Metallurgical Transactions. A. Physical Metallurgy and Materials Science 1992: Vol 23A Index

57 Pages·1992·21 MB·English

Volume 23 Metallurgical Transactions
Combined Author Index
H.J. Aaronson 1915-1946) A. Bose 211-219A W. Dahl 537-544A W.M. Garrison, Jr. 485-496A
R. Abbaschian 1817-1827 A. Bottger 1129-1145A G. Gasc 2917-2921A
2863-28772 R.R. Bowman 1493-1508A R.P. Das R.M. Gates 3231-3244A
F. Abe 3025-3034 P. Bracconi 2917-2921A A.K. Datye 3231-3244A
469-477A G.H. Bray 3055-3066A .A. David M. Gaune-Escard 39-44B
3025-3034 3055-3066A .L. Davidson 865-879A 2409-2417A
K. Abiko 263-269A J.W. Bray 485-496A .Z. De 1413-1421A 211-219A
1515-151¢ YP>>S Y >Y S.S. Brenner 2725-2736A 2169-2181A 377-381A
M.B. Aboukheshem P.L. Bretz 519-526A . Debroy 207-214B 1455-1465A
S.G. Acharya J.K. Brimacombe 2469-2480A . Delfino 1005-1012A 2357-2364A
A. Adams P.K. Brindley 2527-2540A .P. Demopoulos 847-856B 3067-3072A
B.L. Adams 2541-2548A 857-864B 3169-3171A
ASJ...L .AA dhAvulajbnaai r ran JJLSJB......-D CMDP....B. rBBoBBBrruwurytonroalws genn ert s s 322211946076-6791149-19742----B82211 3417688032 0356AAAA TJB...HHK... DDDeehvniidneatdi aawn 884264535712---6884-75527653BBA3 0A JPRM....CPEW.... GGGiiGllblleiailisc isknhsgem ra n 333326110005806677916977-773---6---33363217100080A778837 124410AAAAAA
D.E. Albert R.J. Dippenaar 395-397B M.J. Godbole 1095-1103A
>>Y >P> >r> M. Djahazi 2111-2120A A. K. Gogia 401-415A
M. Alkan J.R. Cahoon 2491-2500A O.N. Dogan 2121-2129A A. N. Gokarn 567-572B
ESCGCJ1.......E JP DM...A.. A l AmlAAanAbAlnildntendlsed reetrengersr t stosoenorn n 222763169059-9197---72227731A116 417AABAA GRBB....- B J.CC. aa mnCCptaaiolilr hl oou n 3323331332121699960639911711-------3323331442162100964164496086AAAAAAA RSKPAH...h..L D.S . ..DD uuDDDDunbruobluahobospeipe ers yrt y 332222290255767271427798--17-51133-9----1382222294855682AAA44708 80819AAAAA AJN1S.....SL HV.AM.. .e. GlGGoGaGoloozonokqokzvcudhaieeaslnznl e ez 94222213595920-3767129-3731164-----B522221 895920B87823 09012AAAAA
H.-O. Andrén 1631-1640A 3207-3218A J.S. Dunning 2061-2068A N. Gope 221-235A
T. Angeliu 2887-2904A S.H. Carpenter 779-783A B.M. Dupen 2069-2071A 1596A
T.M. Angeliu 3343-3359A R.M. Cassidy 125-133B D.J. Duquette 1551-1562A 2193-2204A
3343-3359A M.G. Castelli 551-561A 1563-1572A J.A. Gordon 1013-1020A
H. Anzai 1291-1298A S. Chakraborty 135-151B 1840A
K. Anzai 881-882B 153-167B R. Goswami 3207-3218A
KDHRSGERR......... JJ M..AAA.AAA ropr srzkaeAAamtAiklsiss ri ifatn aarornholo a dnn gi 824422222118761350015317933206827---19771315844--------8972222221122713500513BBA44416397 07039819AAAAAAAA ..K..K . CCChhhaaatttttteeorrpjajedeheey ay 423311112119022863044378300633177-1-7733899151---------0923311121179063220434AA974114972 76088323SAAAAAAAAA |..E..W . .E E lEliEdpcvrpeaisend rgsse o n 22322741119161625785-5739921174-2-1-7973427--4----B272322111 276517855BA7B43248 505740AAAAAA GJSNCHRM........T JTAKN ....G.. G ouGGwGGGGprrrrrurteaiauepnag ygbtt o,eea rl yI l l 3337822417123377333108--06676998089799-53-37674---7----AA433332211 223360348B177B9701 8663205AAAAAAA
M. Atzmon S.K. Chattopadhyay 1371-1373A
R. Ayer M.C. Chaturvedi 3399-3404A
2455-2467A 3399-3404A L.M. Fabietti 3361-3368A
JA. Azzi 903-918A C. Chen 163-170A 3361-3368A R.C. Gupta
C.-C. Chen 2105-2110A B. Farouk 477-492B
D. Chen M. Feller-Kniepmeier 99-105A R.1.L. Guthrie
JAKRAADSDRWTGPJRL1RSKSBH........................C GMD SJPRJCBARPWK.......BBB..BB....BB..B . a aea aaa DhlBBnBBnnslBBl.BnBBBBBBaBaBee eeeaasaaHaahaeedhenaerrtnlrry.osraxlyrwaorun ljedjju kttdtnuhlnrspmi eeeelzoeeu baatnyaBaueeleeinrrrr geytmhw r d c ietai aaakt h rnmdnt h y ae yans yih aina 727633332244222333249312222111112025221101009430005163524476621399753377177751--9144991364905171-----71177--5-9-3555-93-771-731377644----221-332----2--2-1------42313B112333B0343263322313221111478 5144 55221181300073473664813AAAAA88A6449B9A92AB55719165072 5442 2 48 83344523192AAAAAAAAAAAAAAAAAA GDGHJJSSYZLSPSHYYYBMR..................... LH LS M -TCERWCWTG.C...L.CCC....CC..... . h h hhCh h eCC.CoCCCeeerCCCCCC nCChhihhyhnnnhhhhhhhhh ieeese gCeoioeeeduunnnsn hnw ndinn o og a a uoc ml abkairsa m 7733777523311112223322181118816103535545434357013311585519197574536393971-3028200---55----919319473--8537991777-5-737-0-------33-------997313474B21111683221222111557711515 54545943440151338AAAA2BA2B64735BB9404411290 0 024276 9503530526AAAAAAAAAAAAAAAAA FAJHRDJHKCJWMPSGRDHNKMF....................... RJEEP JFJL HERCG.....F....F.FF.F..FFF.F ee i er o rr rrtFFFFriFrFFnFFeeFFrllozrsFFireniFoireydrierinkarelonminarsn urorniee nal lctemcgonn ereiarkdz ekm hah derhs klisei m b ieaesy nenresnzeg i or rssng t er 372332266912221587226117711184232559996065751366314817029557501557707531993409730177--13-115---5--2--711--16591147-7----71258-76---77-------50032032208581342213521211117002302550653069662658613702AAB67BAA3612BBA17BB463501387 19 A136 2 5095591518AA AAAAAAAAAAAAAA AJRPJBQGJWKNSEGJDPD................... P- CTJD BNS ACWMl....H..MH...H..H..H a . ae aaH HoHrHHaHHHnHnHaHHHtaa Gaaisaa esajazeemncylasewnrenr rtikedubshsnarnluzls ehro ci ia nt malrkhmgceoaltaoh ohrnlnn a t ,tno h Jr. 32332388217272851106938100447191165573-715886793051748314------5591-12154--287785-8-------B32458821113322211 096239299900415657ABA3ABB1B9982479 6 94 1100951AAAAAAAAAA
1373-1375A, 3394-3399A M. Hillert 3141-3149A
V.V. Bhanuprasad W.-Y. Chu 1299-1312A K. Fujiwara 3141-3149A
SAM...K L..B haBBhthatattaiicaah arya TJK...BH-..S . CClChahurukar nng 221111848317---221111949135AAA KR.. FFuukjiitwaa ra CK.. R.H irHaioll s 622667548B13 --22675950AA
FN..SC.. Biancaniello 2332422806649339----2332422817757227AAAA TJWR....BSWM.... CCCoCollhayifetntene s 892157661721--5789--58215866AA32 06AA C|.. GMa.b aGlalbarhy el 214297-92-5192B8 3A J.P. Hirth 1111808841550311A--- 111088255022AAA
DPWDJN......LPKJRR...... BBBBBBloioooansecneswtkdhtaawamisce ne lkgl e r 281224564476167091-79-9-8--4-2521862564464A6A981 92 7AAA MHD... C.CC oomChreearnwt f ord 322221469941188809-577153-----522221469942A99900 78876AAAAA JFR...-AKC... GGGaaarrcnrheetort n 882321116519555586---733883---117221991691BBA679 561AAA WADGN.....FAHRJ.....A H ..H H HoooHHklfooemcal eodrimlosbeytdy e r 6277713678861-99978-9--966-77-A42991 20706BB1B8 4 9AA
A-1
169-173B S.K. Khera 3393-3394A S. Lele 401-415A P.J. Meschter 1763-1772A
1801-1806A 3393-3394A 417-431A L.W. Meyer 77-86A
135-148A 1373-1375A R. LeSar 3105-3113A M.-Ch. Meyer-Joly 249-259B
2159-2167A M. Kikuchi 1389-1393A 3105-3113A M.A. Meyers
785-795A R.J. Kilmer 1653-1662A J.J. Lewandowski a
785-795A B.C. Kim 2803-2816A N. Lewis
1253-1258A N.J. Kim 2589-2596A C. Leymonie
375-377A S. Kim 1807-1815A C. Li G.M. Michal
OcDXEOPN: 1111-1120A TS..K-.S . KKiimm 22154811--22154857AA 2873-2878A VJ..J .M ieMtitcihnaenu d 1155-1170A
RnK..=F " z oVr.l sHF yzlarnOd,O J r. 333332172112793377374-1771573------73333215211279A499485 422425AAAAAA WWYYYY......--DGT-HJ..W... . KKKKKiiKiiimmimmm m 353222070-775--333522A11 88AA oe 232288111357768305119967764----799313288-----368822111711168305BABB68874 95109AAAAA AAAMDYR.......- ERV J...MMM. iii kMlMMnMiuiiiailtllnmlznlaeeeei rrrrn o 6383600920-11117--33668--A3133 0100AB22 33AA
MH.. lIigzaurkaas hi YH..S .K iKmiumr a 1515-1519A AZ7&0RcOc VoAefe«Nx OcF5V M eIDcOcs c e 222099888177---222099999088AAA FA..A .M itMcihrezlal
K. Ikeuchi J.E. King 2657-2665A T. 99-105A
SGR... AW..I noIIurpeo ns J.S. Kirkaldy 671508198--367-521778AA9 0A CHc.. 2cc cc xc 231635391-452--631935A91 99AA EK..J .M iMyiatttae meijer
729-744A 3394-3399A K.L. Moazed
H.J. Klaar 537-544A H. 1051, 1062A R. Mochizuki
JKK...A N..I sIhIissdahaai chsa ra R.J. Klassen 533342225778-3315---43339222A889 001AAA TW7.w. co=C:erec“ re e 1395-1401A FF.. A.M oMhoahmaemde d
M. lwase 3281-3291A D. Mondal
R.M. izatt CO..FJ.. KKlleeipnp a 21485356--21486379AA N.E. Moody, Jr. 1013-1020A
53-56B 1403-1411A 1840A
997-1003A J.D. Livingston J.J. Moore 59-64A
A. Kobayashi 313-316B 3303-3308A 2373-2379A
M. Kobayashi 3085-3091A J. Llorca 919-934A M.M. Morra 3231-3244A
3085-3091A 1.E. Locci 1493-1508A 3231-3244A
M.M. Kocakerim 409-413B 1705-1718A 3177-3192A
J. Koch C.M. Lombard 2669-2672A 3177-3192A
1601-1606A M.J. Koczak 2243-2248A J.E. Morral 3245-3249A
2715-2723A 1585-1591A 3245-3249A
H. Kokawa 121-133A 2069-2071A
G.E. Korth 935-951A J.W. Morris, Jr.
