1、電廠粉煤灰中微量元素污染地下水的仿真研究【英文篇名】Simulation study of trace elements from coal fly ash on groundwater pollution【作者】劉鵬; 黃英; 羅建鴻;【英文作者】LIU Peng1; HUANG Ying1; LUO Jian-hong2 （1.Kunming University of Science and Technology; Kunming 650051; China; 2.Non-ferrous Geological Exploration Institute of Yunnan Provinc

2、e in Chuxiong;Chuxiong 675000; China）;【作者單位】昆明理工大學; 云南省有色地質楚雄勘查院;【刊名】武漢工業(yè)學院學報 , Journal of Wuhan Polytechnic University, 編輯部郵箱 2009年 03期  期刊榮譽：ASPT來源刊  CJFD收錄刊【關鍵詞】粉煤灰; 微量元素; 地下水污染; 遷移模型; 遷移規(guī)律;【英文關鍵詞】coal fly ash; trace elements; groundwater pollution; migration model; migration

3、regularity;【摘要】由于粉煤灰的濕法排放加上降雨的淋溶作用,導致粉煤灰中的有害微量元素入滲地下污染地下水。針對傳統(tǒng)的對流彌散理論和粉煤灰濕法排放的特點,基于相應的假定條件建立起飽和狀態(tài)下污染物在地下水中的遷移模型,給出了模型的求解過程,并用Femlab軟件模擬計算了微量元素20年內在地下水中的遷移規(guī)律。結果表明:隨著時間的增加,同一點上污染物的濃度在逐漸增大;不論是在平面上還是在深度上,微量元素污染的范圍將不斷擴大;距離污染源越近,受污染的程度就越大;平面上的污染程度大于深度方向的污染程度。【英文摘要】The malfeasances trace element in coal fl

4、y ash infiltrates the groundwater due to discharge of the wet method and the eluviations to the fly ash. The transplant model is established in groundwater at saturated state based on identical conditions presumption, directed to wet method discharge of coal fly ash. It gave out the model solve and

5、calculated transference regularity using the Femlab for the trace element in groundwater in 20 years. Numerical resultsshow that the longer of leaching time, whether in t.【DOI】CNKI:SUN:WHSP.0.2009-03-021矸石電廠粉煤灰理化特性研究【英文篇名】Study on the Characteristics of the Fly Ash from Coal Gangue-fired Power Plant

6、【作者】陳杰; 黃慶享;【英文作者】CHEN Jie1; HUANG Qing-xiang2（1.Material College; Xi'an University of Science and Technology; Xi'an 710054; China; 2.Energy College; China）;【作者單位】西安科技大學材料學院; 西安科技大學能源學院;【刊名】硅酸鹽通報 , Bulletin of the Chinese Ceramic Society, 編輯部郵箱 2009年 06期  期刊榮譽：中文核心期刊要目總覽  

7、;ASPT來源刊  CJFD收錄刊【關鍵詞】粉煤灰; 理化特征; 活性;【英文關鍵詞】wet fly ash; physical and chemical properties; activity;【摘要】以陜西某礦矸石電廠的濕排粉煤灰為研究對象,采用化學分析、激光粒度分析、X衍射、掃描電子顯微鏡等測試手段,研究了粉煤灰的理化特征。研究表明,矸石電廠粉煤灰顆粒較粗,以2070m的顆粒為主,顆粒形狀不規(guī)則,球形顆粒較少;化學組成以氧化硅、氧化鋁和氧化鐵為主,含量超過70%,屬于低鈣灰,燒失量不滿足國家標準三級灰要求;粉煤灰由大量的多孔玻璃體、碳粒以及少量晶體礦物所組成,礦物組

8、成主要為石英,還有少量的莫來石、赤鐵礦。【英文摘要】The physical and chemical characteristics of wet fly ash from coal gangue-fired power plant in shaanxi were studied by using chemical analysis,laser sizer,XRD,SEM and other techniques.The experimental results showed that the wet gangue fly ash has anomalous particles with 2

