ASTM_D_5002_-_19_rus.pdf

D500219 ,API STANDARD TEST METHOD FOR DENSITY,RELATIVE DENSITY,AND API GRAVITY OF CRUDE OILS BY DIGITAL DENSITY ANALYZER 2020 ():17.02.2020:3833-20/ASTM -,.9,119049.:(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 D5002-19 1 D500219 ,API 1 D5002;,.().1.1.1 ,API(),15 35 C,.,.1 ASTM D02 ,D02.04.0D .1 2019.2020.1989.2018.D5002-181.DOI:10.1520/D5002-19.ASTM D5002-19 2 1.2 ,0,75 0,95/.1.3,.1.4 ,.,.7.4,7.5 7.6.1.5 -,(TT).2.2.1 ASTM:2 D287 API ()2 ASTM,ASTM www.astm.org ASTM serviceastm.org.ASTM.Document Summary ASTM.ASTM D5002-19 3 D941 ()(1993.)3 D1193 D1217 ()D1250 API ASTM ,:API MPMS 11.1 D1298 ,API D4052 ,API D4057 D4177 D4377 (2020.)3 3.3.1:3.1.1 .3.1.1.1 /3;/3 .,/,.3 www.astm.org ASTM D5002-19 4 3.1.2 .3.1.2.1 .:20 C/20 C,15 C/15 C,20 C/4 C 60 F/60 F.3.2 :3.2.1 API 60 F/60 F,:API=141,5 131,5(1)3.2.1.1 ,60 F .3.2.2 ,U-.3.2.2.1 ,.4.4.1 1-2 U-.,API.,.5.5.1 ,ASTM D5002-19 5 .5.2 15 C 60 F,.5.3 ,.6.6.1 ,U-,U-,.,.,.6.1 D4052.6.2,2,.6.3 ,.6.4 ,.,.ASTM D5002-19 6 7.7.1 .,.4 ,.7.2 ,II D1193 .7.3,.(.).7.4,.(.)7.5 ,.(.)1 ,-.7.6-,-,99%,4 ,.,.,.,BDH Ltd.,.,.,Inc.(USPC),.,.ASTM D5002-19 7 D941 D1217.().8.,8.1 ,.,.8.3.1.8.2 ,D4057 D4177.8.3 ,U-.:8.3.1 ,.,D4177 D4377.,.8.3.2 ,.,U-.ASTM D5002-19 8 .80%5%,U-.9.9.1 .,U-.,.10.10.1 .,.,.10.1.1 .X1.10.2 .,.(.).ASTM D5002-19 9 ,-,-,-(),.10.3 .,(.1).10.3.1 .,U-.U-.10.3.2 .:=0,001293273,15/TP/101,325/(2):-;T -,K;P -,.2 P .,P.,P.P P:P=P2 ()/82,3(3)3 ()1 82,3 .ASTM D5002-19 10 1.1 ;ASTM .,.,C,/,C,/,C,/0,01 0,999844 21,0 0,997996 40,0 0,992216 3,0 0,999967 22,0 0,997773 45,0 0,990213 4,0 0,999975 23,0 0,997541 50,0 0,988035 5,0 0,999967 24,0 0,997299 55,0 0,985693 10,0 0,999703 25,0 0,997048 60,0 0,983196 15,0 0,999103 26,0 0,996786 65,0 0,980551 15,56 0,999016 27,0 0,996516 70,0 0,977765 16,0 0,998946 28,0 0,996236 75,0 0,974843 17,0 0,998778 29,0 0,995947 80,0 0,971790 18,0 0,998599 30,0 0,995650 85,0 0,968611 19,0 0,998408 35,0 0,994033 90,0 0,965310 20,0 0,998207 37,78 0,993046 99,9 0,958421 A ,1990.(ITS 90),Lemmon,E.W.,McLinden,M.O.,Friend,D.G.,-NIST(),NIST 68,P.J.Linstrom W.G.Mallard,.,.,http:/webbook.nist.gov.