D.A. Koss 2159-2167A 2631-2639A
T. Kottke 2365-2372A 2597-2605A
P. Jarry 2281-2289A F. Kovac 373-375A 2483-2490A
S. Jauregi 389-400A W. Kowbel 1051, 1062A 1063-1070A A. Mortensen
S.C. Jeng 1395-1401A P.F. Kozlowski 903-918A 1323-1332A
D.J. Jensen J.J. Kramer 1987-1998A 1403-1411A
J.Y. Jeon G. Krauss 1221-1232A
W. Jie 1233-1241A
J.Z. Jin A. Kroupa 709-727A M. Moulaert
W.C. Johnson 729-744A 3377-3381A B.C. Muddle
J.J. Jonas B.R. Krueger 55-58A 3377-3381A
R. Kuklinski 659-667A 1121-1128A A.K. Mukherjee 3135-3140A
A.M. Kumar 1013-1020A D. Maccid 1005-1012A 3135-3140A
1840A M. Maeda T. Mukherjee 221-235A
D.M. Kundrat 385-394B 1596A
2111-2120A J. Kuniya 1291-1298A 2193-2204A
963-975A K.H. Kuo 1121-1128A Y.R. Mahajan 2223-2230A P. Mukhopadhyay 2015-2028A
597-608A 2437-2445A 2833-2847A M.E. Mullins 2387-2392A
2607-2617A D. Kwon 1375-1379A K. Malau 249-259B 7-13A
J.W. Jones 1033-1037A 2803-2816A S.S. Mani 211-219A 1817-1827A
S. Jonsson 3141-3149A H.-W. Kwon 2121-2129A S.L. Mannah 1751-1761A K. Muraleedharan 401-415A
3141-3149A A.K. Kyllo 573-582B S.L. Mannan K. Muralledharan 417-431A
S. Joo 765-778B J.C. Murray 2357-2364A
765-778B F.J. Mannion A.H. Mutz 55-58A
R. Joos 1521-1539A L.K. Mansur 1977-1986A
J. Juarez-isias 719-736B S. Lafreniere 753-763B X. Mao 2873-2878A
719-736B Z. Mao
J.A. Juarez-isias 3161-3166A G. Laird, I S.W. Marcuson K. Nagata 331-337B
WS..B-.G . JuJnugn g 532371-865316--B23 719606AA MY.. GL.a nL akshmikantha SH..B .M arMgaorgloilni s TR.. NNaajgaofyaab adi 233611300-552--633911A11 33AA
T.L. Jungling 2183-2191A AK..AM.. LLaarnkc ha BS..P .M aMraqrusahr dt AF.. M.N ajNaafjija-rZ adeh
J.C. LaSalvia L. Martinez S. Nakazawa
E. Lavernia 3161-3166A
R. Kainuma 1147-1153A V. Martinez 389-400A
M. Kajihara 1389-1393A E.J. Lavernia C.N. Marzinsky 2455-2467A T.K. Nandy
B.B. Kale 567-572B |. Masaoka 1291-1298A
93-96B T.A. Mason 695-700B V.C. Nardone
G.B. Kale 3393-3394A 695-700B C.S. Narendranath 1479-1492A
3393-3394A C.R. Masson 227-229B A. Nasar 467-476B
1373-1375A T. Mathews 3325-3335A C. Nassaralla 117-1238
G.M. Kale 3325-3335A K.A. Natarajan 5-11B
D.K. Matlock 1221-1232A M.V. Nathal 2527-2540A
3219-3230A 1233-1241A 2541-2548A
3219-3230A E.F. Matthys 701-718B H. Nayeb-Hashemi 573-586A
R.G. Kamar 2469-2480A 2725-2736A 701-7188 A. Needleman 919-934A
M. Kang 2483-2490A 69-76A J. Mazumder 2419-2429A R.W. Neu 2619-2624A
M.K. Kang 785-795A 2753-2760A 2631-2639A M.G. Nicholas 1773-1781A
785-795A 1977-1986A M.K. McCarter 537-548B JF. Nie 3193-3205A
A.M. Kanury 2349-2356A 2205-2210A 549-555B 3193-3205A
Z. Karagdlge 409-413B 747-752B M.R. McCartney 1063-1070A X. Nie 737-745B
S. Karagoz 1631-1640A 747-752B 851-855A 737-745B
M. Karayaka 2029-2038A 1891-1900A 1285-1290A K. Nishioka 1869-1881A
M.E. Kassner 881-889A 2387-2392A 2211-2221A T. Nishizawa
U.R. Kattner 2081-2090A 1375-1379A 1279-1283A W.D. Nix
H. Kaufmann 2071-2073A 149-161A E. Niyama
Y. Kawamoto 459-466B 881-889A
W. Ke 3337-3341A 857-864A T. Noda
T.F. Kelly 32353577--32354615AA 33007777--33008844AA R.D. Noebe 11479035--11570188AA
A-2
J.-W. Noh 2141-2145A M. Rappaz 631-6428 O.D. Sherby 2491-2500A |. Tamura 2737-2751A
T.H. North 2905-2915A J.C. Rawers 2941-2945A 1509-1513A 2147-2158A
S. Nourbakhsh 3151-3160A 2061-2068A 527-535A Q. Tan 737-745B
1181-1186A K.K. Ray 3309-3315A G.J. Shiflet 1259-1269A 737-745B
3151-3160A 3309-3315A Y. Shigeno 429-435B Z. Tan 1627-1630A
1.C. Noyan 479-484A S.P. Ray 2381-2385A T. Shimada 169-173B M. Tanaka 609-616A
R.P. Reed P.H. Shingu 2431-2435A T. Tanaka 2431-2435A
A.J. Reeves R.K. Shiue 163-170A K.N. Tandon 3399-3404A
TTSYTL......1 L H...OOO ighOsOumOhhdroki ear an ib e 422544585171339534----774544--596222806171BBBB55 18AA WWCGASM.......PRDGHAC....... RRRRRRReiiieehdybcuvednhateeeoaeulr lrrdo d dosss 3335533017112253355665--113355-----28333332201122BB66677 60022AAAAA QSEADD...... AKH...SSS i iilcSmS Sihiehmeniounge n lhol iv 333353311121193384756671131---66-773336--1---203338331480711433BABB66222 99144AAAAA DHKJPFSS........L--ARKNM.EP..... .. TTTTTeTTTaeaereaayywrwnlwoliaaogoe arrrrr ini cy 3§4221123423870863369597238--9-91913451------521322123189488863ABB060339 411392AAAAAA
T.J. O'Keefe . isRti tchie 328254-93-9242B5 7A KR.. P.S inSgihn gh 433379-34-4323B9 4A N.N. Thadhani 334132-854318--A33 329621AA
D.L. Olson . Rodriguez 271-293A 3393-3394A 3251-3261A
G.B. Olson 2987-2998A . Roh 2753-2760A 307-319A
HK.. OOnnoo 234511983583--7-345-12926109BBB9 8A H.M.- RRoomsihga,n Jr. 3322226244425513----3322226244539950AAAA VO.. P.S inSgihn ha 362328831941--9736--39234083AA52 74AA GDB...J G..T hTaThuhvooimmnaa s 229310332339644--53793---1522186323AB746 282AAA
NK.. OOsnoa mura 318328-93-8143A9 3A JM.. RRoosiye r 21853231--21854379AA S. Sircar 32341179--32342249AA A.W. Thompson 348053-54-9360A4 3A
J.L. Oscarson 65-726 G. Roy Chaudhury 91-93B 2631-2639A 1299-1312A
A. Oztekin 73-80B O.A. Ruano 527-535A T. Siwecki 373-375A 1313-1322A
R.H 358293--450206AB VKN... C .RR uytRuhum s sel 441134983565--3344--44114998AA76 62AA WDPR....JRNO.... SSSmSmmioiitbtthohh y ejo 561158709736--7365--69117570AA57 00AA RRH... CG..T iaTTnhh oommsposno n 361180171378-5136---83117017A479 399AAA
Y.C. 1187-1193A 2039-2059A Y.-W. Tian 666-669B
VAD..RG ..P .a Pntaeplains gelakis 888581456648775770-----188858-567751647268BBBBB0 6A AYOM.... DSS.Saa ahhcSaicaino b naen 3111113250555301---51-11-5363113710BBB61 20AA HM1...DYC.. . SSoSomohmmnea rnvii lle 225522834282579443---9-92552--945222485728BBBB55 77AA JRR...K H..T iTrTiaiertndr -aCno llet 332335200111877229-133115-----223333620011A87733 96633AAAAA
PR.. S.P aPraarmiekhs waran 888815677775995----18888-6788147117BBBB6 1A TKP... R.SS aakkSaaaigh umc hi 333432213335577--17743---2333370133BB688 011AAA GJ|D.... A BS..So pnSSagpon irotezsnn asgoenl 2422112277-75214-95-821--A2822 9127A863 26AA JWJG.... M KT..To rrTaiTobpogilaoulg reaiy 3677150005-13177---32737-B1111 81858B88 4A
SBABAAJADRBSATHSSSHNo......f..y.......... H AHJ JRKC-JEDR..c. ..P...PPP.PP..PP.. . Pee oio re PPPPasPPPPrsPuPtlPaPeeiPireaarheeaareiyibacideckurbrzetrtrtemrhc cr rlik tbehzaewl euo nn alelahspvan ngezrdetieeirre asaesmszsd io i k hnn o a n 2285571233251152411225110393446611519043367687381-179844667--09347761350-8---1162111-55-7239-7-1209552-4--5----4---5--1-B1045BA21623321518214221 0 185 46661111136876688AABB8B556601B6AA87730 2 153660 2 15216AAAAAAAAAAAAA YFEJNYDYGRSSRJD...............1 H L MS BSM...SS.. ..SSS.SS a a aLaaScaSSsm.ktSSanhsSScaa ouraaumoccihkmhrenihr hmkSmi aualdcmwauia keftshsatam fl ttersa e r tzorryz n 337811783332122412227211903390220012571554730029156615237731-59695623385--99--1333--5-6-37169957888--8--132--1A7--------010B1331113833 522222211343 4223365100725730209BBBB34BAB77A7707735956 2166 6649309091AAAAAAAAAAAAAA SSVDGGMEDVMKY............. - JRAR CKMG1.S.SS....S... rrr u iiiSSSSgSSSdkrnSSttuttitoahitta.aogalmnav oerforlitrauukPffvkhhasmteriaoie o a e,oarntrknr td ze r oJser c .u 3388337172333366932532117178110827208630052303999990019414519558732833-3---5-555---555-516538-8-717---669---5------8383099338853233633223111232001701127620003230BBB00BB1AAA142B46694439 5 5 339 396661201AAAAAAAAAAAAAA FUAJJRM.......JJ HZ ..T.T. Vs uVaUurTVarlknaulcsbilneoauhidinlnaeaacl vs li ha i 6462234433311177331580138374227800011757333317533596113351-----3-5-1-13--551,463464--14---77-- -69149428203131133117364391307028821170A8BABAB2A874BB44466 102 440012AAAAAAAAA