9、0-70 m.The chemical composition contains mainly SiO2,Al2O3 and Fe2O3 with more than 70% content.It has lower calcium content and higher ignition loss,meeting the national standard of grade of fly ash.Fly ash consists of porous amorphou.【基金】教育部“新世紀優(yōu)秀人才資助計劃”(NCET-04-0971); 陜西省教育廳專向科研計劃資助項目(08JK347)【DO

10、I】不同燃煤電廠粉煤灰的特性及影響因素分析【英文篇名】Characteristics and Influencing Factor of fly ashes from different coal-fired power plants【作者】楊久俊; 王文娟; 吳宏江; 張建彬; 劉俊霞; 韓靜宜;【英文作者】（1.School of Materials Science and Engineering; Zhengzhou University; Zhengzhou 450052; China; 2.Department of Materials Engineering; Tianjin In

11、stitute of Urban Construction; Tianjin 300384; China 3.Henan Building Material Research and Design Institute Co.Ltd.; Zhengzhou 450002; China）;【作者單位】鄭州大學材料科學與工程學院; 天津城市建設學院; 河南建筑材料研究設計院有限公司; 河南省新鄭市環(huán)保局;【刊名】粉煤灰綜合利用 , Fly Ash Comprehensive Utilization, 編輯部郵箱 2008年 06期  期刊榮譽：ASPT來源刊  

12、;CJFD收錄刊【關鍵詞】粉煤灰; 化學組成; 顆粒形貌; 礦物組成;【英文關鍵詞】Fly ash; Chemical composition; Particle morphology; Mineralogy;【摘要】研究了我國不同地域9個燃煤電廠的粉煤灰的化學組成、顆粒組成與礦物組成。【英文摘要】Fly ashes sourced from nine coal-fired power plants were characterized in terms of their chemical composition,particle morphology and mineralogy.【基金】國

13、家自然基金資助項目,編號50472030【DOI】CNKI:SUN:FMLE.0.2008-06-001粉煤灰貯放場灰水污染物運移及揚塵防治技術研究【英文題名】Prevention Technique on Seeping and Transferring of Ash Water and Dust Polluting of the Fly-ash Storing Site【作者】胥書霞;【導師】邵生俊;【學位授予單位】西安理工大學;【學科專業(yè)名稱】環(huán)境工程【學位年度】2004【論文級別】碩士【網絡出版投稿人】西安理工大學【網絡出版投稿時間】2004-04-23【關鍵詞】粉煤灰; 貯灰場; 污

14、染; 防滲層; 防塵;【英文關鍵詞】Fly ash; Storing site; Contamination; Impermeability layer; Dustproof;【中文摘要】粉煤灰是目前數(shù)量最大、對環(huán)境影響最為嚴重的一類固體廢棄物。建設貯灰場是一項環(huán)保工程，但已建成的貯灰場運行表明，粉煤灰對大氣和水源的污染是灰場建設運行中進一步急待解決的問題。本文從環(huán)境保護的角度出發(fā)，針對灰水溶質運移污染地下水的問題，在粉煤灰、膨潤土、石灰性質及相互作用機理分析的基礎上，通過多種配比混合料抗壓、抗?jié)B、抗凍融循環(huán)、抗干濕循環(huán)、抗酸堿環(huán)境等技術性能的試驗，研制出既滿足貯灰場防滲要求又經濟合理的防滲護

