ENTRY D0018 20160518 D104D001800000001 SUBENT D0018001 20160518 D104D001800100001 BIB 10 41 D001800100002 TITLE Effect of Li6 + Li6 reactions in a fusion reactor D001800100003 Operating on Li-6(p,a)He-3. D001800100004 AUTHOR (L.Ruby,Tai-Ping Lung) D001800100005 INSTITUTE (1USABRK) D001800100006 REFERENCE (J,NSE,69,107,1979) D001800100007 REL-REF (N,,D.J.Jassby+,J,NF,16,911,1976) methodology for D001800100008 reaction-rate. D001800100009 METHOD calculation. D001800100010 The reaction-rate has been estimated, using the D001800100011 methodology developed by Jassby and Towner. D001800100012 *** *** *** *** *** *** *** *** D001800100013 in some cases, when cross-section information is not D001800100014 available, the authors have assumed a functional D001800100015 dependence of the form D001800100016 (sig) = (a/E)exp(g(E)), D001800100017 where g(E) accounts for barrier penetration of only theD001800100018 lithium target. D001800100019 And all cross sections were assumed to be flat above D001800100020 highest measured energy. D001800100021 *** *** *** *** *** *** *** *** D001800100022 .considered 3 reactions are D001800100023 H-1 + Li-6 beam-target reactions. D001800100024 H-1 + Li-6 thermo-nuclear reaction, and D001800100025 Li-6 + Li-6 thermo-nuclear reaction. D001800100026 H+ ions are assumed to have isotropic velocity D001800100027 distribution. D001800100028 ERR-ANALYS (DATA-ERR) estimated error of 20 percent, D001800100029 results from uncertainties: D001800100030 * in the cross sections, D001800100031 * in extrapolation of cross sect. to higher energy, D001800100032 and in calculational approximation. D001800100033 COMMENT below the ion-temperature of 80 keV, D001800100034 Li-6 + Li-6 reactions are less than that for H-1 +Li-6D001800100035 by a factor of at least 10**3, and D001800100036 with rising temperature, this factor decreases and at D001800100037 270 keV, it becomes about 10. D001800100038 STATUS (TABLE) Data taken from table ii of D001800100039 Nucl.Sci.Eng.,69(1979)107. D001800100040 HISTORY (19790424C) KO. D001800100041 (20060725A) BIB section upgraded D001800100042 (20160512A) VS: 003.7 deleted and REL-REF corrected. D001800100043 ENDBIB 41 0 D001800100044 COMMON 1 3 D001800100045 DATA-ERR D001800100046 PER-CENT D001800100047 20. D001800100048 ENDCOMMON 3 0 D001800100049 ENDSUBENT 48 0 D001800199999 SUBENT D0018002 20060725 D048D001800200001 BIB 3 12 D001800200002 REACTION (3-LI-6(P,HE3)2-HE-4,,SGV,,,CALC) D001800200003 COMMENT the origins of cross-section data are mentioned in D001800200004 'rel-ref'. D001800200005 REL-REF (R,,R.HUB+,J,ZP,252,324,1972) E(n),above 3 MeV, D001800200006 (R,A1409001,J.B.MARION+,J,PR,104,1402,1956) E(n)= 0.64 D001800200007 to 2.91 MeV D001800200008 (R,A1445001,H.SPINKA+,J,NP/A,164,1,1971) E(n)= 0.151 D001800200009 to 0.317 MeV D001800200010 (R,F0019001,M.VARNAGY+,J,NIM,119,451,1974) E(n)= 0.10 D001800200011 to 0.18 MeV D001800200012 (R,A1393001,O.FIEDLER+,J,NP/A,96,513,1967) E(n),below D001800200013 0.10 MeV D001800200014 ENDBIB 12 0 D001800200015 NOCOMMON 0 0 D001800200016 DATA 2 12 D001800200017 KT DATA D001800200018 KEV CM3/SEC D001800200019 40. 