ASTM_D_5391_-_14_rus.pdf

D 5391-14 STANDARD TEST METHOD FOR ELECTRICAL CONDUCTIVITY AND RESISTIVITY OF A FLOWING HIGH PURITY WATER SAMPLE ():3031-16/ASTM :16.11.2016 2016 -,.9,-49,-1,119991.:(499)236-54-49:(499)230-13-72 E-mail:interstgost.ru http:/www.interstandart.ru/(ASTM International)100 rr Harbor Drive,West Conshohocken,PA 19428,USA.ASTM International ,ASTM International.-,ASTM International ,.This translation is executed by FBU“CIC“Interstandard”of Federal Agency on Technical Regulating and Metrology under the license of American Society for Testing and Materials(ASTM International)100 rr Harbor Drive,West Conshohocken,PA 19428,USA.ASTM International does not approve and does not confirm these translations and in any cases only the English version published with a sign of ASTM International copyright can be considered as the original version.Reproduction of the specified translations by any Party,except for ASTM International or FBU“CIC“Interstandard”,is strictly forbidden according to the USA legislation and international copyright.ASTM D 5391-14 1 D 5391-14 1 D 5391.,.().1.1.1 10/(0,1).,.,/.1 ASTM D19 D19.03 ,.1 2014.2014.1993.2009.D 5391-99(2009).DOI:10.1520/D5391-14.ASTM D 5391-14 2 1.2,.1.3 ,.,.2.2.1 ASTM:2 D 1066 D 1125 D 1129,D 1192 (2003.)3 D 1193 D 2186 D 2777 ,D19 D 3370 D 3864 2 ASTM,ASTM www.astm.org ASTM serviceastm.org.ASTM.Document Summary ASTM.3 www.astm.org.ASTM D 5391-14 3 D 4519 3.3.1 ,.D 1129.3.1.1 .D 1125.3.1.2 .D 1125.3.2 :3.2.1 ,L(),A(2),/,1.3.2.1.1 0,001 0,1 1 .,1 1 ,.4.4.1 .25C,.25 0,2C.ASTM D 5391-14 4 4.2 ,150/,D 1125.4.3 ,150/,D 1125.(),.5.5.1 ,.1 3%.,7%.,ASTM D 5391-14 5.5.2 .,.,-.D 1125,D 2186 D 4519.5.3 ,0-1/NaOH,.(1 2)4 ,-.,.6.6.1 ,.,1/1/,4 ,.ASTM D 5391-14 6 .6.2 ,.,.9.6.3 ,.,.6.4 (),.,7.1.1 A1.,.6.5 25C.25,0 0,2C,7.1.2.ASTM D 5391-14 7 6.6,().,.6.7 pH-,.pH-.6.8 ,.,.,.,0,06 (1,5).6.9 ,.,.ASTM D 5391-14 8 7.7.1 :7.1.1 ,.,.Al.7.1.2 25,0C .,.(3-5).7.1.3 ,(,.,),(6-8).,ASTM D 5391-14 9 .1,.,25,0 0,2C.(,7%0 10C.)7.1.4 ,.7.2:7.2.1 /,6.1 6.3.,.,/,.7.2.2 (20/,0,05),.ASTM D 5391-14 10 ,.1 ,.1.1 /,25C C (/)()NaCl HCL,NH3 ASTM D 5391-14 11 1 ,.1 /25C (/)NaCl HCl NH3 5,00 2295 430 638 13755 2,00 903 172 177 2632 1,00 439 86 76 837 0,500 207 42,6 34,4 298 0,250 91 20,7 16,1 117 0,100 21,0 6,5 5,4 34,6 0,055 0,0 0,0 0,0 0,0 7.2.3 ,.,-,.,.7.2.4 ,.,.,.ASTM D 5391-14 12 ,D 1125.7.3,.,.8.8.1 .,.5 ,.8.2 ,I,D 1193.,1/.,5 ,.,.,BDH Ltd.,Poole,Dorset,U.K.,and ,Inc.(USPC),Rockville,MD.ASTM D 5391-14 13 .,1,5/.8.3 .D 1125.9.9.1 ,.,.9.2 ,.9.2.1 ,.9.2.2 pH ,6.7.9.2.3 ,.2/.