15、坡材料。并通過GEO-SLOPE程序模擬貯灰場有無這種混合材料防滲層，進行了兩種工況的穩(wěn)定滲流、污染物運移對比計算分析，以及貯灰過程中防滲層應力應變性狀的反應分析。針對灰場運行過程揚塵污染大氣的問題，通過風洞試驗，考察了多種懸液或溶液噴灑灰面固灰防塵的效果。研究表明，在粉煤灰中增大CaO含量，其水化后可破壞粉煤灰顆粒表面的玻璃體，激發(fā)粉煤灰的活性，促使粉煤灰的主要成份SiO_2和Al_2O_3水化硬化。合理配比摻合粘性土、粉煤灰、膨潤土、石灰，制成的雙灰雙土壓實樣后期抗壓強度高，抗透水能力強，抗凍融循環(huán)、抗干濕循環(huán)、抗酸堿環(huán)境作用性能良好，是理想的防滲保護層材料。石灰粉懸液是一種經濟、易行的固

16、化液.【英文摘要】The fly ash is a solid waste whose quantity is the most widespread and influence is one of the most serious to environment now. It's an important geo-environmental engineering to build the fly ashstoring site. But the improper design, construction and operation would result in air and w

17、ater pollution. It is pointed out that preventing piled fly ash from pollution of the air and the water resource is emergency. In this paper, in the view of environmental protection, aiming at the problem of ash water po.【DOI】論火電廠灰場對地下水的影響及防治對策【作者】趙麗囡;【作者單位】赤峰市環(huán)境監(jiān)測中心站; 內蒙古赤峰;【刊名】城市管理與科技 , Municipal

18、Administration & Technology, 編輯部郵箱 2003年 03期  期刊榮譽：ASPT來源刊  CJFD收錄刊【關鍵詞】火電廠; 灰場; 地下水污染防治;【摘要】以實際案例對采取水力沖灰的火力發(fā)電廠灰場對地下水的污染程度、污染范圍進行了論證 ,并提出了防治污染的對策【DOI】cnki:ISSN:1008-2271.0.2003-03-008粉煤灰浸出特性及其貯放對地下水環(huán)境的影響【作者】王希梅; 張永波;【作者單位】太原理工大學水利科學與工程學院; 山西太原;【刊名】山西水利 , Shanxi Water Resource

19、s, 編輯部郵箱 2007年 01期  期刊榮譽：ASPT來源刊  CJFD收錄刊【關鍵詞】粉煤灰; 浸出特性; 地下水環(huán)境;【摘要】粉煤灰是燃煤電廠排放的固體廢棄物,其內含有很多微量元素,在其貯放過程中,通過灰水及雨水的淋濾作用,就可能對地下水環(huán)境造成污染。在總結前人研究的基礎上,分析了粉煤灰的物理化學性質,對粉煤灰中元素的浸出特性及對地下水環(huán)境的影響作了總結分析,提出了建設灰場需注意的問題。【DOI】粉煤灰資源化的現(xiàn)狀【英文篇名】The current situation in the utilization of coal fly ash【作者】趙

20、麗華; 趙中一;【英文作者】Zhao Lihua Zhao Zhongyi （Faculty of Material Science and Chemical Engineering; China University of Geosciences; Wuhan 430074）;【作者單位】中國地質大學材料科學與化學工程學院;【刊名】環(huán)境污染治理技術與設備 , , 編輯部郵箱 2002年 04期  期刊榮譽：中文核心期刊要目總覽  ASPT來源刊  CJFD收錄刊【關鍵詞】粉煤灰; 綜合利用;【英文關鍵詞】coal fly ash;

21、comprehensive utilization;【摘要】本文檢索了國內外綜合利用粉煤灰的有關文獻 ,由粉煤灰特性入手 ,介紹了它在農業(yè)、建筑、環(huán)保等行業(yè)的資源化現(xiàn)狀。指出粉煤灰作為二次資源的重要意義 ,并對粉煤灰資源化提出了一些設想【英文摘要】With the purpose of developing comprehensive utilization of coal fly ash, this paper reviews the current situation of the coal fly ash utilization in agriculture, construction

22、and environmental protection on the basis of analysis of related domestic and foreign literature. The paper also points out that fly ash should be treated as the second resource and presents some recommendations on the future research orientation and emphasis in the environmental protection.【DOI】cnk

