ORIGIN AND CONTROL OF STEEL WIRE DEFECTS.

被引：0

作者：

Hubeli, James A.

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来源：

| 1600年 / 06期

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Compendex;

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摘要：

WIRE

引用

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[1] DETECTION AND CLASSIFICATION OF WIRE AND ROD DEFECTS.
McEvoy, S.
Wire Industry, 1981, 48 (576):
[2] NEW SYSTEM FOR SELECTIVE REMOVAL OF WIRE ROD SURFACE DEFECTS.
Imiya, T.
Kumasaki, T.
Nishi, S.
Kawaguchi, Y.
Marukawa, N.
Kontani, Y.
Wire journal, 1981, 14 (04): : 66 - 72
[3] ACCEPTABILITY OF WELD DEFECTS.
Harrison, J.D.
Young, J.G.
Naval Architect, 1975, (02): : 95 - 106
[4] CONTROL OF THE DIFFUSION PROFILE OF SODIUM IN SILICON BY MEANS OF RADIATION DEFECTS.
Belikova, M.N.
Korol', V.M.
1600, (03):
[5] SYSTEMS ANALYSIS OF SIGNIFICANCE OF WELD DEFECTS.
Masubuchi, K.
Yurioka, N.
1600, Univ of Tokyo Press (UTP 3050-68076-5149)
[6] Investigation of the In-Service Development of Weld Defects.
Dubresson, J.
Soudage et Techniques Connexes, 1982, 36 (11 /12): : 405 - 414
[7] LOCAL DENSITY OF ELECTRON STATES IN A SEMICONDUCTOR WITH DEFECTS.
Bazhenov, V.K.
Doicho, I.K.
Petukhov, A.G.
Soviet physics. Semiconductors, 1980, 14 (01): : 3 - 6
[8] GAS EVOLUTION IN MOLDS AND CORES AS THE CAUSE OF CASTING DEFECTS.
Levelink, H.G.
Julien, F.P.M.A.
De Man, H.C.J.
International cast metals journal, 1981, 6 (01): : 56 - 63
[9] PRODUCTION AND QUALITY CONTROL OF STAINLESS STEEL WIRE FOR SPRINGS.
Rowlands, D.
Wire Industry, 1981, 48 (569): : 320 - 321
[10] FATIGUE PERFORMANCE OF FILLET WELDS IN AN AlZNMg ALLOY WITH ROOT DEFECTS.
Fernandes, A.A.
Rogerson, J.H.
Aluminium, 1979, 55 (03): : 202 - 205