Y.V.R.K. Prasad 3093-3103A J.D. Scott 125-133B H. Suito T.J. Van Der Walt 643-650B
2849-2857A J.R. Scully 2641-2655A L.B. Sukla J.S.J. Van Deventer 643-650B
3093-3103A S. Seetharaman 317-324B J. Sun 2483-2490A W.H. Van Niekerk 395-397B
2223-2230A V. Seetharaman 295-305A M. Sun 591-599B R.A. Varin 2963-2972A
J.N. Pratt 2401-2407A 2669-2672A W.P. Sun 821-830A 617-625A
M.K. Premkumar 3219-3230A H. Sehitoglu 2619-2624A 3013-3023A 1243-1252A
M. Psaila- 3219-3230A J.A. Sekhar 32306219--32306388AA 32011131--32012230AA A. Varma 2699-6736-A2 972A
Dombrowski 3231-3244A 3361-3368A Z.Q. Sun 3115-3120A S.K. Varma 3166-3169A
3231-3244A 23-34A 3115-3120A 3166-3169A
J.W. Pugh 2259-2262A 251-261A G. Sundararajan 2833-2847A V.K. Vasudevan 690-697A
M.P. Puls 797-806A N. Selhaoui 815-819B M. Sundararaman 2015-2028A S. Vecchio 87-97A
1836-1839A B. Sundman 821-831B B. Venkataraman 2833-2847A
815-819B 821-831B M. Venkatraman 1479-1492A
B.H. Rabin 35-40A S.L. Semiatin 916731-99-7157A3 5A J.K. Sung 21808373--21900347AA S. Venugopal 33009933--33110033AA
BIBSCP..Y...PVB. . .-h RR R-aaa_ aR mmacaajhc cehhvsaa nnddrr aar ao 211133162127478633762598991107-333-177551---6-----82119133121250773376B30A902217 08 934488AAAAAAAA SRHMMBD.......P A.SS.SS S hhhhhSaaaaSaehhnnhmna gagsgn kguuieu pdratd nai n 2213132942169433366393659878-7053-9-3113--133-1-0--43--02613173021516B3362333AA7 97BB914 22 3216AAAAAA ASACMS......J K O ..S.S S uuSurSrSsueuyuarnsav ihw on oraoor vaay ana 3389124321335133325044797213673-3--3-1718--94-3---63334132214343237205A5A5B3B487 9 9 2 219AAAAAA GMBLGCVT....S...E .R B.. VV.VV r iiVieniVvVjVreoeioaiklskgly sal unaewnrolrda ua ,luk asthJrhm.ai n 33616165110019758528777-05314933-5-13-3---866--6-2A332911601 0507784627A7A63BB5 66 16 2AAAAA
B. Ramaswami 3273-3280A 1111-1120A K. Suzuki 2131-2140A
3281-3291A 669-680A C.R. Swaminathan 651-664B
3273-3280A H.S. Shankar 493-503B W.D. Swank 695-700B . Wagner 1901-1914A
3281-3291A R.E. Shannon 1541-1549A 695-700B .S. Walston 1313-1322A
2625-2630A A.J. Shapiro 2409-2417A J. Szekely 701-7188 .L. Walter 2259-2262A
2849-2857A R.S. 91-93B 701-718B .G. Wang 1379-1381A
3166-3169A R.M 2393-2400A 683-693B .Z. Wang 509-517A
3166-3169A D.H 1751-1761A 683-693B . Wang 903-918A
1751-1761A EY 779-788B 357-369B -Y. Wang 3105-3113A
2249-2257A 779-788B 371-384B 3105-3113A
M. Wang 821-831B X. Zeng
821-831B
N. Wang 1423-1430A B. Zhang
P. Wang 690-697A H. Zhang
R. Wang 3115-3120A
3115-3120A J.H. Zhang 1253-1258A
S.C. Wang 505-511B J.S. Zhang 1379-1381A
Y. Wang 2859-2861A W. Zhang
Z. Wang 1423-1430A X. Zhang
Z.-C. Wang 623-629B X.-H. Zhang
666-669B
Z.F. Wang 3337-3341A Y. Zhang
3337-3341A
Z.G. Wang 1253-1258A D. Zheng
2939-2941A 3169-3171A
G.S. Was 1033-1037A 3067-3072A
1195-1206A 3169-3171A
2887-2904A X. Zheng 2597-2605A
3343-3359A D.S. Zhou 1259-1269A
3343-3359A H. Zhou
D. Watkins 2669-2672A J.-K. Zhou
F.E. Wawner 1607-1615A
1653-1662A T. Zhou
C.M. Wayman 1439-1444A Y. Zhou
2981-2986A
1431-1437A
1445-1454A
2981-2986A 451-455A
G.C. Weatherly 1403-1411A 3337-3341A
3273-3280A 3337-3341A
3281-3291A 651-657A
3273-3280A 457-467A
3281-3291A 513-522B
P.S. Wei
R.P. Wei
P.D. Weidman 2169-2181A
R. Westhoff 683-693B
683-693B
R.C. Westhoff 357-369B
K.Y. Wien 2437-2445A
C. Wiesner 989-996A
K. Wijayatilleke 2387-2392A
D.S. Wilkinson 841-845B
841-845B
R.A. Winholtz 341-354A
M.B. Winnicka 2963-2972A
2963-2972A
D.G. Wirth 2373-2379A
J. Wiassich 2091-2103A
J. Wolfenstine 1509-1513A
527-535A
I.M. Wolff
2923-2937A
1413-1421A
295-302)
Y.B. Xu 1253-1258A
M. Yamamoto 169-173B
T. Yamane 2783-2790A
C. Yan 2549-2556A
B. Yang 2859-2861A
D.Z. Yang 2939-2941A
H.S. Yang 3135-3140A
3135-3140A
J.H. Yang 1439-1444A
1431-1437A
1445-1454A
N.Y.C. Yang 1021-1032A
851-855A
785-795A
785-795A
2313-2321A
59-64A
1413-1421A
201-210A
2581-2587A
1413-1421A
1641-1651A
597-608A
2607-2617A
3121-3133A
3121-3133A
2447-2453A
373-375A
2169-2181A
2159-2167A
3135-3140A
3135-3140A
Volume 23 Metallurgical Transactions
Combined Subject Index
Absolute viscosity Activity coefficients
See Viscosity See Activity (chemical)
Absorbance Acurad process
See Absorption (energy) See Die casting
Absorptivity
Adhesives
Absorbin See Binders (adhesives)
See Absorption (energy) Glue
Absorptance Aerospace
See Absorptivity Low-Cycle Fatigue of Niobium and Niobium—1% Zirconium
AbsoErnWpeetrligdoyin-n Bg e(aeCmanv eirtRgyey.d )i stribution and Absorption in a Drilling or 505-511B PrAFolcele—osyNssi.i ngA llaoynsd. Microstructure of Powder Metallurgy Al— 33027179--33028340AA
AbsoSreep tiAbosno rcpoteifofni c(ieennetr gy) AerSoesep aAceer osipnadcues try
Absorptivity Age hardening
See Aging
Absorptivity, pH effects Aging (artificial)
Adtsioornps.t ion of Gold on Activated Carbon in Bromide Solu- 557-566B PPrreecciippiittaattiioonn hheaartd etnrienagt ment
Acicular structure Age softening
Unidirectional Solidification of Ali—Si Eutectic With the Accel- See Overaging
erated Crucible Rotation Technique. 1363-1370A
Acid leaching Ageing
See Aging
A Possible Method for the Characterization of Amorphous
Slags: Recovery of Refractory Metal Oxides From Tin Agents
Slags. 249-2598 See Catalysts
A Fundamental Study on the Preparation of Niobium Alumi- Deoxidizers
nide Powders by Calciothermic Reduction. 415-421B Fluxes
A rNointiriodbiinugm . Process for the Recovery of Niobium From Fer- 437-442B AginSege also Aging (artificial)
Acid leaching, pH effects Overaging
Leaching Kinetics of Colemanite by Aqueous EDTA Solu- Precipitation heat treatment
tions. 409-413B Influence of Prolonged Thermal Exposure on Intergranular
Acoustic drilling HyFdartoiggeuen CTrraacnks poGrrto wtinh NiBcekhealv-iBoars ei n AAllllooyys . 718 at 650°C. 33126391--33127414AA
See Drilling Stress Corrision Cracking of An Al—Li Alloy. 3337-3341A
Acoustic emission testing Aging (artificial)
Acoustic Emission Produced by the Delta-to-Alpha Phase The Effect of Ternary Trace Additions on the Nucleation and
Transformation in Pu—Ga Alloys. 779-783A Growth of y' Precipitates in an Al—4.2 at.% Ag Alloy.