23、i:ISSN:1008-9241.0.2002-04-007銅對水稻種子萌發(fā)和生長的影響【英文篇名】Effect of copper (Cu) on seed germination and growth of rice【作者】羅亞平; 劉杰; 蔡湘文; 何春梅;【英文作者】LUO Ya ping; LIU Jie; CAI Xiang wen; HE Chun mei.（Department of Resources and Environmental Engineering; Guilin Industry College; Guilin 541004）;【作者單位】桂林工學院資源與環(huán)境工

24、程系;【刊名】廣西農業(yè)科學 , Guangxi Agricultural Science, 編輯部郵箱 2005年 04期  期刊榮譽：ASPT來源刊  CJFD收錄刊【關鍵詞】水稻種子; 銅; 根; 芽; 生物量;【英文關鍵詞】rice seed; copper（Cu）; root; bud; biomass;【摘要】在水稻種子萌發(fā)實驗中,加入不同濃度的Cu2+,以了解銅對水稻種子萌發(fā)和生長的負面影響。實驗結果表明:Cu2+能夠影響水稻種子根的生長;根長度與Cu2+的濃度呈負相關;但銅對水稻幼苗的芽和生物量的影響并不顯著。【英文摘要】The effec

25、ts of Cu 2+ in different concentrations on seed germination and seedling development of rice were studied in laboratory. It was shown that Cu 2+ could inhibit growth of rice root. Length of the rice root was negatively correlated with the concentrations of Cu 2+ , but the effect on the bud growth an

26、d seedling biomass were not significant.【基金】廣西科學基金(桂科自0342001-4); 桂林工學院青年教師扶持基金。【DOI】鉛、鎘脅迫對水稻種子萌發(fā)、幼苗生長及生理指標的影響【作者】王錦文; 邊才苗; 陳珍;【作者單位】臺州學院生命科學學院;【刊名】江蘇農業(yè)科學 , Jiangsu Agricultural Sciences, 編輯部郵箱 2009年 04期  期刊榮譽：中文核心期刊要目總覽  ASPT來源刊  CJFD收錄刊【關鍵詞】水稻; 鎘; 鉛; 脅迫; 種子萌發(fā); 幼苗生長;【摘

27、要】以水稻品種協(xié)優(yōu)9308為試材,研究不同濃度鉛、鎘對水稻種子發(fā)芽、幼苗生長及生理指標的影響。結果表明,在250500 mg/L Pb2+或510 mg/L Cd2+脅迫下,水稻發(fā)芽率降低,但與對照差異不顯著,芽和根的伸長受到抑制,尤其是根。同時,幼苗的鮮重和干重隨Pb2+、Cd2+脅迫濃度升高而逐漸下降,葉綠素含量也下降。另外,根中可溶性蛋白和幼苗的可溶性糖含量均隨Pb2+、Cd2+脅迫濃度增加而下降。【基金】浙江省自然科學基金(編號:Y507053)【DOI】CNKI:SUN:JSNY.0.2009-04-029淺談粉煤灰的利用【英文篇名】Brief talk on the utiliza

28、tion of fly ash【作者】趙峰;【英文作者】ZHAO Feng;【作者單位】平定縣建筑工程質量監(jiān)督站;【刊名】山西建筑 , Shanxi Architecture, 編輯部郵箱 2010年 03期  期刊榮譽：ASPT來源刊  CJFD收錄刊【關鍵詞】粉煤灰; 磚; 利用;【英文關鍵詞】fly ash; brick; utilization;【摘要】介紹了粉煤灰的化學組成、礦物組成及其結構,闡述了我國粉煤灰在各領域的利用現(xiàn)狀,并進一步說明了粉煤灰應用技術今后的發(fā)展方向,以達到既保護環(huán)境又充分利用資源的目的。【英文摘要】To protect t

