氯苄与羟基反应检测标准，氯苄与羟基反应检测标准标准内容,检测中心-北检（北京）检测技术研究院

AWWA ACE54305

Modeling the Reactions of Monochloramine and Free Chlorine With NOM
Modeling the Reactions of Monochloramine and Free Chlorine With NOM

【发布单位或类别】 US-AWWA美国给水工程协会
【发布日期】2001-06-01
【CCS分类】基础标准
【ICS分类】化学分析

AWWA ACE54305

Chloramination versus Chlorination: Which Forms More Nitrogenous DBP
Chloramination versus Chlorination: Which Forms More Nitrogenous DBP

【发布单位或类别】 US-AWWA美国给水工程协会
【发布日期】2007-03-01
【CCS分类】食品添加剂与食用香料
【ICS分类】化学分析

AWWA ACE54305

Using Formation Potential Tests to Elucidate the Reactivity of DBP Precursors with Chlorine versus with Chloramines
Using Formation Potential Tests to Elucidate the Reactivity of DBP Precursors with Chlorine versus with Chloramines

【发布单位或类别】 US-AWWA美国给水工程协会
【发布日期】2007-11-01
【CCS分类】
【ICS分类】杀虫剂和其他农用化工产品

AWWA ACE54305

Reactions of Ozonation Byproducts With Chlorine and Chloramines
Reactions of Ozonation Byproducts With Chlorine and Chloramines

【发布单位或类别】 US-AWWA美国给水工程协会
【发布日期】1992-01-01
【CCS分类】
【ICS分类】香料和调料、食品添加剂

AWWA ACE54305

Reactions of Quinoxaline N,N'-Dioxide Antibacterial Agents with Free and Combined Chlorine
Reactions of Quinoxaline N,N'-Dioxide Antibacterial Agents with Free and Combined Chlorine

【发布单位或类别】 US-AWWA美国给水工程协会
【发布日期】2005-11-01
【CCS分类】
【ICS分类】

AWWA ACE54305

Natural Organic Matter in Philadelphia's Source Waters: Composition and Reactivity with Chlorine
Natural Organic Matter in Philadelphia's Source Waters: Composition and Reactivity with Chlorine

【发布单位或类别】 US-AWWA美国给水工程协会
【发布日期】2003-11-02
【CCS分类】
【ICS分类】

AWWA ACE54305

Cyanogen Chloride Formation in Drinking Water From the Reaction Between Chloramines and Formaldehyde
Cyanogen Chloride Formation in Drinking Water From the Reaction Between Chloramines and Formaldehyde

【发布单位或类别】 US-AWWA美国给水工程协会
【发布日期】1995-01-01
【CCS分类】
【ICS分类】

AWWA ACE54305

Materials and articles in contact with foodstuffs. Certain epoxy derivatives subject to limitation. Determination of BADGE, BFDGE and their hydroxy and chlorinated derivatives in food simulants
Materials and articles in contact with foodstuffs. Certain epoxy derivatives subject to limitation. Determination of BADGE, BFDGE and their hydroxy and chlorinated derivatives in food simulants

【发布单位或类别】 GB-BSI英国标准学会
【发布日期】2006-04-28
【CCS分类】
【ICS分类】

AWWA ACE54305

Standard Test Method for Hydroxyl Groups Using Reaction with
Standard Test Method for Hydroxyl Groups Using Reaction with

【发布单位或类别】 US-ASTM美国材料与试验协会

【发布日期】2016-04-01

【CCS分类】

【ICS分类】71.040.40

AWWA ACE54305

Standard Test Method for Hydroxyl Groups Using Reaction with
Standard Test Method for Hydroxyl Groups Using Reaction with

【发布单位或类别】 US-ASTM美国材料与试验协会

【发布日期】2008-04-01

【CCS分类】

【ICS分类】71.040.40

AWWA ACE54305

Commission Implementing Regulation (EU) No 487/2014 of 12 May 2014 amending Implementing Regulation (EU) No 540/2011 as regards the extension of the approval periods of the active substances Bacillus subtilis (Cohn 1872) Strain QST 713, identical with strain AQ 713, clodinafop, metrafenone, pirimicarb, rimsulfuron, spinosad, thiamethoxam, tolclofos-methyl and triticonazole Text with EEA relevance