Actinide metals (Conference Paper) 135-148A
See Uranium Influence of Long-Term Aging at 520°C and 560°C and the
Superimposed Creep Stress on the Microstructure of
Activation energy 1.25Cr—0.5Mo Steel. (Conference Paper) 221-235A
Reaction Synthesis Processes: Mechanisms and Character- Transformations in a Ti—24AlI—15Nb Alloy. Il. A Compesi-
istics. (Conference Paper) 7-13A tion Invariant 89 —> O Transformation. 417-431A
The Asymptotic Theory of Gasless Combustion Synthesis. Tempering of Iron—Carbon—Nitrogen Martensites. 1129-1145A
(Conference Paper) 15-22A Phase Transition in an Fe—23.2AI—4.1Ni Alloy. 1395-1401A
Numerical Modeling of Solidification Combustion Synthesis. The Effect of Aging on the Hydrogen-Assisted Fatigue Crack-
(Conference Paper) 23-34A ing of a Precipitation-Hardened Al—Li—2Zr Alloy. 1551-1562A
Plastic-Flow Behavior and. Microstructural Development in a Correction to “Influence of Long-Term Aging at 520°C and
Cast Alpha-Two Titanium Aluminide. (Conference Paper) 295-305A 560°C and the Superimposed Creep Stress on the Micro-
Application of a Nonisothermal Thermogravimetric Method to structure of 1.25Cr—0.5Mo Steel”. (Conference Paper) 1596A
the Kinetic Study of the Reduction of Metallic Oxides. |. A Homogeneous Nucleation Kinetics of AlgSc in a Dilute Al—Sc
General Treatment and Its Application to the Reduction of Alloy. 1947-1955A
the Oxides of Molybdenum by Hydrogen. 317-324B An ieanpeatetion of the Carbon Redistribution Process Dur-
The Plastic Deformation of an a-Ti Alloy and Its Thermal Acti- ing Aging of High Carbon Martensite. 2147-2158A
vation Process vs. Effective Stress. (Conference Paper) 335-340A Influence of Long-Term Aging and Superimposed Creep
Kinetics of Iridium Reduction by. Hydrogen in Hydrochloric Stress on the Microstructure of 0.50Cr—0.50Mo—0.25V
Acid Solution. 737-745B Steel. 2193-2204A
Kinetics of the Growth of Spinel, MgAl2O,4, on Alumina Partic- Aging Embrittlement and Grain Boundary Segregation in a
ulate in Aluminum Alloys Containing Magnesium. 1279-1283A NiCrMovV Rotor Steel. 2243-2248A
Morphological and Calorimetric Studies on the Amorphiza- Instabilities in Stabilized Austenitic Stainless Steels. 2455-2467A
tion Process of Rod-Milled AlsoZrso Alloy Powders. 2131-2140A Atom Probe Examination of Thermally Aged CF8M Cast
The Activation Energy for Lattice Self-Diffusion and the Stainless Steel. 2725-2736A
Engel—Brewer Theory. 2491-2500A Agitation
Diffusion of Cobalt, Chromium, and Titanium in NigAl. 2783-2790A See Bubbling
Distributed-Activation Kinetics of Heterogeneous Martensitic
Nucleation. 2987-2998A Air melting
The Effect of Tungsten on Creep Behavior of Tempered Mar- See Melting
tensitic 9Cr Steels. 3025-3034A Aircomatic welding
Activation energy, Heating effects See Gas metal arc welding
Atom Probe Examination of Thermally Aged CF8M Cast Aircraft components
Stainless Steel. 2725-2736A Fracture Behavior of a B2Ni—30AI—20Fe—0.05Zr intermet-
Activation entropy allic Alloy in the Temperature Range 300-1300K. 1691-1703A
See Activation energy Aircraft equipment
Activity (chemical) See Aircraft components
Chemical Potential of Oxygen for tron-Rutile-Iimenite and Alkali metals
lron-limenite-Ulvospinel Equilibria. 57-64B See Potassium
Activities of Titanium in Molten Copper at Dilute Concentra- Sodium
tions Measured by Solid-State Electrochemical Cells at
1373K. 169-173B Alkaline earth metal alloys
Solubility of BaS in BaO—BaF,2 Slag and the Influence of See Magnesium base alloys
FeO,, SiOz, Cr203, BaClz, CaO, and MgO on the Sulfide Ca- Alkaline earth metal compounds
pacity of This System. 175-181B See Barium compounds
Nitrogen Activity Determination in Plasmas. 207-214B
Comparative Investigations Among Binary Molten Salt Mix- Alkaline earth metals
tures PbCla—AgCl, PbClp—LiCl, and PbClz—KCI Using an See Magnesium
Theis oTphieesrtmioc chTeecmhinsitqruye . of Magnesium in Nickel-Base Alloys. |. 666-669B AlkaAl iPnoes silbelaec hiMnegt hod for the Characterization of Amorphous
The Determination of Thermochemical Parameters Using Slags: Recovery of Refractory Metal Oxides From Tin
the Atomic Absorption Technique. 791-803B Slags. 249-259B
The Thermochemistry of Magnesium in Nickel-Base Alloys. II.
Activity of Magnesium. 805-814B Alloy powders
Na2O—Al2O3 System: Activity of Na2O in (a + 8)- and A Fundamental Study on the Preparation of Niobium Alumi-
(8 + 8")-Alumina. 833-839B nide Powders by Calciothermic Reduction. 415-421B
s-1
Alloy powders
Alloy powders, Magnetic properties Aluminum base alloys, Casting
Magnetic Susceptibility of an Atomized 304L Stainless Steel A Numerical and Experimental Study of the Solidification
Powder: Particle Size Effect. 2917-2921A Rate in a Twin—Belt Caster. 477-492B
AlloSye es tCHeiheglrhso msiturmen gtshte esltse els AA cNGeoesvnseeelrs a.lT ecEhnntihqaulepy foMre tOuhtoldi nifnogr tMhoed eSloliindgi fiScoaltiidoinf iCcrataitoenr PPrroo-- 651-664B
LMoawn gaalnleoys es tesetlese ls fDiilre eocft Cah Cilolm mMeertchioadl.- Size Aluminum Alloy Ingot Cast by the 2323-2325A
Nickel steels Effleocyts . of Gravity Level on Grain Refinement in Aluminum Al- 3399-3404A
Alloyi
See Mechanical alloying Aluminum base alloys, Coating
Surface alloying Lahseeart edM elNtiicnkge l TErleeacttmreondte posbiyt eOdv eCrolaatpipnignsg onP aAsls—eSsi oAfl loPyr.e - 1801-1806A
Alloys
See Brazing alloys Aluminum base alloys, Composite materials
Dispersion hardening alloys Fabrication of Fiber-Reinforced Metal-Mairix Composites by
Low expansion alloys Variable Pressure Infiltration. 295-302B
Precipitation hardening alloys Recovery and Recrystallization in Cold-Rolled Al—SiC,
Shape memory alloys Composites. 807-819A
The Effect of Ceramic Reinforcements During Spray Atom-
Alpha annealing ization and Codeposition of Metal Matrix Composites. |.
See Annealing Heat Transfer. 831-843A
Alphatizing The Effect of Ceramic Reinforcements During Spray Atom-
See Annealing ization and Codeposition of Metal Matrix Composites. II.
Solid-State Cooling Effects. 845-850A
AluSmeien aA luminum oxide Ani n EMxpeetrailm—eMnattarli xa ndC omNpuomseirticeasl. Study of Cyclic Deformation 919-934A
Aluminium Kinetics of the Growth of Spinel, MgAl2O4, on Alumina Partic-
See Aluminum ulate in Aluminum Alloys Containing Magnesium. 1279-1283A
AlumDiesCnctoiorazmattipienosngs.g i st ioonn Soif ntghlee -CBr2y-sTtyaple NMiactkreilx- Boafs eA luSmuipneirdael lDoiyf fuSsuibo-n 2657-2665A FNReooCParnaocmdrtmaetiptsiooitcnosru niul tcaKtetionei fe-v tBReiieM lcilasen tEgf vnooParferl csoueaicadnetu simAsAo linl(n —AAgC3l.f5o uo6rm ) i nILanMatetretegra mele- (tSaSMclpaalitinlrceie lx ) i nMC ieoAntm lapIClo—a-s9sMiTtati te/rsSSii.ixC C 11452431--11453409AA
Aluminum, Alloying elements Particle-Reinforced Composites. 1667-1615A
Prevention of the Intergranular Fracture by Addition of Silicon The Fracture Characteristics of AlI—9Ti/SiC, Metal Matrix
and Aluminum to a High-Purity Fe—0.2P Alloy With a Trace Composites. 1653-1662A
of Boron. 1515-1519A Prediction of Thermomechanical Fatigue Lives in Métal Ma-
trix Composites. (Conference Paper) 2029-2038A
AluTSmohilSneniayrdursimymtf oi,ecdTm a y.tB niioannm airKcyi n estAiyscssste esamsnmds e nMtet asatnadb lCea lcPuhlaastei onF oromfa ttihoe n Tiin— ABli- 22068919--22079104AA TPhraAeo rlcSme—pas2hls0ei r niSgctV aroleMl s.as%Rp e aiSfnniodfCr o ,r SHctoMretea mtieaWnln o tri knM aiPatna rrgMit exit colafCel .o P moMpwaotdsreiirtx e .CM eotmaplolsuirtgye 2W1i2t4h 22220253--22221300AA
A Thermodynamic Evaluation of the Al—Mn System. 2953-2962A EffAelcltosy s ofR eSiinCf oCrocnetde ntWi tohn SFiaCt iPgauret icClreasc.k Growth in Aluminum 2231-2242A
Aluminum, Claddings Infiltration of Fiber Preforms by a Binary Alloy. ll. Further The-
Laser-Clad NiAICrHf Alloys With Improved Alumina Scale Re- ory and Experiment.. 2263-2280A
tention. 513-522B Infiltration of Fiber Preforms by an Alloy. Ill. Die Casting Ex-
AluDmeiCscntooruamamttpie,osn s.g isCt oiaootnni nSogifs n tghlee -CBr2y-sTtyaple NMiactkreilx- Boafs eA luSmuipneirdael lDoiyf fuSsuibo-n 2657-2665A TFhrBaeRpcee etrhiEuianfrmvffeeioe norcttrcMs e e.doco ffh WaPAianltrihuts immciSusnil Cua tmoeW f h MiaRa set2kir1eni2rxfs4 o. r CAcolemumpmeoinsntiu tmeo sn. M atthre ixS liCdoimngp osWietaer 222852388391---222852498769AAA
Aluminum, Composite materials Interaction Mechanisms Between Ceramic Particles and At-
Particle Sedimentation During Processing of Liquid Metal- omized Metallic Droplets. 2923-2937A
Matrix Composites. 753-763B Effect of Cooling Rate on the Solidification Behavior of AI—
Structure and Room-Temperature Deformation of Alumina 7Si—SiC, Metal-Matrix Composites. 3369-3376A
Fiber-Reinforced Aluminum. 1207-1219A
Wetting of SAFFIL Alumina Fiber Preforms by Aluminum at Aluminum base alloys, Corrosion
973K. (Conference Paper) 2071-2073A Metallurgical Factors Influencing the Corrosion of Aluminum,
