, Yunmei Li, Lin Li, Heng Lv, Xiaohan Liu
&Not entitled to full textOriginal Research ArticlePages 227-237Mariya Ikari, Yoshihiko Matsui, Yuta Suzuki, Taku Matsushita, Nobutaka Shirasaki
&Not entitled to full textOriginal Research ArticlePages 238-248Anthony M. Kennedy, Allison M. Reinert, Detlef R.U. Knappe, Imma Ferrer, R.Scott Summers
&Not entitled to full textOriginal Research ArticlePages 249-261Nathalie Adam, Frédéric Leroux, Dries Knapen, Sara Bals, Ronny Blust
HighlightsoZnO nanoparticles (NPs) quickly dissolve after addition to the medium.oMost CuO NPs aggregate in the medium, while only a small fraction dissolves.oDaphnids exposed to the NPs can regulate their internal zinc and copper concentration.oCuO NPs accumulate in the gut but do not penetrate cells or tissues.oThe toxicity of ZnO and CuO NPs to daphnids is caused by the dissolved fraction.&Not entitled to full textOriginal Research ArticlePages 262-272B. Lakghomi, Y. Lawryshyn, R. Hofmann
&Not entitled to full textOriginal Research ArticlePages 273-281Yao Chen, Massimiliano Fabbricino, Marc F. Benedetti, Gregory V. Korshin
&Not entitled to full textOriginal Research ArticlePages 282-290Zhijiang Lu, Rubén Reif, Jay Gan
&Not entitled to full textOriginal Research ArticlePages 291-303Liping Wang, Aimin Li
&Not entitled to full textOriginal Research ArticlePages 316-327Ruijuan Qu, Bingzhe Xu, Lingjun Meng, Liansheng Wang, Zunyao Wang
&Not entitled to full textOriginal Research ArticlePages 328-341Anna Guittonny-Philippe, Véronique Masotti, Magalie Claeys-Bruno, Laure Malleret, Bruno Coulomb, Pascale Prudent, Patrick H?hener, Marie-?léonore Petit, Michelle Sergent, Isabelle laffont-Schwob
&Not entitled to full textOriginal Research ArticlePages 342-353Christian Kazadi Mbamba, Damien J. Batstone, Xavier Flores-Alsina, Stephan Tait
&Not entitled to full textOriginal Research ArticlePages 354-363Mohan Basnet, Caroline Di Tommaso, Subhasis Ghoshal, Nathalie Tufenkji
&Not entitled to full textOriginal Research ArticlePages 364-373Fabiana Passos, Ivet Ferrer
HighlightsoHydrothermal pretreatment enhanced microalgae anaerobic biodegradability in BMP tests.oBest pretreatment condition (130 °C; 15 min) was studied in continuous reactors.oMethane yield (0.17 LCH4/g VS) increased by 40% at 20 days HRT after pretreatment.oMicroscopic images showed that cells were disrupted and digested after pretreatment.&Not entitled to full textOriginal Research ArticlePages 374-386Yayi Wang, Shuai Zhou, Hong Wang, Liu Ye, Jian Qin, Ximao Lin
&Not entitled to full textOriginal Research ArticlePages 387-393Takashi Onodera, Gen Kanaya, Kazuaki Syutsubo, Yuma Miyaoka, Masashi Hatamoto, Takashi Yamaguchi
&Not entitled to full textOriginal Research ArticlePages 394-403Tian-Yang Zhang, Bin Xu, Chen-Yan Hu, Yi-Li Lin, Lin Lin, Tao Ye, Fu-Xiang Tian
&Not entitled to full textOriginal Research ArticlePages 404-413Zhigang Wang, Jing Cao, Fangang Meng
&Not entitled to full textOriginal Research ArticlePages 414-422M.R. Brown, S. Camézuli, R.J. Davenport, E. Petelenz-Kurdziel, L. ?vre?s, T.P. Curtis
Open Access&Open Access Article&Original Research ArticlePages 423-431Wenli Huang, Wei Cai, He Huang, Zhongfang Lei, Zhenya Zhang, Joo Hwa Tay, Duu-Jong Lee
