1、:D 4529-17:381/97 STANDARD TEST METHOD FOR ESTIMATION OF NET HEAT OF COMBUSTION OF AVIATION FUELS 2017 ():19.06.2017:3191-17/ASTM ASTM D 4529-17 2 -,.9,-49,119049.:(499)236-54-49:(499)230-13-72 E-mail:interstgost.ru http:/www.interstandart.ru/(ASTM International)100 rr Harbor Drive,West Conshohocken
2、,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 Consho
3、hocken,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
4、 ASTM International or FBU“CIC“Interstandard”,is strictly forbidden according to the USA legislation and international copyright.ASTM D 4529-17 1 :D 4529-17 :381/97 1 D 4529;,.()1.*1.1 (),.1.2 ,.1.1 ,1 ASTM D02 ,D02.05 ,.1 2017.2017.1985.2011.D4529-01(2011).DOI:10.1520/D4529-17.ASTM D 4529-17 2 ,.,.
5、JP-8,JP-5 Jet-A,.,:80,UL82,UL87,90,91,UL91,94,UL94,100/100LL/100VLL D910 D6227 D7547 D7592 :Jet B,JP-4 D6615 MIL-DTL-5624 JP-5 MIL-DTL-5624 JP-8 MIL-DTL-83133 Jet-,Jet-1 D1655 D7223 D7566 1.3 D 1405 D 3338.D 1405 ,D 3338 ,.1.4,.1.5 ,.ASTM D 4529-17 3 ,.2.2.1 ASTM:2 D 129 ()D 240 D 611 D 910 D 941 ()
6、(Lipkin)(1993.)3 D 1217 ()(Bingham)D 1250 D 1266 ()D 1298 ,API D 1405 D 1655 2 ASTM,ASTM www.astm.org ASTM serviceastm.org.ASTM.Document Summary ASTM.3 .www.astm.org.ASTM D 4529-17 4 D 2622 D 3120 D 3338 D 4052 ,API()D 4294 D 4809 ()D 5453 ,-D 6227 ,D 6615 Jet B D 7039 ,D 7223 ,ASTM D 4529-17 5 D 75
7、47 D 7566 ,D7592 94,(2016.)3 2.2 :4 MIL-DTL-5624 ,JP-4 JP-5 MIL-DTL-83133 ,JP-8(NATO F-34),NATO F-35 JP-8+100(NATO F-37)3.3.1 ,.5,6,7 4.4.1 ,4 .700 Robbins Ave.,Building 4D,Philadelphia,PA 19111-5098.5 Armstrong,G.T.,Fano,L.,Jessup,R.S.Maraatz,S.,Mears,T.W.,and Walker,J.A.,“Net heat of combustion an
8、d other properties of Kerosine and Related Fuels,”Journal of Chemical and Engineering Data,National Institute for Standards and Technology,Washington DC,Vol 7,No.1,1962,.107-117.6 Cogliance,J.A.,Jessup,R.S.,“Relations Between Net Heat of Combustion and Aniline-Gravity Product of Aircraft Fuels,”ASTM
9、 Bulletine,ASTBA,No.201.October 1954,p.55(TP 217);(NIST)Armstrong G.T.,Jessup,R.S.,and Mears,T.W.,“Net Heat of Combustion of Aviation Gasoline and its Correlation with Other Properties,”Journal of Chemical and Engineering Data,Vol 3,1958,.20-28.7 Nuttal,R.L.,and Armstrong,G.T.,“Estimation of Net Ent
10、halpies of Some Aviation Fuels Expressed in the International System of Units(SI),”NIST Technical Note 937,1977.ASTM D 4529-17 6 .(.2).2 D 240 D 4809.4.2 .,.4.3 ,.4.4 ,.1,.,.ASTM D 4529-17 7 .5.5.1 ()0,05 D 611.5.2 15 0,5/3 D 941,D 1217,D 1298,D 4052 D 1250.5.3 0,02%D 129,D 1266,D 2622,D 3120,D4294,
11、D 5453,D 5453 D 7039.6.6.1 .6.1.1 ()1 Qp,(.3).Qp=22,9596 0,0126587A+26640,9(1/)+32,622(A/)6,69030 10-5(A)2 9217760(1/)2(1):-15,/3,-,Qp-,/.3 /,.(/)106/,.ASTM D 4529-17 8 6.1.2 (.1),.,Qp.1 ,/3 10-3 Qp,/A,C 20 30 40 50 60 70 80 0,6500 42,8522 43,1941 43,5225 43,8376 44,1393 44,4276 44,7026 0,6600 42,87
12、21 43,2064 43,5272 43,8347 44,1288 44,4095 44,6768 0,6700 42,8819 43,2087 43,5222 43,8223 44,1090 44,3824 44,6423 0,6800 42,8823 43,2020 43,5083 43,8013 44,0808 44,3470 44,5998 0,6900 42,8743 43,1870 43,4864 43,7723 44,0449 44,3042 44,5500 0,7000 42,8584 43,1644 43,4570 43,7362 44,0021 44,2545 44,49
13、36 0,7100 42,8354 43,1348 43,4209 43,6935 43,9528 44,1987 44,4313 0,7200 42,8059 43,0990 43,3786 43,6449 43,8973 44,1373 44,3635 0,7300 42,7704 43,0573 43,3307 43,5908 43,8375 44,0708 44,2908 0,7400 42,7295 43,0103 43,2778 43,5318 43,7725 43,9997 44,2136 0,7500 42,6837 42,9586 43,2201 43,4683 43,703
14、1 43,9245 44,1325 0,7600 42,6332 42,9024 43,1582 43,4007 43,6297 43,8454 44,0477 0,7700 42,5787 42,8423 43,0925 43,3294 43,5529 43,7630 43,9597 0,7800 42,5203 42,7785 43,0233 43,2547 43,4728 43,6775 43,8687 0,7900 42,4585 42,7114 42,9509 43,1771 43,3898 43,5892 43,7752 0,8000 42,3936 42,6413 42,8757
15、 43,0967 43,3043 43,4985 43,6793 0,8100 42,3258 42,5685 42,7978 43,0138 43,2163 43,4055 43,5813 0,8200 42,2555 42,4933 42,7177 42,9287 43,1264 43,3106 43,4815 0,8300 42,1828 42,4158 42,6354 42,8417 43,0345 43,2140 43,3801 0,8400 42,1080 42,3363 42,5513 42,7528 42,9410 43,1158 43,2772 0,8500 42,0313
16、42,2551 42,4655 42,6624 42,8460 43,0163 43,1731 0,8600 41,9529 42,1722 42,3781 42,5707 42,7498 42,9156 43,0650 0,8700 41,8730 42,0879 42,2895 42,4777 42,6524 42,8138 42,9619 0,8800 41,7917 42,0024 42,1997 42,3836 42,5541 42,7112 42,8550 0,8900 41,7092 41,9157 42,1085 42,2886 42,4549 42,6079 42,7475 6.2 Qp :Qp=Qp 0,1163 S (2):S-,.6.3 :qp=Qp 10-3 (3)ASTM D 4529-17 9:qp-,/.7.7.1 :7.1.1 /0,001.7.1.2 ,qp,/0,001,.8.8 8.1 (95%),D 611,D 1298 D 129 (.4),:8.1.1 ,:0,012/5./8.1.2 ,8 D1405 .ASTM D 4529-17 10