【发布单位或类别】 IX-EURLEX欧洲技术法规

【发布日期】2014-05-12

【CCS分类】A20/39

【ICS分类】65.100

AWWA ACE54305

2010/169/: Commission Decision of 19 March 2010 concerning the non-inclusion of 2,4,4’-trichloro-2’-hydroxydiphenyl ether in the Union list of additives which may be used in the manufacture of plastic materials and articles intended to come into contact with foodstuffs under Directive 2002/72/EC (notified under document C(2010) 1613) (Text with EEA relevance)

【发布单位或类别】 IX-EURLEX欧洲技术法规

【发布日期】2010-03-19

【CCS分类】X40/49

【ICS分类】67.220

北检院部分仪器展示

氯苄与羟基反应检测标准

Modeling the Reactions of Monochloramine and Free Chlorine With NOM Modeling the Reactions of Monochloramine and Free Chlorine With NOM

Chloramination versus Chlorination: Which Forms More Nitrogenous DBP Chloramination versus Chlorination: Which Forms More Nitrogenous DBP

Using Formation Potential Tests to Elucidate the Reactivity of DBP Precursors with Chlorine versus with Chloramines Using Formation Potential Tests to Elucidate the Reactivity of DBP Precursors with Chlorine versus with Chloramines

Reactions of Ozonation Byproducts With Chlorine and Chloramines Reactions of Ozonation Byproducts With Chlorine and Chloramines

Reactions of Quinoxaline N,N'-Dioxide Antibacterial Agents with Free and Combined Chlorine Reactions of Quinoxaline N,N'-Dioxide Antibacterial Agents with Free and Combined Chlorine

Natural Organic Matter in Philadelphia's Source Waters: Composition and Reactivity with Chlorine Natural Organic Matter in Philadelphia's Source Waters: Composition and Reactivity with Chlorine

Cyanogen Chloride Formation in Drinking Water From the Reaction Between Chloramines and Formaldehyde Cyanogen Chloride Formation in Drinking Water From the Reaction Between Chloramines and Formaldehyde

Standard Test Method for Hydroxyl Groups Using Reaction with Standard Test Method for Hydroxyl Groups Using Reaction with

Standard Test Method for Hydroxyl Groups Using Reaction with Standard Test Method for Hydroxyl Groups Using Reaction with

北检院部分仪器展示

Modeling the Reactions of Monochloramine and Free Chlorine With NOM
Modeling the Reactions of Monochloramine and Free Chlorine With NOM

Chloramination versus Chlorination: Which Forms More Nitrogenous DBP
Chloramination versus Chlorination: Which Forms More Nitrogenous DBP

Using Formation Potential Tests to Elucidate the Reactivity of DBP Precursors with Chlorine versus with Chloramines
Using Formation Potential Tests to Elucidate the Reactivity of DBP Precursors with Chlorine versus with Chloramines

Reactions of Ozonation Byproducts With Chlorine and Chloramines
Reactions of Ozonation Byproducts With Chlorine and Chloramines

Reactions of Quinoxaline N,N'-Dioxide Antibacterial Agents with Free and Combined Chlorine
Reactions of Quinoxaline N,N'-Dioxide Antibacterial Agents with Free and Combined Chlorine

Natural Organic Matter in Philadelphia's Source Waters: Composition and Reactivity with Chlorine
Natural Organic Matter in Philadelphia's Source Waters: Composition and Reactivity with Chlorine

Cyanogen Chloride Formation in Drinking Water From the Reaction Between Chloramines and Formaldehyde
Cyanogen Chloride Formation in Drinking Water From the Reaction Between Chloramines and Formaldehyde

Standard Test Method for Hydroxyl Groups Using Reaction with
Standard Test Method for Hydroxyl Groups Using Reaction with

Standard Test Method for Hydroxyl Groups Using Reaction with
Standard Test Method for Hydroxyl Groups Using Reaction with