(9-11).9.2.4 ,.,ASTM D 5391-14 14 .9.2.5 ,.,.9.2.6 ,6.9.9.2.7 D 1066 D 3370,D 1192 D3 864.10.10.1 ,Al.0,1%.,(1),(/).(1),().,25,0C,.1 ,.ASTM D 5391-14 15 ,Al.10.2 7,.,/.,./.(,.),.,.10.3 ,.10.4 /ASTM D 5391-14 16 D 1125 NIST(12).,100/.,.2 .3.10.4.1 ,150/,D 1125,D,146,93/NIST 3191,100/.,.10.4.2 ,150/,.D 1125,C,1408,8/,D,146,93/,NIST 3192,500,0/3193 1000,0/(12).,(13 14).,.A2.ASTM D 5391-14 17 2 15/.,7%,(15).3 NIST 5/25,0C.,.11.11.1 /,10.,.,200 3/,.11.2 ,25,0 0,2C.11.3 .12.12.1 D 2777,.ASTM D 5391-14 18 D 2777 D 2777.(,-(EPRI):RP2712-3(16).)13.13.1 ,.13.2 ,7.1.2.13.3 ,.13.3.1 ,6.1./.13.3.2 ,6.1,.ASTM D 5391-14 19 13.4 ,(QC),.14.14.1;ASTM D 5391-14 20 ()A1.A1.1 /.,.A1.1 ,.,Rc,.A1.1.1 ,.w-,Ce-,Rc-=/=,.A1.1 ASTM D 5391-14 21 A1.1 Cw()C()Rc()0,055/,18,2 330 1 182 0,01 1 2 0,055/,18,2 8200 1 182 0,01 1 50 0,055/,18,2 330 0,47 1,82 M 0,1 1 2 0,055/,18,2 8200 0,47 1,82 M 0,1 1 50 0,1/,10 330 5 100 0,01 1 2 0,1/,10 8200 5 100 0,01 1 50 0,1/,10 330 0,1 1 0,1 1 2 0,1/,10 8200 0.1 1 0,1 1 50 A1.2 .Al.l ,.A1.3 .,25,0 0,1C,.,.A1.4 ,.,.ASTM D 5391-14 22 A1.5 .,.().,.,.A2.A2.1 ,.,.A2.2 D 1125 C,1408,8/,D,146,93/.,NIST 3191,100,0/,3192,500,0/3193,1000,0/,(12).,0,5 5 1 D 1125,ASTM D 5391-14 23 25,0 0,2C.,Al,A2.4.A2.3 -I ,.A2.4 I,KCl 5 10/.,.,A2.2,/.A2.5 :=ASTM D 5391-14 24 (1)Light,T.S.,and Sawyer,P.B.,Resistivity of Very Pure Water and its Maximum Value,Power Plant Instrumentation for Measurement of High-Purity Water Quality,ASTM STP 742,1981,pp.175184.(2)Pate,K.T.,DI Water Resistivity Versus Trace Ion Levels,Ultrapure Water,Vol 8,No.1,January/February 1991,pp.2633.(3)Thornton,R.D.,Morash,K.R.,Light,T.S.,Saunders,C.H.,and Bevilacqua,A.C.,Measurement of the Resistivity of High-Purity Water at Elevated Temperatures,Ultrapure Water,Vol 11,No.9,December 1994,pp.1824.(4)Light,T.S.,Licht,S.,Bevilacqua,A.C.,and Morash,K.R.,The Fundamental Conductivity and Resistivity ofWater,Electrochemical and Solid-State Letters,Vol 8,No.1,2005,pp.E16E19.(5)Light,T.S.,and Licht,S.L.,Conductivity and Resistivity of Water from the Melting to Critical Points,Analytical Chemistry,Vol 59,No.19,Oct.1987,pp.23272330.(6)Hunt,R.C.,Conductivity and pH Measurements in High Purity Water,Ultrapure Water,Vol 3,No.4,March/April 1986,pp.3946.(7)Hunt,R.C.,Combined Conductivity and pH Temperature Compensation in High Purity Water,Ultrapure Water,Vol 3,No.2,July/August 1986,pp.3139.(8)Gray,D.,and Tenney,A.,Improved Conductivity/Resistivity Temperature Compensation for High Purity Water,Ultrapure Water,Vol 3,No.2