Authors:
BAI JZ
CHEN GP
CHEN HF
CHEN SJ
CHEN SM
CHEN Y
CHEN YB
CHEN YQ
CHENG BS
CHENG ZD
CUI HC
CUI XZ
DING HL
DING WY
DU ZZ
FAN XL
FANG J
FANG WZ
GAO CS
GAO ML
GAO SQ
GAO WX
GU JH
GU SD
GU WX
GU YF
GUO YN
GUO YY
HAN SW
HAN Y
HE J
HE KR
HE M
HU GY
HU HP
HU T
HU XQ
HUANG DQ
HUANG YZ
JIANG CH
JIN S
JIN Y
KANG SH
KE ZJ
LAI YF
LAN HB
LANG PF
LI F
LI J
LI PQ
LI Q
LI QM
LI RB
LI W
LI WD
LI WG
LI XN
LIN SZ
LIU HM
LIU JH
LIU Q
LIU RG
LIU Y
LIU ZA
LU JG
LUO SQ
MA AM
MA DH
MA EC
MA JM
MAO HS
MAO ZP
MENG XC
NI HL
NIE J
PAN LJ
QI ND
QUE YK
RONG G
SHAO YY
SHEN BW
SHEN DL
SHEN H
SHEN XY
SHENG HY
SHI HZ
SONG XF
SUN F
SUN HS
TAN YP
TANG SQ
TONG GL
WANG LS
WANG LZ
WANG M
WANG P
WANG PL
WANG SM
WANG TJ
WANG YY
WEI CL
XI DM
XIA XM
XIE PP
XIE XX
XIE YG
XU DZ
XU RS
XU ZQ
XUE ST
YAN J
YAN WG
YANG CM
YANG CY
YANG W
YE MH
YE SZ
YU CS
YU CX
YU ZQ
YUAN CZ
ZHANG BY
ZHANG CC
ZHANG DH
ZHANG HL
ZHANG J
ZHANG JW
ZHANG LS
ZHANG SQ
ZHANG XY
ZHANG Y
ZHANG YY
ZHUANG BA
ZHAO DX
ZHAO JW
ZHAO M
ZHAO PD
ZHAO WH
ZHAO WR
ZHENG JP
ZHENG LS
ZHENG ZP
ZHOU BQ
ZHOU GP
ZHOU HS
ZHOU L
ZHOU XF
ZHOU YH
ZHOU QM
ZHU YC
ZHU YS
Citation: Jz. Bai et al., A MEASUREMENT OF J PSI DECAY WIDTHS, Physics letters. Section B, 355(1-2), 1995, pp. 374-380
Citation: Zz. Du et al., TRANSVERSE YIELDING AND MATRIX FLOW PAST THE FIBERS IN METAL-MATRIX COMPOSITES, Mechanics of materials, 21(2), 1995, pp. 159-167
Authors:
BAI JZ
BARDON O
BLUM I
BREAKSTONE A
BURNETT T
CHEN GP
CHEN HF
CHEN J
CHEN SJ
CHEN SM
CHEN Y
CHEN YB
CHEN YQ
CHENG BS
COWAN RF
CUI HC
CUI XZ
DING HL
DU ZZ
DUNWOODIE W
FAN XL
FANG J
FERO M
GAO CS
GAO ML
GAO SQ
GAO WX
GRATTON P
GU JH
GU SD
GU WX
GU YF
GUO YN
HAN SW
HAN Y
HARRIS FA
HATANAKA M
HE J
HE KR
HE M
HITLIN DG
HU GY
HU HB
HU T
HU XQ
HUANG DQ
HUANG YZ
IZEN JM
JIA QP
JIANG CH
JIN Y
JONES L
KANG SH
KELSEY MH
KIM BK
LAI YF
LAN HB
LANG PF
LANKFORD A
LI F
LI J
LI PQ
LI Q
LI RB
LI W
LI WD
LI WG
LI X
LI XN
LIN SZ
LIU HM
LIU JH
LIU Q
LIU RG
LIU Y
LIU ZA
LOU XC
LOWERY B
LU JG
MA AM
MA EC
MA JM
MAO HS
MAO ZP
MALCHOW R
MANDELKERN M
MENG XC
NI HL
NIE J
OLSEN SL
OYANG J
PALUSELLI D
PAN LJ
PANETTA J
PORTER F
PRABHAKAR E
QI ND
QUE YK
QUIGLEY J
RONG G
SCHERNAU M
SCHMID B
SCHULTZ J
SHAO YY
SHEN DL
SHEN H
SHEN XY
SHENG HY
SHI HZ
SHI XR
SMITH A
SODERSTROM E
SONG XF
STANDIFIRD J
STOKER D
SUN F
SUN HS
SUN SJ
SYNODINOS J
TAN YP
TANG SQ
TOKI W
TONG GL
TORRENCE E
WANG F
WANG LS
WANG LZ
WANG M
WANG P
WANG PL
WANG SM
WANG TJ
WANG W
WANG YY
WHITTAKER S
WILSON R
WISNIEWSKI WJ
XI DM
XIA XM
XIE PP
XU DZ
XU RS
XU ZQ
XUE ST
YAMAMOTO R
YAN J
YAN WG
YANG CM
YANG CY
YANG W
YAO HB
YE MH
YE SZ
YU CS
YU CX
YU ZQ
YUAN CZ
ZHANG BY
ZHANG CC
ZHANG DH
ZHANG HL