&Not entitled to full textOriginal Research ArticlePages 432-443Julie A. Korak, Eric C. Wert, Fernando L. Rosario-Ortiz
&Not entitled to full textOriginal Research ArticlePages 444-453Ming Su, Jianwei Yu, Junzhi Zhang, Hui Chen, Wei An, Rolf D. Vogt, Tom Andersen, Dongmin Jia, Jingshi Wang, Min Yang
&Not entitled to full textOriginal Research ArticlePages 454-466Kalinda Watson, Maria José Farré, Nicole Knight
HighlightsoBrominated DBP concentrations were increased by PAC and MIEX(R) treatments.oPAC caused greater brominated disinfection by-product formation than MIEX(R).oMIEX(R) adsorbs iodide concurrently with bromide and natural organic matter.&Not entitled to full textOriginal Research ArticlePages 479-486Jie Ma, William G. Rixey, Pedro J.J. Alvarez
HighlightsoFermentation was stimulated after source removal of due to reduced ethanol toxicity.oMethanogenesis outlasted ethanol, and was likely supported by soil-bound organic carbon.oMonitoring of problematic metabolites after ethanol disappears should be considered.&Not entitled to full textOriginal Research ArticlePages 487-497C.W. Cuss, C. Guéguen
&Not entitled to full textOriginal Research ArticlePages 498-509M.C. Gagliano, C.M. Braguglia, A. Gianico, G. Mininni, K. Nakamura, S. Rossetti
&Not entitled to full textOriginal Research ArticlePages 510-521Kelly A. Landry, Peizhe Sun, Ching-Hua Huang, Treavor H. Boyer
&Not entitled to full textOriginal Research ArticlePages 522-532Olga Auguet, Maite Pijuan, Helena Guasch-Balcells, Carles M. Borrego, Oriol Gutierrez
&Not entitled to full textOriginal Research ArticlePages 533-544Alaa Karkashan, Basma Khallaf, Jacqueline Morris, Nerida Thurbon, Duncan Rouch, Stephen R. Smith, Margaret Deighton
HighlightsoBacLight accurately enumerated viable eggs of Ascaris suum in sewage sludge.oThe method does not require extended incubation as does the standard method.oThe method could be used for examining decay rates in simulation studies.oIt could also be used to assess viability in heavily contaminated field sludge.oMost field sludge samples would require a recovery step prior to vital staining.&Not entitled to full textOriginal Research ArticlePages 545-553Linh Thi Thuy Cao, Hiroya Kodera, Kenichi Abe, Hiroyuki Imachi, Yoshiteru Aoi, Tomonori Kindaichi, Noriatsu Ozaki, Akiyoshi Ohashi
&Not entitled to full textOriginal Research ArticlePages 554-562Zhanfei He, Sha Geng, Lidong Shen, Liping Lou, Ping Zheng, Xinhua Xu, Baolan Hu
&Not entitled to full textOriginal Research ArticlePages 563-571Zhenyao Shen, Yucen Zhong, Qin Huang, Lei Chen
In this study, a new framework for targeting priority management areas (PMAs) was designed for watersheds with multiple water functional zones. This new approach is based on hierarchical calculations that quantify the perturbation of multiple spatial assessment units to the water quality of nearby water bodies. Based on the results, this new tool offers an optimal strategy for locating comprehensive and cost-effective management practices at the watershed scale.&Not entitled to full textOriginal Research ArticlePages 572-579Li Yan, Yuying Huang, Jinli Cui, Chuanyong Jing
&Not entitled to full textOriginal Research ArticlePages 580-588Seyong Park, Moonil Kim