Infiltration of Fiber Preforms by a Binary Alloy. Il. Further The- Ali—Cu, and Al—Si Alloy Thin Films in Dilute Hydrofluoric
ory and Experiments. 2263-2280A Solution. 2641-2655A
Infiltration of Fibrous Preforms by a Pure Metal. IV. Morpho- Stress Corrision Cracking of An Al—Li Alloy. 3337-3341A
logical Stability of the Remelting Front. 2291-2299A Aluminum base alloys, Crystal growth
Discussion of “Behavior of Ceramic Particles at the Solid/ Mushy Zone Modeling With Microstructural Coarsening Ki-
Liquid Interface in. Metal Matrix Composites” and Reply. 2326-2330A netics. 659-667A
Combustion Synthesis of Ceramic—Metal Composite Materi- Dynamic Restoration Mechanisms in Al—5.8 at.% Mg De-
als: the TIC—Al203—Al System. (Conference Paper) 2373-2379A formed to Large Strains in the Solute Drag Regime. 881-889A
Fabrication of Metal Matrix Composites of TiC—AI Through Microsegregation in Solidification for Ternary Alloys. 1038-1043A
Self-Propagating Synthesis Reaction. (Conference Paper) 2387-2392A Oscillations in Load Observed During High-Temperature Low
The Effect of Particulate Reinforcement on the Sliding Wear Strain-Rate Testing of Superplastic Materials. 2667-2669A
Behavior of Aluminum Matrix Composites. 2833-2847A
The Strength of Metal Matrix Composites Reinforced With Aluminum base alloys, Directional solidification
Randomly Oriented Discontinuous Fibers. 3045-3053A Unidirectional Solidification of Al—Si Eutectic With the Accel-
Aluminum, Corrosion erated Crucible Rotation Technique. 1263-1370A
Metallurgical Factors Influencing the Corrosion of Aluminum, Aluminum base alloys, Forming
Al—Cu, and Al—Si Alloy Thin Films in Dilute Hydrofiuoric Plastic Anisotropy in a Superplastic AI—Li—Mg—Cu Alloy. 1467-1478A
Solution. 2641-2655A Aluminum base alloys, Heat treatment
Aluminum, Crystal growth Dissolution of Particles in Binary Alloys. |. Computer Simula-
— Between Grain Boundary Curvature and Grain tions. 433-444A
ize. 2481-2482A Dissolution of Particles in Binary Alloys. I. Experimental In-
Aluminium, Diffusion vestigation on an Al—Si Alloy. 445-449A
Application of the Square Root Diffusivity to Diffusion in Ni— Aluminum base alloys, Mechanical properties
Cr—AI—Mo Alloys. 3245-3249A Microstructure, Excess Solid Solubility, and Elevated-
AluEmfifnecutm ,of SMteracihna nRiactea lo n pCreolple rSitziee sR efinement and Strengthen- TCeomdpeeporsaittuerde AMleIc—hTanii—cSailC ,.B ehavior of Spray-Atomized and 719-736B
Cryinsgt ailnl oNgircakpelh ica ndF atAilguumei nCurma.c k Growth in Incompatible Alu- 3166-3169A Dyfnoarmmiecd Rtoe sLtaorrgaeti oSnt raMinesc hian ntihes mSso luitne AlD—ra5g. 8 Reagti.m%e . Mg De- 881-889A
minum Bicrystals: Its Dependence on Secondary Slip. 3293-3301A Compression Testing Techniques to Determine the Stress/
Strain Behavior of Metals Subject to Finite Deformation. 935-951A
Aluminum, Reactions (chemical) . Structure and Mechanical Properties of Boron-Doped Cubic
The Effect of Interfacial Diffusion Barriers on the Ignition of Zirconium Trialuminides. 1243-1252A
Self-Sustained Reactions in Metal—Metal Diffusion Cou- Microstructure and Creep Properties of Dispersion-
ples. (Conference Paper) 49-53A Strengthened Aluminum Alloys. 1521-1539A
Aluminum, Ternary systems The Effect of Aging on the Hydrogen-Assisted Fatigue Crack-
CThuPe—r oCpA elrat—niCde us A—olFf— eCC aurP—bhoCan s ePi nh atDshieea gArDlailmoa:ygs r a0Fm-rs2o 5m a nad1t 5.5T%0h °eCIrr monto od ya2n3nd0a 0m°i5Cc0.- 453-458B CoiArnlrglo osyoi fo inan aP Fr0ae.tc5iiMgp uietS aotodifio unam- HPaCrrhedlceoinrpeiiddt ea AtSlio—olLnu-itiH—oa2nrZ.dr e neAldl oy.A l—Li—Zr 11555613--11556722AA
75 at.% Aluminum—Equilibria Involving the Icosahedral Lead-Induced Solid Metal Embrittlement of an Excess Silicon
Phase. 2409-2417A Al—Mg—Si Alloy at Temperatures of —4°C to 80°C. 1679-1689A
An Assessment of the Al—Fe—N System. 3141-3149A Fatigue Crack Tip Deformation Processes as Influenced by
the Environment. 2211-2221A
Aluminum base alloys, Alloy development Thermal Activation Model of Endurance Limit. 2597-2605A
Characterization of Dispersed Intermetallic Phases in Rapidly Effect of Hydrostatic Pressure on the Hot-Working Behavior
Quenched Al—Ti—Ce Alloys. 3193-3205A of a Gamma Titanium Aluminide. 2669-2672A
S-2
Annealing
Forming Limit Diagrams Calculated Using Hill's Nonquadratic Aluminum compounds, Phase transformations
Yield Criterion. 2817-2831A Observation of a Massive Transformation from a to y in
Microstructure and Ordering of L12 Titanium Trialuminides. 2963-2972A Quenched Ti-48 at.% Al Alloys. 690-697A
Mechanisms of Fatigue Crack Retardation Following Single
Tensile Overloads in Powder Metallurgy Aluminum Alloys. 3055-3066A Aluminum compounds, Powder technology
A Fundamental Study on the Preparation of Niobium Alumi-
Aluminum base alloys, Microstructure nide Powders by Calciothermic Reduction. 415-421B
Decagonal Quasicrystal and Related Crystalline Phases in Reactive Sintering and Reactive Hot Isostatic Compaction of
Slowly Solidified Ali—Co Alloys. 1121-1128A Niobium Aluminide NbAl3. (Conference Paper) 2357-2364A
Lattice Imperfections Studied by X-Ray Diffraction in De- Dynamic Compaction of Titanium Aluminides by Explosively
formed Aluminum-Base Alloys: Al—Cu Alloy. 1371-1373A Generated Shock Waves: Microstructure and Mechanical
Flow Softening and Microstructure Evolution During Hot Properties. 3251-3261A
Working of Wrought Near-Gamma Titanium Aluminides. 1719-1735A An Experimental Investigation of Reactive Atomization and
The Microstructures and Properties of an Al—12 wt.% Si Deposition Processing of NizAl/Y203 Using Niz—O» Atom-
Alloy Produced by a New Layer-Deposition Process. 2313-2321A ization. 3394-3399A
The Microstructure of Electrodepesited Titanium—Aluminum
Alloys. 2715-2723A Aluminum compounds, Reactions (chemical)
Standard Molar Enthaplies of Formation of MeAl (Me = Ru,
Aluminum base alloys, Phase transformations Rh, Os, Ir). 53-56B
On the Phase Transformation Between the Quasicrystalline Deoxidation of Titanium Aluminide by Ca—Al Alloy Under
to Crystalline Phases in Alloys of Al—Cu—Fe—Co. 3161-3166A Controlled Aluminum Activity. 583-590B
Aluminum base alloys, Powder technology Aluminum compounds, Synthesis
Recent Trends and Developments With Rapidly Soliditied Shock-Induced Chemical Reactions and Synthesis of Nickel
Materials. (Conference Paper) 1083-1093A Aluminides. (Conference Paper) 41-48A
Morphological and Calorimetric Studies on the Amorphiza- Combustion Synthesis of Ni3Al and NigAl-Matrix Composites.
tion Process of Rod-Milled AlsgZrso Alloy Powders. 2131-2140A (Conference Paper) 69-76A
Processing and Microstructure of Powder Metallurgy Al—
Fe—Ni Alloys. 3219-3230A Aluminum killed steels, Mechanical properties
Aluminum base alloys, Structural hardening FoYrimeilnd g CrLiitmeirti oDn.i agrams Calculated Using Hill's Nonquadratic 2817-2831A
The Effect of Ternary Trace Additions on the Nucleation and
Growth of y' Precipitates in an Al—4.2 at.% Ag Alloy. Aluminum oxide
(Conference Paper) 135-148A The Solubility of Alumina in Liquid Iron. 789-790B
Homogeneous Nucleation Kinetics of AlgSc in a Dilute Al—Sc Aluminum oxide, Coating
ThATele lmoEpya.er rlayt uSrtea.g es of Solute Distribution Below a Transition 21698457--21965957AA Na(28 O—+ A6l"z)0-A3l umiSnyas.t em: Activity of NagO in (a + 8)- and 833-839B
AluBmeioannm u HmiF gohbc-uaissniteen ngsa ilCtlhyo ayrsEa,lc etWceterrilosdnti incBgse aamn d WeAlldlioynign.g Element Effects 81-90B AluCmoi(mnCbouunmsf teirooexnni cdeeS ,y nPtCahpoeemsrpi)so soift eNi sAmla taenrdi aNlis3 Al-Matrix Composites. 69-76A
Recovery and Recrystallization in Cold-Rolled Al—SiCy
Aluminum compounds Composites. 807-819A
See also Aluminum oxide Structure and Room-Temperature Deformation of Alumina
Aluminum compounds, Coatings Fiber-Reinforced Aluminum. 1207-41219A
DeCsctooramattpieosns.gi st ioonn Sofi ntghlee -CBr2y-sTtyaple NMiactkreilx- Boafs eA luSmuipneirdael lDoiyf fuSsuibo-n 2657-2665A KWientuelttaiitnceg s inoo ffA tlShuAemF iFGnIruLom w tAhAl lulomofiy nsSa p iCnoeFnlit,ba eriM ngiAPnlrge2 fOMo4ra,m gsno en sbiAyul umAm.li unmai nPuamrt ica-t 1279-1283A
973K. (Conference Paper) 2671-2073A
Aluminum compounds, Composite materials Infiltration of Fiber Preforms by an Alloy. lll. Die Casting Ex-
Combustion Synthesis of NigAl and Ni3Al-Matrix Composites. periments. 2281-2289A
(Conference Paper) 69-76A Infiltration of Fibrous Preforms by a Pure Metal. IV. Morpho-
Fracture Behavior of Stainless Steel-Toughened NiAi Com- logical Stability of the Remelting Front. 2291-2299A
posite Plate. 563-572A Combustion Synthesis of Ceramic—Metal Composite Materi-
Oxidation of a Zirconia-Toughened Alumina Fiber-Reinforced als: the TiC—Alz03;—Al System. (Conference Paner) 2373-2379A
NigAl Composite. 3151-3160A Boride-Alumina Composites: Synthesis and Fatrication.