29、he environment and make full use of the resources,this paper not only made a brief introduction to the components of the fly ash,including chemical composition,mineral composition and its structures but also illustrated its current situation and its future developmental direction.【DOI】汞脅迫對水稻生長及幼苗生理生

30、化的影響【英文篇名】Effects of Hg Stress on Growth and Physiological and Biochemical Characteristics of Rice Seedlings【作者】高大翔; 郝建朝; 李子芳; 馬勇; 劉惠芬;【英文作者】GAO Da-xiang; HAO Jian-chao; LI Zi-fang; MA Yong; LIU Hui-fen （Department of Agronomy; Tianjin Agricultural University; Tianjin 300384; China）;【作者單位】天津農學院農學系;【

31、刊名】農業(yè)環(huán)境科學學報 , Journal of Agro-Environment Science, 編輯部郵箱 2008年 01期  期刊榮譽：中文核心期刊要目總覽  ASPT來源刊  CJFD收錄刊【關鍵詞】汞脅迫; 水稻; 水培;【英文關鍵詞】stress of hydrargyrum; paddy; hydroponics;【摘要】通過水培試驗,研究汞脅迫下水稻的生長指標包括株高、分蘗和根冠比的變化以及生理生化指標包括葉綠素含量、游離脯氨酸含量及SOD、POD、CAT保護酶活性的變化。結果表明,低濃度汞處理對水稻株高、穗重有促

32、進作用,高濃度處理則顯著降低株高和穗重;低濃度汞處理對水稻分蘗影響不明顯,而10mg·L-1Hg2+顯著降低分蘗數(shù),且無效蘗、小、弱分蘗增多。汞脅迫下根冠比增加,汞對莖葉的抑制作用大于對根的影響。汞脅迫下CAT、POD活性總體上變化不明顯,但均在10mg·L-1Hg2+時達到較高值。汞脅迫對葉片相對含水量及脯氨酸含量的影響不顯著。不同濃度處理的葉綠素b、類胡蘿卜素的含量與對照相比均不顯著。而葉綠素a和葉綠素a+b在低濃度處理時其含量均高于對照,高濃度對葉綠素a起到抑制作用。【英文摘要】The hydroponics was adopted in our experiment

33、s to research the effects of heavy metal Hg on the growth characteristics, including plant height, tiller, the ratio of root/shoot and the physiological and biochemical characteristics including the content of chlorophyll and free proline and the activity of protective enzyme SOD, POD and CAT. The r

34、esults showed that at low concentrations of Hg, the height and the ear weight of paddy were promoted but restrained significantly at 10 mg·L-1 and 50 mg·L-1 Hg2+. The .【基金】天津農學院青年科學技術項目資助【DOI】CNKI:SUN:NHBH.0.2008-01-011鉻Cr(6+)對水稻種子萌發(fā)及幼苗生長的影響【英文篇名】Effect of chromium(Cr(6+) on rice seed germ

35、ination and seedling growth【作者】盧志紅; 趙小敏; 朱美英;【英文作者】LU Zhi-hong; ZHAO Xiao-min; ZHU Mei-ying（College of Land Resources and Environment; JAU; Nangchang 330045）;【作者單位】江西農業(yè)大學國土資源與環(huán)境學院; 江西南昌;【刊名】中國土壤與肥料 , Soil and Fertilizer Sciences in China, 編輯部郵箱 2008年 03期  期刊榮譽：中文核心期刊要目總覽  ASPT來源刊

36、  CJFD收錄刊【關鍵詞】水稻種子; 鉻; 發(fā)芽率; 幼苗生長;【英文關鍵詞】rice seed; chromium; germination percentage; seedling growth;【摘要】采用水培和土培試驗方法,研究了不同濃度的鉻(Cr6+)對水稻種子萌發(fā)、幼苗生長的影響,結果表明,六價鉻對水稻種子的萌發(fā)及出苗都有不良影響;幼苗隨著鉻(Cr6+)濃度的增加,植株的生長明顯受到抑制,株高、根長、鮮重和干重均下降,但水培較土培所引起鉻的危害起始濃度更小,失綠癥狀更嚴重。【英文摘要】In present paper the effect of chromiu