(24.07.2013.).10.3.3 1.4 ,.,(,),.;-.ASTM D5002-19 11 11.11.1 1-2 U-.11.1.1 ,U-.,.,.11.1.2 ,.11.1.3 U-.,.,1-2 .,U-.5 .,.11.1.4 ,ASTM D5002-19 12 API,API.11.1.5 U-,.X1.1.1,.X1.2.1,.11.2 :11.2.1 (.6.4).,U-.11.2.2 ,.11.2.2.1 ,.14.1.1 2.,.11.2.2.2 ,.11.2.2 ASTM D5002-19 13,.,.11.3 ,API,.12.12.1 ,(/,/3),API.,/3=1000 /.12.2 ,API,D1250 ,.13.13.1 ,(:20 C=0,8765/876,5/3().13.2 ,(:,15/15 C=x.xxxx).ASTM D5002-19 14 2.API API 0,70 0,0007 0,10 0,0029 0,41 0,75 0,0008 0,11 0,0031 0,44 0,80 0,0008 0,11 0,0033 0,47 0,85 0,0009 0,13 0,0035 0,50 0,90 0,0009 0,13 0,0037 0,53 0,95 0,0010 0,14 0,0039 0,55 14.5,6 14.1 ,15 C 20 C,:14.1.1 ,20(.2):0,75 0,95 0,00105X:X-.14.1.2 ,5 ASTM International RR:D02-1257.ASTM :serviceastm.org.6 (.100).,.84,1980.,.158-162,Chemical Society Faraday Translation,.86(1),1990.,.145-149.ASTM D5002-19 15 20(.2):0,75 0,95 0,00412X:X-.14.2 ,7 ,.15,Netherlands Meet Institute(NMI),747/3 927/3 20 C 1 5000 (20 C).,0,6/3(0,0006/).8 15.15.1 API;7 Fitzgerald,H.D.,Petroleum Review,1992.,.544-549.8 ASTM International RR:D02-1387.ASTM :serviceastm.org.ASTM D5002-19 16 ()X1.X1.1 A B (),(.7.3.),-,-,-().X1.1.1 (),.,.,.,.,U-,.X1.1.2 U-.X1.1.3 (1-2)(.7.3).ASTM D5002-19 17 .X1.1.4 ,.X1.1.3.X1.1.5 :a=0,001293273,15/TP/101,325/(X1.1):a -;T -,K;P -,.X1.1.6 X1.1.X1.1.7 ,.X1.1.4,(.7.6).X1.1.8 ,:(X1.2)(X1.3):Tw-,;Ta-,;w-,/;a-,/.T d ,.ASTM D5002-19 18 X1.1.A()1 ;ASTM .,.,C,/,C,/,C,/0,01 0,999844 21,0 0,997996 40,0 0,992216 3,0 0,999967 22,0 0,997773 45,0 0,990213 4,0 0,999975 23,0 0,997541 50,0 0,988035 5,0 0,999967 24,0 0,997299 55,0 0,985693 10,0 0,999703 25,0 0,997048 60,0 0,983196 15,0 0,999103 26,0 0,996786 65,0 0,980551 15,56 0,999016 27,0 0,996516 70,0 0,977765 16,0 0,998946 28,0 0,996236 75,0 0,974843 17,0 0,998778 29,0 0,995947 80,0 0,971790 18,0 0,998599 30,0 0,995650 85,0 0,968611 19,0 0,998408 35,0 0,994033 90,0 0,965310 20,0 0,998207 37,78 0,993046 99,9 0,958421 A ,1990.(ITS 90),Lemmon,E.W.,McLinden,M.O.,Friend,D.G.,-NIST(),NIST 68,P.J.Linstrom W.G.Mallard,.,.,http:/webbook.nist.gov.(24.07.13).X1.1.9 A B T ,.X1.1.10 ,.X1.1.X1.1.11 ,.,.X1.1.1 X1.1.9,1,000 dw ,.X1.1.8.ASTM D5