Aluminum compounds, Diffusion Th(eC oSntfreernegntche oPfa pMeert)a l Matrix Composites Reinforced With 2381-2385A
Diffusion of Cobalt, Chromium, and Titanium in NigAl. 2783-2790A Randomly Oriented Discontinuous Fibers. 3045-3053A
Aluminum compounds, Heat treatment Oxidation of a Zirconia-Toughened Alumina Fiber-Reinforced
Segregation and Homogenization of a Near-Gamma Titanium NigAl Composite. 3151-3160A
Aluminide. (Conference Paper) 149-161A Aluminum oxide, Joinin
TTrrraainnass affnoodrr mmaaMttiiicooronnssst ruiincn taua r TeTi.i ——2244AAlI——1155NNbb AlAllolyo.y . |. IPl.h asA eC omEqpuoisliib-- 401-415A A ATlhuemrinmao dyInntaemrfiacc es.C riterion to Predict Wettability at Metal/ 215-222B
tion Invariant Bg — O Transformation. 417-431A Aluminum oxide, Powder technology
Aluminum compounds, Mechanical properties Plasma—Particle Interactions in Plasma Spraying Systems. 683-693B
Microstructure and Tensile Properties of Fe3Al Produced by Aluminum plating
Combustion Synthesis/Hot Isostatic Pressing. (Conference See Aluminizing
Paper) 35-40A
Influence of Microstructure on Intrinsic and Extrinsic Tough- Amorphization
ening in an Alpha-Two Titanium Aluminide Alloy. (Confer- Amorphization of Ti;_,Mn, Binary Alloys by Mechanical Al-
ence Paper) 183-199A loying. 2105-2110A
Plastic-Flow Behavior and Microstructural Development in a Morphological and Calorimetric Studies on the Amorphiza-
Cast Alpha-Two Titanium Aluminide. (Conference Paper) 295-305A tion Process of Rod-Milled Als9Zrs9 Alloy Powders. 2131-2140A
Microstructures and Property Tradeoffs in Wrought TiAl- Analyzing
Base Alloys. 375-377A See Mathematical analysis
Developing Hydrogen-Tolerant Microstructures for an ao Ti- Stress analysis
tanium Aluminide Alloy. 497-507A
Mechanical Behavior and Microcracking of Cubic Ternary Zir- Andrade method
conium Trialuminides. 617-625A See Crystal growth
An Analysis of the Isothermal Hot Compression Test. 963-975A Anisotropy
Structure and Mechanical Properties of Boron-Doped Cubic See also Magnetic anisotropy
Zirconium Trialuminides. 1243-1252A
Hydrogen Effects on Brittle Fracture of the Titanium Alumi- Anisotropy, Deformation effects
nide Alloy Ti—24Al—11Nb. 1299-1312A Plastic Anisotropy in a Superplastic AlI—Li—Mg—Cu Alloy. 1467-1478A
Correlation of Deformation Mechanisms With the Tensile and
Compressive Behavior of NiAl and NiAl(Zr) Intermetallic Al- Annealing
loys. 1493-1508A See aiso Homogenizing
SFDANNUurneoonapaTm fanLnLodlceei2ofaleaeeIttr ti rsqsqnaucrpaaemeu ulvrsl+nnrarliiA eeat i i tllsl sauclyOtiiiCtCmn Bo irobblil dyegPdrnAraca ihalhAei id dtanillaruuddinovguBmseimi Boyi me tnde nen oihhgg hitrSneSa..anh iyyFvIo veidrnfnTito ie|3 Iethtoef.IolZHset.h h rmdrr M h:iee s Op iea s.gsTx Ie coB iiheinoErfrsFs2dt-m(ff oar ea TfpCTNstarteoeetwoaoimcucifnfm rreotrt—o futpau-sneNN3aNceert P iblbtr0eruholAAu—e BaArRfiallrn3e tceaIzBegschA 0u n e —eaenrACghv a 2naReEIaeionnea0v voP—T mddaonFriai 2 lplD3g.opteui0oNe0 Nreeatn—Fuf0 rbn ibg0o-n)eio- —3orn 1u.d——f0.mmi3A.0—0 n0 a0IA G5.-t0tAI—10aZihKl—3e5om.rVuV 0n 2mm a0 iZa KnIrAA-.Binl+l e Bdt llheeaooarysyIys mvn.sseteai etnodrbb-dr- yy 1121223567046009031379159913-------1112223577046010152373389996AAAAAAA TERCIIhfnanefbteetCBrCTMceeien baoraecrordcismcatcrcevMerdr epnhb eio ies ooaottrPr ffsinPinrSyp cociai ePuha aHTrIptccrlploeSsmeeielaelealatoayprcmyslrteo nti t)i. pa etgdhp iA lAelaei yPTonlnsrttr,rnron inam Ro ,eyoeteapeC a naiaalecoC tonl rlrnSrnmMnteeyityR aieeindsdasnRc aenit itrnalsn tana noe.iasalil s9a1nnn lnl9tlg2ddFigo.rio zC egunnarrI c—Ig1tas1ts 0.iPpoouMo2.hhttron%ay1hhe V ,ese,2 r re SCmim in—aPaaa C—llo3nnlhCl1dw.dyyeo e. 2 mlr58MidTR T%sN-eror tRPicaaolroh nnMmaylassnn- lAtfnf Tel ooioldeafroSrs nmytmmmtd.epeeh e Aeedldl(4 .r IoC %Naf—o00i tSnc..fiCukN11eCaier5r.5yrle -%-,-% | . 111277182417015-17---1-1711828571317992AAAAA
Aluminum compounds, Microstructure Carbon Steels Containing 1.2% Si—1.5% Mn and 4% Ni. Il.
Decagonal Quasicrystal and Related Crystalline Phases in Effect of Testing Temperature on Stress—Strain Behavior
Slowly Solidified Ali—Co Alloys. 1121-1128A and Deformation-induced Austenite Transformation. 1233-1241A
Crystallographic Relationships of the AlsCr Crystalline and Reaction Kinetics of an Al—Co Intermetallic in Al—9Ti/SiC
Quasicrystalline Phases. 2437-2445A Particle-Reinforced Composites. 1607-1615A
S-3
Annealing
The Fracture Characteristics of Al—9Ti/SiC, Metal Matrix The Effect of Ceramic Reinforcements Durin Spray Atom-
Composites. 1653-1662A ization and Codeposition of Metal Matrix omposites. Il.
An investigation of the Fracture Behavior of Gamma-Based Solid-State Cooling Effects. 845-850A
Titanium Aluminides: Effects of Annealing in the a + y and Recent Trends and Developments With Rapidly Solidified
ag + y Phase Fields. (Conference Paper) 2039-2059A Materials. (Conference Paper) 1083-1093A
influence of Transverse Rolling on the Microstructural and Microstructural Evolution and Thermal Stability Associated
Texture Development in Pure Tantalum. 2183-2191A With a Gas-Atomized Cu—Nb Alloy. 2159-2167A
Oxidation of a Zirconia-Toughened Alumina Fiber-Reinforced Interaction Mechanisms Between Ceramic Particles and At-
Ni3A! Composite. 3151-3160A omized Metallic Droplets. 2923-2937A
On the Phase Transformation Between the Quasicrystalline Processing and Microstructure of Powder Metallurgy Al—
to Crystalline Phases in Alloys of Al—Cu—Fe—Co. 3161-3166A Fe—Ni Alloys. 3219-3230A
Beneficial Effects of Nitrogen Atomization on an Austenitic
Anodic dissolution Stainless Steel. 3263-3272A
Comparison of the Anodic Dissolution Behavior of Butte and An Experimental Investigation of Reactive Atomization and
Transvaal Chalcocite. 879-881B Deposition Processing of Ni3Al/Y203 Using Niz—O2 Atom-
Stress Corrision Cracking ci An Al—Li Alloy. 3337-3341A ization. 3394-3399A
Antiferromagnetism Auger electron spectroscopy
Development of Iron-Based Shape Memory Alloys Associ-+ Observations on the Evolution of Potassium Bubbles in Tung-
ated With Face-Centered Cubic—Hexagonal Close-Packed sten Ingots During Sintering. (Conference Paper) 121-133A
Martensitic Transformations. li. Transformation Behavior. 1439-1444A
Austenite
Antifriction alloys See also Retained austenite
See Tin base alloys The Principle of Additivity and the Proeutectoid Ferrite Trans-
Antimony, Binary systems formation. 2469-2480A
Role of Entropy of Solution in Controlling Eutectic Microstruc- Atom Probe Examination of Thermally Aged CF8M Cast
ture 2675-2678A Stainless Steel. 2725-2736A
Antimony, Ternary systems Austenite, Solubility
Thermodynamic Properties in the Liquid Ag—Sb—Zn Sys- Experimental Investigation of the Thermodynamics of the
tem. 601-611B Fe—Ti—C Austenite and the Solubility of Titanium Carbide. 709-727A
Experimental Investigation of the Thermodynamics of Fe—
Antimony, Trace elements Nb—C Austenite and Nonstoichiometric Niobium and Tita-
Aging Embrittlement and Grain Boundary Segregation in a nium Carbides (T = 1273 to 1473K). 729-744A
NiCrMoV Rotor Steel. 2243-2248A Austenitic stainless steels, Coating
Antiphase boundaries The Effect of Additives on the Nucleation and Growth of Cop-
Shear Mechanisms of the y’ Phase in Single-Crystal Superal- per Onto Stainless Steel Cathodes. 591-599B
loys and Their Relation to Creep. (Conference Paper) 99-105A
Austenitic stainless steels, Composite materials
Arc plasma welding Fracture Behavior of Stainless Steel-Toughened NiAl Com-
See Plasma arc welding posite Plate. 563-572A
Arc spraying Austenitic stainless steels, Corrosion
See Plasma spraying The Effect of Crack-Tip Strain Rate and Potential on the
Arc Sewee ldPilnasgm a arc welding lPersosp aSgtaeteil onin RBoaitlei ngof 4S2t%re sMs:gCColr roSsoilounti onC.r ack for 321 Stain- 2873-2878A
Submerged arc welding Austenitic stainless steels, Crystal growth
Theoretical Treatment of the Solidification of Undercooled