37、m(Cr6+) on rice seed germination and seedling growth were studied.It was showed that Cr6+ was harmful to germination and growth of rice.With increase of Cr6+ concentrations,the seedling height,root length,fresh weight and dry weight decreased,the rice seedling growth was inhibited distinctly,but the

38、 outset density of chromium harmful to paddy plants in hydro-culture experiments was lower than that in pot-culture experiments,with more serious chlorosis symptoms.【基金】江西省自然基金項目:施肥對水稻土中重金屬行為的影響(0630041)【DOI】CNKI:SUN:TRFL.0.2008-03-017淺談粉煤灰的綜合利用【作者】劉彬; 宋萌; 田野;【作者單位】中國礦業(yè)大學;【刊名】中國高新技術企業(yè) , Chinese Hi-t

39、ech Enterprises, 編輯部郵箱 2009年 10期  期刊榮譽：ASPT來源刊  CJFD收錄刊【關鍵詞】粉煤灰; 工業(yè)廢料; 分子篩; 粉煤灰砌塊;【摘要】粉煤灰既是工業(yè)廢料,同時也是一種寶貴的資源,合理有效地利用粉煤灰得到了社會各界的關注。文章綜合介紹了粉煤灰的各種性能和研究方向,闡述了粉煤灰在各個領域中的應用,為粉煤灰綜合利用和發(fā)展提供相應資料。【DOI】污水灌溉對水稻生長影響的實驗研究【英文篇名】Effects of Sewage Irrigation on Growth of Paddy【作者】黃俊友; 胡曉東; 俞青榮;【英文作

40、者】HUANG Jun-you; HU Xiao-dong; YU Qing-rong （Jiangsu Hydraulic Research Institute; Nanjing 210017; China）;【作者單位】江蘇省水利科學研究所;【刊名】農機化研究 , Journal of Agricultural Mechanization Research, 編輯部郵箱 2006年 01期  期刊榮譽：中文核心期刊要目總覽  ASPT來源刊  CJFD收錄刊【關鍵詞】農業(yè)工程; 污水灌溉; 試驗; 水稻; 盆栽;【英文關鍵詞】ag

41、ricultural engineering; sewage irrigation; experiment; paddy; potted;【摘要】目前,污水灌溉對作物生長發(fā)育的影響日益受到人們的關注。為此,通過水稻盆栽室內實驗,著重探討在不同水污灌溉條件對水稻生長和產量的影響。實驗設置了4種灌溉水質(清水、稀釋1倍污水、稀釋0.5倍污水、污水)對水稻進行灌水處理。結果表明,污水灌溉降低了水稻分蘗率,從而導致最后實際產量下降;但污水對水稻株高、穗長、結實率的提高是有利的。【英文摘要】A potted experiment was carried out to study the effects

42、of sewage irrigation on growth of paddy. 4 kinds of water quality (tap water, 1 times diluted sewage, 0.5 times diluted sewage and sewage) were set in this experiment. The experimental results indicated that sewage irrigation could reduce the till ring rate and output of paddy. But on the other hand

43、, it was propitious to the growth of stem and starchy. It also could reduce the percentage of sterility.【基金】水利部“948”計劃資助項目(CT200211)【DOI】辣椒種子不同浸種時間浸種液電導率的測定【作者】須海麗; 譙高陽;【作者單位】貴州大學農學院;【刊名】現(xiàn)代農業(yè)科技 , Anhui Agriculture, 編輯部郵箱 2008年 13期  期刊榮譽：ASPT來源刊  CJFD收錄刊【關鍵詞】辣椒; 種子; 浸種液; 電導率;【摘要】以