Schematics of the experimental set-up for EWS, ammonia stripping, and the BMP test.&Not entitled to full textOriginal Research ArticlePages 589-600Christy M. Dykstra, Hamilton D. Giles, Sujit Banerjee, Spyros G. Pavlostathis
&Not entitled to full textOriginal Research ArticlePages 601-615Nuria Montpart, Laura Rago, Juan A. Baeza, Albert Guisasola
&Not entitled to full textOriginal Research ArticlePages 616-626Naofumi Kozai, Shinichi Suzuki, Noboru Aoyagi, Fuminori Sakamoto, Toshihiko Ohnuki
HighlightsoThe Fukushima Nuclear Accident contaminated sewage sludge ash (SSA) with 137Cs.o137Cs in SSAs accumulates in iron oxides and silicates.oHeating SSA powder in HCl dissolves iron oxides and removes 80–90% of 137Cs.oThe remaining Cs is fixed in the HCl-treatment residue (quartz and feldspar).oThe Cs in the residue is non-leacheable to environmental water.&Not entitled to full textOriginal Research ArticlePages 627-636Thomas O. Worley-Morse, Claudia K. Gunsch
&Not entitled to full textOriginal Research ArticlePages 637-650Viviana Fonti, Francesca Beolchini, Laura Rocchetti, Antonio Dell'Anno
&Not entitled to full textOriginal Research ArticlePages 651-666Yago Lorenzo-Toja, Ian Vázquez-Rowe, Sergio Chenel, Desirée Marín-Navarro, María Teresa Moreira, Gumersindo Feijoo
&Not entitled to full textOriginal Research ArticlePages 667-679Jing Huang, Zhao-Hui Yang, Guang-Ming Zeng, Hui-Ling Wang, Jing-Wu Yan, Hai-Yin Xu, Cheng-Liu Gou
&Not entitled to full textOriginal Research ArticlePages 680-691Chang Soo Lee, Sang-Ah Lee, So-Ra Ko, Hee-Mock Oh, Chi-Yong Ahn
&Not entitled to full textOriginal Research ArticlePages 692-700Sofia Bonilla, Honghi Tran, D.Grant Allen
&Not entitled to full textOriginal Research ArticlePages 701-709T. Alvarino, S. Suarez, E. Katsou, J. Vazquez-Padin, J.M. Lema, F. Omil
&Not entitled to full textOriginal Research ArticlePages 710-718Chenghao Luo, Fan Lü, Liming Shao, Pinjing He
&Not entitled to full textOriginal Research ArticlePages 719-730David G. Wahman, Gerald E. Speitel Jr.
&Not entitled to full textOriginal Research ArticlePages 731-739Hendrik Paar, Aki Sebastian Ruhl, Martin Jekel
&Not entitled to full textOriginal Research ArticlePages 740-749Cuiqin Yin, Fangang Meng, Guang-Hao Chen
&Not entitled to full textOriginal Research ArticlePages 750-758Yongze Liu, Jin Jiang, Jun Ma, Yi Yang, Congwei Luo, Xiaoliu Huangfu, Zhongkai Guo
&Not entitled to full textOriginal Research ArticlePages 759-770Iria González-Mari?o, José Benito Quintana, Isaac Rodríguez, Miriam Cores, Rafael Cela
&Not entitled to full textOriginal Research ArticlePages 771-783Mehrnaz Zare Afifi, Ernest R. Blatchley III
&Not entitled to full textOriginal Research ArticlePages 784-792Michael J. Greenwald, Adam M. Redding, Fred S. Cannon
&Not entitled to full textOriginal Research ArticlePages 793-803C.M. Castro-Barros, M.R.J. Daelman, K.E. Mampaey, M.C.M. van Loosdrecht, E.I.P. Volcke
&Not entitled to full textOriginal Research ArticlePages 804-811Xinran Zhang, Weiguang Li, Ernest R. Blatchley III, Xiaoju Wang, Pengfei Ren
&Not entitled to full textOriginal Research ArticlePages 812-820Xiaohui Bai, Xinghua Zhi, Huifeng Zhu, Mingqun Meng, Mingde Zhang