Arc Sweee ldWesl ded joints Fe—Cr—Ni Melts. 1585-1591A
Argon, Environment Austenitic stainless steels, Irradiation
Relationships Between Phase Stability and Void Swelling in
ThCer aRcoklien go f oGfr aNini —B1o6uCnrd—ar9yF eM isionr i3e6n0ta°tCi onA rgino nI ntaenrdg ranHuilgahr- Fe—Cr—Ni Alloys During Irradiation. 1977-1986A
Purity Water. 1195-1206A Austenitic stainless steels, Machining
ArgSoene aGracs wteulndgisntge n arc welding ResNCiuodmmueparalir ciaSslto rne sCsaWelisct uhl AaEfttxieporen r Oirmoetf nhtotaghloe naTRleh seurMlmatacs.hl i niCnogm poofn eAInSt! 3a0n4d: 989-996A
ArrhSeenei uAsc tiavacttiiovna tieonne rgeyn ergy AustMeanginteitci c stSauisncelpetsisb ilsitteye losf, aMn agAntoemtiizce d pr3o0p4eLr tiSteasi nless Steel
Arsenic, Trace elements a Powder: Particle Size Effect. 2917-2921A
AgiNnigC rMEombVr itRtotloerm enStt eela.n d Grain Boundary Segregation in a 2243-2248A AustCernaictki c Pastthas,i nlMeiscsr ossttreuecltsu,r eM, ecahnadn iFcaatli guper oCprearctki esG rowth in
Arsenides Annealed and Cold-Rolled AIS! 304 Stainless Steels. (Con-
See Gallium arsenide ference Paper) 355-371A
Compression Testing Techniques to Determine the Stress/
Artificial aging Strain Behavior of Metals Subject to Finite Deformation. 935-951A
See Aging (artificial) Fatigue Crack Tip Deformation Processes as Influenced by
Astroceram the Environment. 2211-2221A
See Ceramics Instabilities in Stabilized Austenitic Stainless Steels. 2455-2467A
Microstructure Stabilization in a Rapidly Solidified Type 304
Atomic absorption analysis Stainless Steel: Influence on Tensile Properties. 2557-2565A
The Thermochemistry of Magnesium in Nickel-Base Alloys. |. The Effect of Tungsten on Creep Behavior of Tempered Mar-
The Determination of Thermochemical Parameters Using tensitic 9Cr Steels. 3025-3034A
Thteh eT hAetrommiocc heAmbissortprtyi oonf MTeacghnneisqiuue.m in Nickel-Base Alloys. II. 791-803B Austenitic stainless steels, Metal working
Activity of Magnesium. 805-814B Op3ti0m4iLz aUtsiionng oPf roHocte ssWionrgka bMialiptsy. in Stainless Steel-Type AISI 3093-3103A
Atomic beam spectroscopy
See Atomic absorption analysis Austenitic stainless steels, Microstructure
A Study of Stacking Faults in Deformed Austenitic Stainless
Atomic bonds Steel by X-Ray Diffraction. 2859-2861A
See Chemical bonds
Austenitic stainless steels, Powder technology
Atomic diffusion Beneficial Effects of Nitrogen Atomization on an Austenitic
See Diffusion Stainless Steel. 3263-3272A
Atomic properties Austenitic stainless steels, Solubility
See Atomic structure Characterization of Stainless Steels Melted Under High Nitro-
Atomic reactors gen Pressure. (Conference Paper) 2061-2068A
See Nuclear reactors Austenitic stainless steels, Welding
Atomic structure On the Calculation of the Free Surface Temperature of Gas-
Application of Nonlocal Elasticity to the Energetics for Solute Tungsten-Arc Weld Pools From First Principles. |. Model-
Atoms in Body-Centered Cubic Transition Metals With Dis- ing the Weld Pool and Comparison With Experiments. 371-384B
locations. 3115-3120A Finite Element Modeling of Transient Heat Transfer and
Microstructural Evolution in Welds. II. Modeling of Grain
Atomic structure, Impurity effects Growth in Austenitic Stainless Steels. 841-845B
The Atomic Arrangement of interstitials in Molybdenum Or- Microstructural Damage and Residual Mechanical Properties
dered Solutions. 1601-1606A in Helium-Bearing Gas Metal Arc Weldments. 1021-1032A
Atomization Austenitizing
See Atomizing New Observation cf Martensitic Morphology and Substruc-
AtoTImBnheifPehzlo aiuvwneEidnfgoecf rree c st.o o ff o fLA itqCumeiordsa pmMhiecet raleR eDiornno fpoiSreictnset emreiinnn tgas n oAfDs upTri1ir5na gt iannSgdp rNaMoy2z z lAeSt.toe me-l 368995--470000AB AMnitSi cunrprIgoeen s etAtedUgrr siupinrcSngettg teu aerotlfTasi lr.oH a nin gCsohmhf ia Cstnashgreie bosonC n a rEDblMuoearncri ttnregoRn nes diOitMvseit.ecr rirtboeustmcipooepnyr .i Pnrgo ceosfs HiDguhr-- 211146413731---211416254180AAA
ization and Codeposition of Metal Matrix Composites. |. Auto oxidation
Heat Transfer. 831-843A See Oxidation
Autodiffusion Bioleaching
See Diffusion See Bacterial leaching
Automobile components Bismuth, Binary systems
See Automotive components Role of Entropy of Solution in Controlling Eutectic Microstruc-
Automotive bodies, Mechanical properties ture. 2675-2678A
Ductility and Strain-induced Transformation in a High- Bismuth, Quaternary systems
SPthraesneg tSht eeTlr. ansformation-Induced Plasticity-Aided Dual- 3085-3091A AnQ uAastseersnasrmye ntAl looyfs thWei thT htehrem oWdilysnoanm iEcq uaPtrioopne.r ties of Liquid 526-528B
Automotive components Blast furnace components
See also Automotive bodies See Tuyeres
AutTohmeRo atniSdtvoreme nlgyct ohm Oproiofen neMtenetdta sl,D i MsacMtoerncitxhi annCuioocumsap lo sFiipbtreerossp. e rRteiiensf orced With 3045-3053A BlasATtr eFfauutnrmdneanamtce en tofap lrM auclStttiiupcdleye oIfn jRecatcieonwsa yi n Stihzee Iirno nT wBola stD imFeunrsniaocnes .b y 267-283B
Backscattering the Rist Diagram. 385-394B
Automatic Analysis of Electron Backscatter Diffraction Pat- Infiltration of Carbon in Pores Within Coke and Charcoal by
terns. 759-768A Methane Cracking. 429-435B
Bacteria Blast furnace slags, Reactions (chemical}
Model for Ferric Sulfate Leaching of Copper Ores Containing Activity Determinator for the Automatic Measurements of the
a Variety of Sulfide Minerals. |. Modeling Uniform Size Ore Chemical Potentials of FeO in Metallurgical Slags. 459-4668
Fragments. 537-5488
Blast furnaces
Bacterial leaching Treatment of Multiple Injections in the Iron Blast Furnace by
Electrobioleaching of Base Metal Suilfides. 5-11B the Rist Diagram. 385-394B
Percolation Bacterial Leaching of Rajpura Dariba Ore in Infiltration of Carbon in Pores Within Coke and Charcoal by
4 Ton Column. 91-93B Methane Cracking. 429-435B
Bainite Blast furnaces, Design
TheM edTiiumme —TTeemmppeerraattuurree -TRraanngsef oirnm Saotmioen AlDlioay grStaeme lsW.i thin the 785-795A A Fundamental Study of Raceway Size in Two Dimensions. 267-283B
Correction to “The Time—Temperature-Transformation Dia- Blending
ram Within the Medium Temperature Range in Some Alloy See Powder blending
teels”. 785-795A
The Crystallography of Bainite in a Medium-Carbon Steel Biunging
Containing Silicon, Manganese, and Molybdenum. 1403-1411A See Mixing
Influence of Long-Term Aging and Superimposed Creep Body centered cubic lattice, Composition effects
Stress on the Microstructure of 0.50Cr—0.50Mo—0.25V Theoretical Treatment of the Solidification of Undercooled
Steel. 2193-2204A Fe—Cr—Ni Melts. 1585-1591A
Bainite, Microstructure Body centered cubic lattice, Impurity effects
The Nature of Lower Bainite Midrib. 2483-2490A The Atomic Arrangement of interstitials in Molyodenum Or-
Ball milling dered Solutions. 1601-1606A
On the Kinetics of Mechanical Alloying. 1285-1290A Body centered cubic metals
Amloorypihngi.z ation of Ti;_,Mn, Binary Alloys by Mechanical Al- 2105-2110A See BCC metals
Formation of Metastable Phases of Ni—C and Co—C Sys- Body centered orthorhombic lattice
tems by Mechanical Alloying. 2431-2435A See Orthorhombic lattice
Ballistic missile components Body centered tetragonal lattice
See Rocket components See Tetragonal lattice
Banded structure Bohr model
An Investigation of the Effects of Microstructure on the Fa- See Atomic structure
tigue and Fracture Behavior of a2 + 8 Forged Ti—24Al—
11Nb 1737-1750A Boiler scale
See Scale (corrosion)
Barium compounds, Reactions (chemical)
Kinetics of Solid State Reaction Between Barium Carbonate Bomb reduction
and Cupric Oxide. 493-503B See Reduction (chemical)
Batch type furnaces Bonds (chemical)
See Converters See Chemical bonds
BCC metals, Diffusion Borides, Composite materials
The Activation Energy for Lattice Self-Diffusion and the Boride-Alumina Composites: Synthesis and Fabrication.