44、貴州不同地區(qū)的4個辣椒品種為材料,分屬于一年生辣椒種的不同變種,即指形椒、長角椒、短錐椒、簇生椒。分別測定25恒溫下不同浸種時間的種子浸種液的電導率。結果表明:各品種間種子浸種液電導率差異比較明顯,以指形椒品種種子浸種液電導率最低,為58.966.6s/cm.g;而簇生椒品種種子浸種液電導率最高,達106.5s/cm.g以上。不同浸種時間的辣椒種子的浸種液電導率存在極顯著差異,包括浸種2h、6h、12h、20h這4個重要階段值,各階段值之間差異顯著。【DOI】電導率測定在鑒別食用植物油摻偽應用研究【英文篇名】Application of electrical conductivity meas

45、urement in qualified edible oil adulteration identification【作者】朱銳; 王督; 楊小京; 何東平;【英文作者】ZHU Rui1; WANG Du1; YANG Xiao-jing1; HE Dong-ping2（1 Faculty of Modern Agricultural Engineering; Kunming University of Science and Technology; Kunming 650224; China; 2 College of Food Science and Technology; Wuhan

46、Polytechnic University; Wuhan 430023; China）;【作者單位】昆明理工大學現(xiàn)代農業(yè)工程學院; 武漢工業(yè)學院食品科學與工程學院;【刊名】糧食與油脂 , Cereals & Oils, 編輯部郵箱 2008年 11期  期刊榮譽：中文核心期刊要目總覽  ASPT來源刊  CJFD收錄刊【關鍵詞】地溝油; 電導率; 油脂摻假;【英文關鍵詞】hogwash oil; electrical conductivity; adulteration of oil;【摘要】該研究探索通過電導率測定鑒別食用

47、植物油摻入地溝油檢測方法。通過對比地溝油、合格食用油、摻假食用植物油電導率方法,結果表明,地溝油經提取后水相平均電導率為100.7s/cm,是菜籽油10倍,大豆色拉油10倍,芝麻油11倍。地溝油以不同質量分數(shù)摻入到菜籽油中,摻假量與電導率呈線性關系,且由單因素方差分析可知,摻假量對電導率影響顯著;一元線性回歸方程為Y=91.41X+12.49,R2=0.996,其結果差異有統(tǒng)計學意義(<0.01)。電導率可用于地溝油摻入食用植物油鑒別檢測。【英文摘要】To explore the identificating method of hogwash oil adulterated in ed

48、ible oil through measur-ing electrical conductivity.Hogwash oil,qualified edible oil and adulterated oil were compared to find the characteristics of electrical conductivity.The mean aqueous phase electrical conductivity was 100.7s/cm and was 10 times to the rapeseed oil,10times to soybean salad oil

49、,11 times to sesame oil.Hogwash oils were adulterated in rapeseed oil in different percentages,single-factor variance analysis in-dicated that.【DOI】CNKI:SUN:LSYY.0.2008-11-015電導率法快速測定工業(yè)用乙二醇中的電解質【英文篇名】Test for the electrolytes content in ethylene glycol with electric conductivity【作者】陸軍; 孫真東;【英文作者】LU

50、Jun; SUN Zhen-dong（Sinopec Yizheng Chemical Fibre Co.Ltd.; Yizheng 211900; China）;【作者單位】中國石化儀征化纖股份有限公司; 江蘇儀征;【刊名】聚酯工業(yè) , Polyester Industry, 編輯部郵箱 2006年 04期  期刊榮譽：ASPT來源刊  CJFD收錄刊【關鍵詞】乙二醇; 電導率; 電解質;【英文關鍵詞】EG; electric conductivity; electrolyte;【摘要】提出了乙二醇電導率分析方法,給出了乙二醇的電導率合格判定標準。電導