ZHANG J
ZHANG JW
ZHANG LS
ZHANG SQ
ZHANG Y
ZHANG YY
ZHAO DX
ZHAO JW
ZHAO M
ZHAO PD
ZHAO WR
ZHAO WX
ZHENG JP
ZHENG LS
ZHENG ZP
ZHOU GP
ZHOU HS
ZHOU L
ZHOU XF
ZHOU YH
ZHU QM
ZHU YC
ZHU YS
ZHUANG BA
ZIOULAS G
Citation: Jz. Bai et al., DIRECT MEASUREMENT OF THE PSEUDOSCALAR DECAY CONSTANT, F(D-S), Physical review letters, 74(23), 1995, pp. 4599-4602
Citation: Zz. Du et Rm. Mcmeeking, CREEP MODELS FOR METAL-MATRIX COMPOSITES WITH LONG BRITTLE FIBERS, Journal of the mechanics and physics of solids, 43(5), 1995, pp. 701-726
Citation: Sj. Connell et al., ON THE TENSILE PROPERTIES OF A FIBER-REINFORCED TITANIUM MATRIX COMPOSITE .2. INFLUENCE OF NOTCHES AND HOLES, Acta metallurgica et materialia, 42(10), 1994, pp. 3451-3461
Authors:
BAI JZ
BIAN Q
CHEN GM
CHEN LJ
CHEN SN
CHEN YQ
CHEN ZQ
CHI YK
CUI HC
CUI XZ
DENG SS
DENG YW
DING HL
DONG BZ
DONG XS
DU X
DU ZZ
FENG C
FENG Z
FU ZS
GAO CS
GAO ML
GAO SQ
GAO WX
GAO YN
GU SD
GU WX
GUAN YZ
GUO HF
GUO YN
GUO YY
HAN SW
HAN Y
HAO W
HE J
HE KR
HE MJ
HOU XJ
HU GY
HU JS
HU JW
HUANG DQ
HUANG YZ
JIA QP
JIANG CH
JU Q
LAI YF
LANG PF
LI DS
LI F
LI H
LI J
LI JT
LI J
LI LL
LI PQ
LI QM
LI RB
LI SQ
LI W
LI WG
LI ZX
LIANG GN
LIN FC
LIN SZ
LIN W
LIU Q
LIU RG
LIU W
LIU X
LIU ZA
LIU ZY
LU CG
LU WD
LU ZY
LU JG
MA DH
MA EC
MA JM
MAO HS
MAO ZP
MENG XC
NI HL
NIE J
NIE ZD
NIU WP
PAN LJ
QI ND
QIAN JJ
QU YH
QUE YK
RONG G
RUAN TZ
SHAO YY
SHEN BW
SHEN DL
SHEN J
SHENG HY
SHENG JP
SHI HZ
SONG XF
SUN HS
TANG FK
TANG SQ
TIAN WH
WANG F
WANG GY
WANG JG
WANG JY
WANG LS
WANG LZ
WANG M
WANG P
WANG PL
WANG SM
WANG SQ
WANG TJ
WANG XW
WANG YY
WANG ZH
WANG ZJ
WEI CL
WEI ZZ
WU JW
WU SH
WU SQ
WU WM
WU XD
WU ZD
XI DM
XIA XM
XIAO J
XIE PP
XIE XX
XU JG
XU RS
XU ZQ
XUAN BC
XUE ST
YAN J
YAN SP
YAN WG
YANG CZ
YANG CM
YANG CY
YANG XF
YANG XR
YE MH
YU CH
YU CS
YU ZQ
ZHANG BY
ZHANG CD
ZHANG CC
ZHANG CY
ZHANG DH
ZHANG G
ZHANG HY
ZHANG HL
ZHANG JW
ZHANG LS
ZHANG SQ
ZHANG YP
ZHANG Y
ZHANG YM
ZHAO DX
ZHAO JW
ZHAO M
ZHAO PD
ZHAO PP
ZHAO WR
ZHAO ZG
ZHAO ZQ
ZHENG JP
ZHENG LS
ZHENG M
ZHENG WS
ZHENG ZP
ZHONG GP
ZHOU GP
ZHOU HS
ZHOU J
ZHOU L
ZHOU L
ZHOU M
ZHOU YS
ZHOU YH
ZHU GS
ZHU QM
ZHU SG
ZHU YC
ZHU YS
ZHUANG BA
Citation: Jz. Bai et al., THE BES DETECTOR, Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 344(2), 1994, pp. 319-334
Citation: Zz. Du et Acf. Cocks, SINTERING OF FINE-GRAINED MATERIALS BY INTERFACE REACTION CONTROLLED GRAIN-BOUNDARY DIFFUSION, International journal of solids and structures, 31(10), 1994, pp. 1429-1445
Citation: Acf. Cocks et Zz. Du, PRESSURELESS SINTERING AND HIPING OF INHOMOGENEOUS CERAMIC COMPACTS, Acta metallurgica et materialia, 41(7), 1993, pp. 2113-2126