Engel—-Brewer Theory. 2491-2500A (Conference Paper) 2381-2385A
Belts Borides, Synthesis
See Casting belts Reaction Synthesis Processes: Mechanisms and Character-
istics. (Conference Paper) 7-13A
Bendability Reaction Synthesis/Dynamic Compaction of Titanium Dibo-
See Formability ride. (Conference Paper) 77-86A
Beneficiation Boron, Alloying elements
See Flotation Nb(C,N) Precipitation and Austenite Recrystallization in
Bicrystals, Mechanical properties Boron-Containing High-Strength Low-Alloy Steels. 2111-2120A
Crystallographic Fatigue Crack Growth in Incompatible Alu- Effect of Gravity Level on Grain Refinement in Aluminum Al-
minum Bicrystals: Its Dependence on Secondary Slip. 3293-3301A loys. 3399-3404A
Billets, Nondestructive testing Boron, Chemical analysis
Nondestructive Evaluation for Large-Scale Metal-Matrix Grain-Boundary Segregation and Precipitation of Boron in
Composite Billet Processing. 1541-1549A 0.2% Carbon Steels. (Conference Paper) 107-119A
Bimetals, Reactions (chemical) Boron, Dopants
Theoretical Models for the Combustion of Alloyable Materi- Effect of Boron on the Grain Boundary Segregation of Phos-
als. (Conference Paper) 2339-2347A phorus and Intergranular Fracture in High-Purity Fe—
0.2P—B Alloys. (Conference Paper) 263-269A
Binary systems, Phases (state of matter) Structure and Mechanical Properties of Boron-Doped Cubic
Enthalpies of Formation of Liquid and Solid Zirconium Trialuminides. 1243-1252A
(Galiium + Palladium) Alloys. 39-44B
Thermodynamic Assessment of the Mn—O System. 821-831B Boron, Extraction
Phase Equilibria in the Binary Rare-Earth Alloys: the Leaching Kinetics of Colemanite by Aqueous EDTA Solu-
Erbium—Magnesium System. 1005-1012A tions. 409-413B
Note on the Thermochemistry of the Au + V, Au + Nb, and
Au + Ta Systems. 1836-1839A Boron compounds
Thermodynamic Assessment and Calculation of the Ti—Al See Borides
System. 2081-2090A Boundaries
Constitutional Studies of Cobalt—Tin Alloys. 2401-2407A See Antiphase boundaries
Role of Entropy of Solution in Controlling Eutectic Microstruc- Grain boundaries
ture. 2675-2678A Phase boundary
Solidification Kinetics and Metastable Phase Formation in Bi-
nary Ti—Al 2699-2714A Boundary lubrication
A Thermodynamic Evaluation of the Al—Mn System. 2953-2962A See Lubrication
Binary systems, Reactions (chemical) Brasses, Mechanical properties
Thermochemistry of Binary Alloys of Transition Metals: the Compression Testing Techniques to Determine the Stress/
Me—Ti, Me—Zr, and Me—Hf (Me = Silver, Gold) Sys- Strain Behavior of Metals Subject to Finite Deformation. 935-951A
tems. 997-1003A Some Aspects of Deformation Behavior of Coarse Multi-
phase Metallic Materials. 3309-3315A
Binders (adhesives)
Thermal Debinding of Powder Injection Molded Parts: Obser- Braze
vations and Mechanisms. 2775-2782A See Brazing
Braze bonding
Braze bonding The Morphology, Crystallography, and Mechanism of Car-
See Brazing bide Precipitation in an Fe—0.12C—3.28Ni Alloy. (Confer-
Brazing ence Paper) 171-181A
Processing and Superplastic Properties of Fine-Grained Iron
LiqDuuirdi/nSgo liTdr anIsniteenrtf acLei quMiidg raPthiaosne aBtr aGzrianign. Boundary Regions 2905-2915A ThCearrmbioddey.n amic Calculation and Experimental Verification of 527-535A
Brazing alloys the Carbonitride-Austenite Equilibrium in Ti—Nb Microal-
Liquid/Solid Interface Migration at Grain Boundary Regions loyed Steels. 651-657A
During Transient Liquid Phase Brazing. 2905-2915A Influence of Intergranular Carbide Density and Grain Size on
Creep of Fe—15Cr—-25Ni Alloys. 1379-1381A
man method
See Crystal growth Carbides, Composite materials
Fracture Behavior of Stainless Steel-Toughened NiAl Com-
rine posite Plate. 563-572A
See Salt water
Carbides, Heating effects
Brittle fracture Carbide Precipitation in 12Cr1MoV Power Plant Steel. 1171-1179A
Fiber—Matrix Interactions in Brittle Matrix Composites.
(Conference) 1051, 1062A arbon
The Tearing Topography Surface as the Zone Associated See also Graphite
With Hydrogen Embrittlement Processes in Pearlitic Steel. 1573-1584A Carbon, Alloying elements
Ductile-Phase Toughening and Fatigue-Crack Growth in The Effect of Grain Boundary Chemistry on Intergranular
Niobium-Reinforced Molybdenum Disilicide Intermetallic Stress Corrosion Cracking of Ni—Cr—Fe Alloys in 50%
Composites. 2249-2257A NaOH at 140°C. 2887-2904A
Brittle fracture, Environmental effects Effects of Grain Boundary Chemistry on the Intergranular
Hydrogen Effects on Brittle Fracture of the Titanium Alumi- Cracking Behavior of N—16Cr—9Fe in High-Temperature
nide Alloy Ti—24Al—11Nb. 1299-1312A Water. 3343-3359A
Brittle fracture, impurity effects Carbon, Dopants
Lead-induced Solid Metal Embrittlement of an Excess Silicon Effect of Carbon on the Low-Temperature Creep Behavior of
Al—Mg—Si Alloy at Temperatures of —4°C to 80° 1679-1689A Ni—16Cr—9Fe. 1033-1037A
Brittle fracture, Microstructural effects Carbon, Impurities
Influence of Microstructure on Crack-Tip Micromechanics The Atomic Arrangement of interstitials in Molybdenum Or-
and Fracture Behaviors of a Two-Phase TIAI Alloy. 1663-1677A dered Solutions. 1601-1606A
Influence of Carbon and Nitrogen on Solid Solution Decay
Brittleness and “475°C Embrittlement” of High-Chromium Ferritic
See also Temper brittleness Steels. 2567-2579A
The Tearing Topography Surface as the Zone Associated
With Hydrogen Embrittlement Processes in Pearlitic Steel. 1573-1584A Carbon, Sorption
Adsorption of Gold on Activated Carbon in Bromide Solu-
Brittieness, Impurity effects tions. 557-566B
Lead-Induced Solid Metal Embrittlement of an Excess Silicon
Al—Mg—Si Alloy at Temperatures of —4°C to 80°C 1679-1689A Carbon, Ternary systems
Influence of Carbon and Nitrogen on Solid Solution Decay Cu—C and Al—Cu—C Phase Diagrams and Thermodynamic
= “475°C Embrittlement” of High-Chromium Ferritic Properties of Carbon in the Alloys From 1550°C to 2300°C. 453-458B
teels. 2567-2579A Carbon compounds
Brittleness, Microstructural effects See Carbides
Microstructure and Ordering of L12 Titanium Trialuminides. 2963-2972A Carbonates
Carbonitrides
Bubbling
Modeling Flows and Mixing in Steelmaking Ladies Designed Carbon fibers, Composite materials
for Single- and Dual-Plug Bubbling Operations. 765-778B Fabrication of Fiber-Reinforced Metal-Matrix Composites by
Measurements of the Internal Structure of Gas—Liquid Variable Pressure Infiltration. 295-302B
Plumes. 779-788B Carbon manganese steels, Mechanical properties
Building up A Comparison of Toughness of C—Mn Steel With Different
See Hard surfacing Grain Sizes. 2549-2556A
Burdening Carbon steels
See Blast furnace practice See also Carbon manganese steels
Carbon tool steels
Burning High carbon steels
See Combustion Low carbon steels
Cadmium, Binary systems Medium carbon steels
Role of Entropy of Solution in Controlling Eutectic Microstruc- Carbon steels, Casting
ture. 2675-2678A Microscopic Modeling of Fundamental Phase Transforma-
Cadmium, Quaternary systems tions in Continuous Castings of Steel. 457-467A
An Assessment of the Thermodynamic Properties of Liquid Simple Constitutive Equations for Steel at High Temperature. 903-918A
Quaternary Alloys With the Wilson Equation. 526-528B Carbon steels, Chemical analysis
Cadmium, Ternary systems Grain-Boundary Segregation and Precipitation of Boron in
High-Temperature Isopiestic Studies on the Liquid Solutions 0.2% Carbon Steels. (Conference Paper) 107-119A
Hg—Cd—Sn. 623-629B Carbon steels, Rolling
Cadmium compounds, Solubility Recrystallization Kinetics of Microalloyed Steels Deformed in
Thermodynamic Investigations of Telluriurn-Saturated Solid the Intercritical Region. 597-608A
CdSe—CdTe Alloys. 467-476B Carbon tool steels, Microstructure
Cakes (metal) New Observation of Martensitic Morphology and Substruc-
See Ingots ture Using Transmission Electron Microscopy. 1413-1421A
Calcium compounds Carbonates, Reactions (chemical)
See Gypsum Kinaentdi csC uporfi cS olOixdi dSet.a te Reaction Between Barium Carbonate 493-503B
Calculating
See CMaotmhpeumtaetri caplr ogarnaalmyss is CarbTohtnehiret mroCidadryebnsoa nmiitrci dCea-lAcuusltaetniiotne anEdq uiElxipberriuimm enitna lT iV—eNrbif icMaitciroon alo-f
Calculation loyed Steels. 651-657A
See Computer programs Carburization
Mathematical analysis See Carburizing
Calibration Carburizing
ThTtehh eeT hAetDroemmtieocrc mhieAnmbaistosirtoprnty i oonoff TTMheaecgrhnmneiosqcuiheue.mm ician lN icPkaerla-mBeatsee rsA lloUyssi.n g| . 791-803B ALpopCwla-irTcbaeutmriipozenir nagotf uKCrioenm emtCiecrrsec eiopaf l oAfl Claoo ym CpaSutrtebeeulrrsi .z Ce(odCd oenSstf eeerlte.o nMcoed ePlaipnegr ) the 22601699--22602741AA
Calorimetry Case carburizing
gee Molar Enthaplies of Formation of MeAl (Me = Ru, See Carburizing
h Ir). 53-56B
Titanium Tetrachloride-Supercritical Carbon Dioxide Interac- Case hardening
tion: a Solvent Extraction and Thermodynamic Study. 65-72B See Carburizing
Enthalpies of Formation of Some Solid Hafnium Nickel Com- Nitriding
pounds and of the Nickel-Rich HfNi Liquid by Direct Reac- Case hardness
Thteironm oCcahleomriimsettrryy . of Binary Alloys of Transition Metals: the 815-819B See Surface hardness
Me—Ti, Me—Zr, and Me—Hf (Me = Silver, Gold) Sys- Cast iron
tems. 997-1003A See White iron
Motripohn olPorgoicceasls oafn dR odCa-lMoirlilmeedt riAcl soSZrtsuod ieAsl looyn Potwhed erAsm.o rphiza- 2131-2140A Casting
See also Continuous casting
Carbides Melt spinning
See also Silicon carbide Pressure casting
S-6