ASTM_D_6855_-_12_rus.pdf

D 685512 5 STANDARD TEST METHOD FOR DETERMINATION OF TURBIDITY BELOW 5 NTU IN STATIC MODE 2015 ():2555-15/ASTM :09.02.2015 -,.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 6855-12 1 D 685512 5 1 D 6855;,.()1.1.1 (.4.1).1.2 5,0 (.NTU).1.3 ,.1.4 ,.1 D19 ,D19.07 ,.01 2012.2012.2003.2010.D 6855-10.DOI:10.1520/D6855-12.ASTM D 6855-12 2 1.5 ,.,.1.6 ,.,.,.2.2.1 ASTM:2D 1129,D 1192 3D 1193 D 2777 ,D19 D3370 D 5847 2 ASTM,ASTM www.astm.org ASTM serviceastm.org.ASTM.Document Summary ASTM.3.www.astm.org.ASTM D 6855-12 3 E 691 2.2 :180.1 USEPA -4 ISO 7027-5 3.3.1 ,.D 1129.3.2:3.2.1 ,;-4000 NTU,(.9.2.3)(SDVB)(.9.2.4).3.2.1.1 .1 .3.2.2 ,.3.2.2.1 4 (EPA),Ariel Rios Bldg.,1200 Pennsylvania Ave.,NW,DC 20460.5 (ANSI),25 W.43rd St.,4th Floor,-,NY 10036.ASTM D 6855-12 4 ,.-,.2 .3.2.3 ,90 .3.2.3.1 NTU-();ISO 7027 FNU-().3.2.4 (),(),/,.3.2.5 ,.3.2.5.1 .(.9.2.2).3.2.6 ,.3.2.6.1 ASTM D 6855-12 5 (.X2).3.2.7 ,.3.2.7.1 ,.3.2.8 ,.3.2.8.1 ,.3.2.9 ,.3.2.9.1 ,.4.4.1 ,.,(),.4.2 ,.ASTM D 6855-12 6 ,90 .5.5.1 ,.,.,.,.5.2 ,.5.3 ,.5.3.1 1 (.(1),(2),(3).65.3.2 ,.X5.1 -,.6 ,.ASTM D 6855-12 7 1,TU,.6.6.1 ,.,.,.6.2 .,.6.3,.,.6.3.1 .ASTM D 6855-12 8 1 ,5 (NTU)()(NTU),USEPA 180.1(1)90 .0.020-40 (NTRU)ISWTR 21 30B.(2).90,.0.020 10000 -(FNU)ISO 7027.-.90 .-(780-900).0.012 1000 00 40 ISO 7027 ASTM D 6855-12 9 -(FNRU)ISO 7027.-(780-900).90,.0.012 10000 00 40 ISO 7027 (NTMU)EPA-GLI 2.(2).0 90.,.0.012 4000 00 40 EPA ISO mNTU .660 -(PMT),90.1000.mNTU=1.NTU 5 5000 mNTU 0,005 5,000 NTU 0 5000 NTU,EPA ASTM D 6855-12 10 6.4 ,.,.3 -,.4 (.8.2).5-10 ,-,0,01.NTU.6.5 .7.7.1 (.1 2).7.2 0,01.NTU(5,0 NTU)0,02 5,0.NTU(.12.1).(.12.2).5 .ASTM D 6855-12 11 7.2.1 ,(),.1 2 ()7.3 7.3.1 ,()(90).:,90 90 ()()(,),90 ()()(-(,)ASTM D 6855-12 12 ,.2200 3000 K(180.1 USEPA).(LED),400 900,().400 900,60.,10.90 10 .,.7.3.2 ,.(.1).7.4 :7.4.1 (.2),(.3),ASTM D 6855-12 13 (),.,.,(),.3 ().2200 3000 K(.180.1 USEPA).(LED)400 900,1(860)2 1 2(860)2(,90)1(,90)1()2()ASTM D 6855-12 14 .,10.90 10 .(),(),(.7.3.1).7.4.2 ,.(.2 3).7.4.3 ,.7.5 :7.5.1.1 ,(1).7.5.1.2 (.11.4.2).ASTM D 6855-12 15 7.5.1.3 ,.,.7.3.1.7.5.1.4 ,(),.7.6 :7.6.1 ,:7.6.1.1 .,.7.6.1.2 ,.8.8.1 .,ASTM D 6855-12 16 .78.1.1 ACS (99+%).,.,.6 .