51、率法簡單、快速,并應用于聚酯生產行業(yè)進貨質量檢驗以及乙二醇貨運行業(yè)的裝運前貨物品質驗證。【英文摘要】A rapid and simple method was developed for the test of electric conductivity of ethylene glycol.The qualified determination standard of the electric conductivity of ethylene glycol was given.The electric conductivity method was simple and rapid.It c

52、an be applied to polyester production industry purchasing quality inspection and commodity quality verification before loading in ethylene glycol transport trade.【DOI】cnki:ISSN:1008-8261.0.2006-04-01314. 中國糧食安全和水稻生產【英文篇名】Food Safety and Rice Production in China【作者】章秀福; 王丹英; 方福平; 曾衍坤; 廖西元;【英文作者】ZHANG

53、 Xiufu; WANG Danying; FANG Fuping; ZHEN Yankun; LIAO Xiyuan（China National Rice Research Institute; Hangzhou; Zhejiang310006; China）;【作者單位】中國水稻研究所; 浙江杭州;【刊名】農業(yè)現(xiàn)代化研究 , Research of Agricultural Modernization, 編輯部郵箱 2005年 02期  期刊榮譽：中文核心期刊要目總覽  ASPT來源刊  CJFD收錄刊【關鍵詞】糧食安全; 水稻

54、生產; 發(fā)展對策;【英文關鍵詞】food safety; rice production; development strategy;【摘要】在分析水稻生產歷史、糧食消費和國際貿易的基礎上,指出水稻在我國糧食生產中具重要地位,水稻的穩(wěn)定增產對保障國家食物安全起基礎作用;在對國內外水稻單產水平進行比較的基礎上,分析了我國水稻的生產潛力,提出水稻單產還有很大的提高空間,可以滿足我國未來對稻谷的需求;探討了確保糧食安全的水稻發(fā)展對策。【英文摘要】Based on the history of rice production,from the view of grain consume and wor

55、ld grain commerce,the paper pointed out the importance of rice production in china agricultural food production,the stable increase of rice yield was the guarantee of national grains safety;based on the comparison of the rice yield perhectare home and abroad,rice production potential was analyzed,th

56、e paper point out rice yield perhectare in China still had grade increase space,rice yield could meet the demand of future;The develop.【基金】國家科技攻關課題"糧食作物可持續(xù)超高產理論與技術模式研究"(編號:2004BA520A12)。【DOI】cnki:ISSN:1000-0275.0.2005-02-00215. 葉綠素提取方法及穩(wěn)定性研究進展【英文篇名】Research Development on Production and St

57、ability of Chlorophyll【作者】孟慶廷;【英文作者】MENG Qing-ting（Department of Chemistry & Chemical Engineering; University of Jining; Jining 273155; China）;【作者單位】濟寧學院化學與化工系;【刊名】河北化工 , Hebei Chemical Engineering and Industry, 編輯部郵箱 2009年 03期  期刊榮譽：ASPT來源刊  CJFD收錄刊【關鍵詞】葉綠素; 提取; 穩(wěn)定性; 金屬鹽;【英文

58、關鍵詞】chlorophyll; extraction; stability; metal salt;【摘要】葉綠素是一種天然、無毒、具有一定生理功能的脂溶性的天然色素,葉綠素產品廣泛應用于食品、醫(yī)藥、化工等行業(yè)。根據(jù)研究報道,對葉綠素的性質、提取分離、穩(wěn)定性等研究現(xiàn)狀進行了概述,為葉綠素的進一步研究和相關產品開發(fā)提供相關依據(jù)。【英文摘要】Chlorophyll is a natural, secure and innocuous lipochrome with physiological functions.Widely used in food, medicine, chemical industry.The paper will review the present research property about physical-chemistry, extraction, stability, etc.And rail for the further study and provide the basis for the development of related products.【基金】校科研立項項目(標號2007kj06)【DOI】CNKI:SUN:HHGZ.0.2009-03-00616. 測定浮萍葉綠素含量的方法研