1.74E-18 D001800200020 70. 7.49E-18 D001800200021 100. 1.65E-17 D001800200022 200. 5.42E-17 D001800200023 300. 9.34E-17 D001800200024 400. 1.30E-16 D001800200025 500. 1.63E-16 D001800200026 600. 1.90E-16 D001800200027 700. 2.11E-16 D001800200028 800. 2.28E-16 D001800200029 900. 2.42E-16 D001800200030 1000. 2.53E-16 D001800200031 ENDDATA 14 0 D001800200032 ENDSUBENT 31 0 D001800299999 SUBENT D0018003 20160518 D104D001800300001 BIB 4 21 D001800300002 REACTION 1(3-LI-6(3-LI-6,P)5-B-11,,SGV,,,CALC) D001800300003 2(3-LI-6(3-LI-6,N+A)4-BE-7,,SGV,,,CALC) D001800300004 3(3-LI-6(3-LI-6,2A)2-HE-4,,SGV,,,CALC) D001800300005 4(3-LI-6(3-LI-6,N)6-C-11,,SGV,,,CALC) D001800300006 5(3-LI-6(3-LI-6,D)5-B-10,,SGV,,,CALC) D001800300007 6(3-LI-6(3-LI-6,T)5-B-9,,SGV,,,CALC) D001800300008 COMMENT The origins of cross-section data are mentioned in D001800300009 'rel-ref'. D001800300010 REL-REF 1(R,,K.G.Kibler,J,PR,152,932,1966) D001800300011 2(R,,L.Ruby+,J,NSE,69,107,1979) 'cross-sect. D001800300012 for Li6(Li6,He5)Be7,Li6(d,n)Be7 and F19(Li6,p)Na24'. D001800300013 3(R,,E.Norbeck,R,SUI-77-41,1977) D001800300014 =compiler's note= D001800300015 the graph is also presented in EPRI-ER-536-SR,p.223, D001800300016 sept.1977.(Proc.Rev.Meet'ng on advanced-fuel fusion) D001800300017 4(R,,L.Ruby+,W,Ruby,1978) cross-section estimated to be D001800300018 1/3 that for Li-6(Li-6,p)B-11. D001800300019 5(R,,K.G.Kibler,J,PR,152,932,1966) D001800300020 6(R,,K.G.Kibler,J,PR,152,932,1966) D001800300021 HISTORY (20160512A) VS REL-REF 3 corrected. D001800300022 003.7 data set deleted. D001800300023 ENDBIB 21 0 D001800300024 NOCOMMON 0 0 D001800300025 DATA 7 12 D001800300026 KT DATA 1DATA 2DATA 3DATA 4DATA 5D001800300027 DATA 6 D001800300028 KEV CM3/SEC CM3/SEC CM3/SEC CM3/SEC CM3/SEC D001800300029 CM3/SEC D001800300030 40. 1.30E-24 8.20E-24 1.05E-24 1.28E-24 3.41E-24D001800300031 1.06E-25 D001800300032 70. 2.08E-22 1.30E-21 2.94E-22 1.99E-22 5.48E-22D001800300033 1.71E-23 D001800300034 100. 3.04E-21 1.82E-20 5.92E-21 2.90E-21 7.97E-21D001800300035 2.50E-22 D001800300036 200. 1.71E-19 9.61E-19 5.14E-19 1.57E-19 4.48E-19D001800300037 1.40E-20 D001800300038 300. 9.14E-19 5.09E-18 3.29E-18 7.30E-19 2.49E-18D001800300039 7.47E-20 D001800300040 400. 2.30E-18 1.28E-17 9.23E-18 1.53E-18 6.58E-18D001800300041 1.88E-19 D001800300042 500. 4.13E-18 2.30E-17 1.78E-17 2.28E-18 1.24E-17D001800300043 3.40E-19 D001800300044 600. 6.19E-18 3.49E-17 2.82E-17 2.88E-18 1.93E-17D001800300045 5.12E-19 D001800300046 700. 8.33E-18 4.76E-17 3.94E-17 3.28E-18 2.68E-17D001800300047 6.94E-19 D001800300048 800. 1.04E-17 6.06E-17 5.10E-17 3.54E-18 3.46E-17D001800300049 8.76E-19 D001800300050 900. 1.25E-17 7.35E-17 6.25E-17 3.68E-18 4.22E-17D001800300051 1.05E-18 D001800300052 1000. 1.44E-17 8.61E-17 7.37E-17 3.74E-18 4.97E-17D001800300053 1.22E-18 D001800300054 ENDDATA 28 0 D001800300055 ENDSUBENT 54 0 D001800399999 ENDENTRY 3 0 D001899999999