(MSDS).7 ASTM .8.2 -(RO).III(.D 1193)0,22 1.9.9.1 (.8.2).9.2 1,0.NTU ,.,7 ,DC.,.,BDH Ltd.,Poole,Inc.(USPC),MD.ASTM D 6855-12 17 .8 (,(SDVB),.().9.2.1 .,:,(1:4)HCl,3;,.8.2.9.2.2 4000.NTU .9.2.2.1 5,0 (99,5%+)(N2H4 H2SO4 9 .,.,.)1 400 (.8.2),.9.2.2.2 50,0 (99%+)400 (.8.2),.0,2 .9.2.2.3 ASTM D 6855-12 18 ,.1 (.8.2),5 (10).10 ,.50 ,.9.2.2.4 24 25 1 C.4000.NTU.11 20 25 C 1,1.9.2.3 (.(4,5).9.2.4 SDVB-(.(6,7),.,.12 ,.().9.2.5 -(40.NTU)(.2).25 ASTM D 6855-12 19 4000.NTU,10 1000 .,40.NTU.9.2.5.1 ,.9.2.6 -(1,0.NTU)()40.NTU(.9.2.5)25 1,40.NTU.(.2).13 200 .;.9.2.6.1 5 200 (1:1),10,.9.2.6.2 ,5,0 40,0.NTU(.9.2.5)200,(),25 (1).1,0.NTU.9.2.7 -ASTM D 6855-12 20 40.NTU.40.NTU .(.2).,.9.2.1,40.NTU(.9.2.5)100,(.8.2).,50,0 40.NTU,100 ,20,0.NTU,10,0 40.NTU 100 -4,0.NTU.14 .X3.9.2.8 ,(SDVB),.10.10.1 .10.2 .10.3 ,.10.4 ,(MSDS).ASTM D 6855-12 21 11.11.1 ,D 1192 D 3370.11.2 .11.3 -,.,.11.4 :11.4.1 ,.11.4.2 ,.11.4.2.1 .15 ,.,.11.4.2.2 (),.,.ASTM D 6855-12 22 .11.4.2.3 ,.11.5 :11.5.1 ,.11.5.2 ,/.11.5.3 .,-.11.5.4 .12.12.1,-,.12.2:12.2.1 .ASTM D 6855-12 23.12.2.2,40.NTU,40.NTU.()()().12.2.3 ,25 1,2 10 .40.NTU 30;40.NTU .16 -,4000 NTU Formazin,(SDVB).12.2.4 ().().12.2.5 .12.2.6 /.ASTM D 6855-12 24 12.2.7 (.11).12.2.8 (.7.5 7.6).13.13.1 (.5.3.1 1).13.2 5,0.NTU (1).,.(.X1).2 10 .14.14.1 :TU (.TU)()()0,02*TU 1,00 0,01 1,00 TU ),.15.4 (IRM),(IRM),.IRM-,.,IRM-.16.8 16.1 ,.-.16.1.1 :,.0,90 0,625.NTU,0,122,0,262 4,09.NTU 8 -ASTM International RR:D19-1172.ASTM D 6855-12 28 (SDVB)0,20,0,50 2,0.NTU,Deleware Schuykill;,;DWP-.,.16.1.2 -.16.2 ,.16.3 ,D 2777.2 3.16.4 ,So16.4.1 ,.1.3.2 D 2777.E 691 ,D 2777().16.4.2 ,D 2777,(So).ASTM D 6855-12 29 2 0,9 NTU Formazin A 0,625 NTU Formazin B 0,122 NTU StablCal A 0,262 NTU StablCal B 4,09 NTU StablCal C 0,50 NTU SDVBA 0,20 NTU SDVB B 2,00 NTU SDVB C ,.NTU 0,900 0,625 0,122 0,262 4,090 0,500 0,200 2,000 6 6 6 6 6 6 6 6 (XBAR),.NTU 1,08367 0,67783 0,11878 0,23422 3,99900 0,57176 0,22594 2,11233%120,41%108,45%97,36%89,40%97,78%114,35%112,97%105,62%,(SL)A 0,01688 0,07285 0,01