Browsing by Author "LIN, YL"

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DO3-B2-ALPHA-PHASE TRANSITION IN AN FE-MN-AL-C WELDMENT
(1993-05-15)
LIN, YL
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CHOU, CP
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交大名義發表
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機械工程學系
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National Chiao Tung University
EFFECT OF INORGANIC ELECTROLYTES ON THE RHEOLOGICAL PROPERTIES OF THE AQUEOUS YTTRIUM-OXIDE COLLOIDAL ZIRCONIA BINDER SOLS SYSTEM
(1991-04-01)
FRAN, YS
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TSENG, TY
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LIN, YL
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CHANG, CP
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交大名義發表
Multivalent ions such as La3+, Mg2+ function as surface-active counter ions for Y2O3 particles in aqueous solution. Due to the addition of these electrolytes, the solid content of Y2O3/ZrO2 binder sols slurry was increased and the stability of the slurry was improved. Both ion valence and ion size of electrolytes added into the slurry are expected to influence the slurry rheological flow behaviour.
ENHANCED DENSIFICATION OF PURE ALUMINA WITH ALUMINA SOL MIXING
(1989-11-01)
TSENG, TY
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KUO, YY
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LIN, YL
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交大名義發表
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National Chiao Tung University
M23C6 CARBIDE IN AN FE-26.6MN-8.8AL-0.61C ALLOY
(1992-07-01)
LIN, YL
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CHOU, CP
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交大名義發表
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機械工程學系
;
National Chiao Tung University
ORIENTATION RELATIONSHIPS AMONG M23C6, M6C, AND AUSTENITE IN AN FE-MN-AL-MO-C ALLOY
(1990-03-01)
LIU, TF
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PENG, SW
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LIN, YL
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WU, CC
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機械工程學系
PHASE DECOMPOSITIONS OF FE-MN-AL-NI ORDERED ALLOY
(1991-07-01)
LIN, YL
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CHOU, CP
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交大名義發表
;
機械工程學系
;
National Chiao Tung University
PHASE-SEPARATION IN AN FE-23.0MN-10.6AL-6.4 NI ORDERED ALLOY
(1991-11-01)
LIN, YL
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CHOU, CP
;
交大名義發表
;
機械工程學系
;
National Chiao Tung University
PHASE-SEPARATION IN AN FE-23.0MN-10.6AL-6.4 NI ORDERED ALLOY
(1991-11-01)
LIN, YL
;
CHOU, CP
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機械工程學系
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Department of Mechanical Engineering
PHASE-TRANSFORMATION IN AN FE-9.0AL-29.5MN-1.2SI ALLOY
(1991-06-01)
LIU, TF
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UEN, GC
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CHAO, CY
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LIN, YL
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WU, CC
The microstructure of an (alpha + gamma) duplex Fe-9.0Al-29.5Mn-1.2Si alloy has been investigated by means of transmission electron microscopy. In the as-quenched condition, extremely fine D0(3) particles were formed within the ferrite matrix by a continuous ordering transition during quenching. After being aged at 550-degrees-C, the extremely fine D0(3) particles existing in the as-quenched specimen grew preferentially along [100] directions. With increasing the aging time at 550-degrees-C, a (Si, Mn)-rich phase (designated as "L phase") began to appear at the regions contiguous to the D0(3) particles. The L phase has never been observed in various Fe-Al-Mn, Fe-Al-Si, Fe-Mn-Si, and Mn-Al-Si alloy systems before. When the as-quenched specimen was aged at temperatures ranging from 550-degrees-C to 950-degrees-C, the phase transformation sequence occurring within the (alpha + D0(3)) region as the aging temperature increases was found to be (alpha + D0(3) + L phase) --> (alpha + D0(3) + A13 beta-Mn) --> (B2 + D0(3) + A13 beta-Mn) --> (B2 + A13 beta-Mn) --> (alpha + A13 beta-Mn) --> (alpha + gamma) --> alpha.
RHEOLOGICAL PROPERTIES OF THE AQUEOUS ZIRCONIA COLLOIDAL ZIRCONIA BINDER SOL SYSTEM
(1989-08-01)
TSENG, TY
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HUANG, JM
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LIN, JG
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LIN, YL
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交大名義發表