&Not entitled to full textOriginal Research ArticlePages 821-830Borja Valverde-Pérez, Elham Ramin, Barth F. Smets, Benedek Gy Plósz
HighlightsoNovel enhanced biological phosphorus removal and recovery system (EBP2R) is developed.oP recovery of up to 75% of the influent phosphate is achieved using the EBP2R.oThe system can construct different effluent N to P ratios for micro-algae cultivation.oThe system is stabilized by keeping low oxygen levels in the aerobic reactor.oGSA shows that the effluent quality mainly depends on the influent fractionation.&Not entitled to full textOriginal Research ArticlePages 831-838Xuan Hao Lin, Deepa Sriramulu, Sam Fong Yau Li
&Not entitled to full textOriginal Research ArticlePages 839-848Miki Sakuma, Taku Matsushita, Yoshihiko Matsui, Tomoko Aki, Masahito Isaka, Nobutaka Shirasaki
&Not entitled to full textPage 849Torsten Meyer, Elizabeth A. Edwards
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文章投了Water Research，快三周了还在Editor invited！求高人指教！！
文章投了Water Research，快三周了还在Editor invited！怎么这么长时间呢？
而且一周前mail问他们也没有回复。。。为什么这样？求高人指教！！
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　2016高二英语综合检测练习Unit 5 试题（新人教版必修5有答案）.doc 43页
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2016高二英语综合检测练习Unit5试题（新人教版必修5有答案）本资料为WoRD文档，请点击下载地址下载全文下载地址莲山课件kj.comUnit5　综合测试题时间：120分钟，满分：150分第一部分：听力(共两节，满分30分)第一节(共5小题；每小题1.5分，满分7.5分)听下面5段对话。每段对话后有一个小题，从题中所给的A、B、c三个选项中选出最佳选项，并标在试卷的相应位置。听完每段对话后，你都有10秒钟的时间来回答有关小题和阅读下一小题。每段对话仅读一遍。1．Whatdoesthemanmean?A．Hisbikehasbeenlenttosomeoneelse.B．Thewomancanusehisbiketoday.c．Thewomancanusehisbikeaslongasshelikes.2．Howlongdoesthematchlast?A．Foronehour.B．Foranhourandahalf.c．Foronehourandforty－fiveminutes.3．Whatdoesthewomanmean?A．PeopleinhercountryhavealotincommonwiththeFrench.B．Peopleinhercountrydon’tputthebreadonthetable.c．Peopleinhercountrydon’tofteneatbread.4．What’sthepossiblerelationshipbetweenthetwospeakers?A．Teacherandstudent.B．Doctorandpatient.c．motherandson.5．What’stheweatherliketoday?A．cold.　　B．cool.　c．Hot.第二节(共15小题；每题1.5分，满分22.5分)听下面5段对话或独白。每段对话或独白后有几个小题，从题中所给的A，B，c三个选项中选出最佳选项，并标在试卷的相应位置。听每段对话或独白前，你将有时间阅读各个小题，每小题5秒钟；听完后，每小题将给出5秒钟的作答时间。每段对话或独白读两遍。听第6段材料，回答第6至7题。6．What’swrongwiththewoman?A．Herthroataches.B．Herheadaches.c．Shehasgotafever.7．WhoisLinFang?A．Thewoman’sclassmate.B．Thewoman’sroommate.c．Thewoman’sstudent.听第7段材料，回答第8至10题。8．Whatdidthemandoduringthevacation?A．Hewentcampingincalifornia.B．Hevisitedhisclassmatesincalifornia.c．Heworkedincalifornia.9．Whoarethetwoyoungmeninthatpicture?A．Teachers.B．Travelers.c．Theman’soldfriends.10．Howdidthemanfeelwhenhewasincalifornia?A．cold.B．Warm.c．Hot.听第8段材料，回答第11至13题。11．Wherearethetwospeakersnow?A．onthestreet.B．Infrontofacomputer.c．Inastore.12．Whatdowelearnaboutthewomanfromtheconversation?A．ShehasnevershoppedontheInternetbefore.B．Shedoesn’tthinkit’sagoodideatoshopontheInternet.c．Shealsowantstobuyapairofnewshoes.13．Whatwillthemandonext?A．Gooutwiththewoman.B．ShowthewomanhowtoshopontheInternet.c．BuysomeotherthingsontheInternet.听第9段材料，回答第14至17题。14．Whereistheman’sbrothernow?A．InNewyork.B．Incalifornia.c．InWashington.15．Whyhasn’tthewomanseenthemanrecently?A．Becausethemanwasnotinthecity.B．Becausethewomanwenttraveling.c．Becausetheyweretoobusy.16．Whatwillthemandointhesummer?A．Travelabroad.B
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