कѨሞܼ೑ڀ࣪ᄺᴃӮ䆂᡹ਞ᮹⿟ঞӮഎᅝᥦ - 科学网

11
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11501300 &
14:0015:40 A B F E
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18:3020:00 &
19:4021:40
08:0009:40 A B F C
09:4009:55
09:5511:55 A B F C
12101330 &
14:0015:40 A D E C
15:4021:00 POSTER &
15:4015:55
Bruker
19:4021:40
18:1019:30 &
()
08:0009:40 A D E C
09:4009:55
09:5511:55 A D E C
12101330 &
14:0015:40 A E C
15:4021:00
15:4015:55
POSTER
18:1019:30 &
08:0009:40 A A E C
09:4009:55
09:5511:55 A A A C
14:0016:00
12101330 &
16:0017:00
18:0020:00
A B C
D E F

PL-01 2010 11 29 9:40 – 10:40
Johannes Lercher Technische Universität München
Transport, Sorption and Catalysis in zeolites: from
Molecular Understanding to New Opportunities
PL-02 2010 11 29 10:40 – 11:40
—
PL-03 2010 12 2 2:00 – 3:00
PL-04 2010 12 2 3:00 – 4:00
—
KA-03 2010 11 30 9:55 – 10:35
KC-03 2010 12 1 8:00 – 8:40

PL-01 9:40 – 10:40
11 29
Johannes Lercher
Technische Universität München
Transport, Sorption and Catalysis in
zeolites: from Molecular Understanding to
New Opportunities
PL-02 10:40 – 11:40
—

11 29
Session 1 A: ——
14:00 KA-01
*
14:40 OA-01 *
15:00 OA-02
*
15:20 OA-03
15:40 15:55
*
Session 2 A: ——
15:55 OA-04
*
16:15 OA-05 Se^Pt/C *
16:35 OA-06 *
16:55 OA-07 Al-SBA-15 *
17:15 OA-08 SBA-15
*
17:35 OA-09 SBA-1 Grubbs
*
Session 1 B: ——
14:00 IB-01 FeOx Pt, Pd CO CO+H2
*
14:20 OB-01 *
14:40 KB-01 Pt- *
15:20 IB-02 *
15:40 15:55
Session 2 B: ——
15:55 OB-02 Ag CeO2(111) *
16:15 OB-03 *
16:35 KB-02 XAFS *
17:15 OB-04 BRIM - * Haldor Topsoe
A/S
17:35 OB-05 MoO3/CeO2 Raman *
K: I O

11 29
Session 1 D——
14:00 KD-01
*
14:40 OD-01 *
15:00 OD-02 *
15:20 OD-03 Knoevenagel/oxo-Diels Alder
15:40 15:55
*
Session 2 D——
15:55 KD-02 Asymmetric Cooperative and Relay Catalysis by
Organo/Metal Binary Systems
*
16:35 OD-04 *
16:55 OD-05
*
17:15 OD-06 Asymmetric Borane Reduction of Prochiral Ferrocenyl Wang Rong
Ketones in the Presence of Chiral Spiroborate Ester *
17:35 OD-07 *
1,4-
Session 1 F:
Chang Gung University
14:00 OF-01 CFD *
14:20 OF-02 *
14:40 KF-01 *
15:20 OF-03 ZSM-22/ZSM-23 *
15:40 15:55
Session2 F:
15:55 OF-04 * ()
16:15 OF-05 “” *
16:35 OF-06 Cu/Zn *
16:55 OF-07 SBA-15-SO3H *
*
17:15 OF-08 MIBK *
17:35 OF-09 *
K: I O

11 29
Session 1 E: ——
Griffith University
14:00 KE-01 *
14:40 OE-01 *
15:00 OE-02 Ag3VO4/TiO2 *
15:20 IE-01 Photocatalysts for near-infrared applications
15:40 15:55
*
Session 2 E: ——
15:55 IE-02 Anatase Titanium Dioxide Crystals with Exposed {001}
Facets for Water Oxidation and Solar Cells
* Griffith University
16:15 OE-03 Comparative Study of Visible-light–Driven Photocatalytic Wanjun Wang The Chinese
Dye Decolorization and Bacterial
B-Ni-codoped TiO2 Microspheres
Disinfection by *
University of
Hong Kong
16:35 OE-04 Promotion of Sm2Ti2S2O5 for H2 Evolution from
Na2S-Na2SO3 Solution under Visible Light: Discussion on
the Effect of Ag and Mg additives
*
16:55 OE-05 CdS *
17:15 OE-06 Supported Noble Nanoparticles as Photocatalysts under * Queensland
both Visible and Ultraviolet Light
University of
Technology
17:35 OE-07 ZnxCd1-xS
*
K: I O

11 30
Session 1 A: ——
08:00 KA-02
*
08:40 OA-10 *
09:00 OA-11 *
09:20 OA-12 *
09:40 09:55
Session 2 A: ——
09:55 KA-03
*
10:35 OA-13 - *
10:55 OA-14 *
*
11:15 OA-15 - *
11:35 OA-16 *
Session 1 B: ——
08:00 OB-06 Ti-MWW *
08:20 OB-07 *
08:40 KB-03 DFT *
09:20 OB-08 325 nm Nd2O3 Sm2O3
**
09:40 09:55
Session 2 B: ——
09:55 OB-09 *
10:15 OB-10 FTIR * -
10:35 KB-04 sp 3 *
11:15 OB-11 *
11:35 OB-12 VOx/Pt(111) *
K: I O

11 30
Session 1 D——
08:00 KD-03 *
08:40 OD-08 IV *
09:00 ID-01 C-H *
09:30 OD-09 /
09:50 10:00
*
Session 2 D——
10:00 KD-04 Endeavors towards Bridging the Gap between Homo and
Heterogeneous
Organometallics
Asymmetric Catalysis with
*
10:40 OD-10 — *
11:00 KD-05 PtCl2-Catalyzed Tandem Triple Migration Reaction toward Ke-Gong Ji
(Z)-1,5-Dien-2-yl Esters
*
11:40 OD-11 - *
Session 1 F:
08:00 IF-01 *
08:20 OF-10 **
08:40 OF-11 MCM-49 *
*
09:00 OF-12 MFI *
09:20 OF-13 CO+H2
09:40 09:55
*
Session 2 F:
09:55 IF-02 Application of hydrogen spillover/surface diffusion for Y. H. Tsai* Chang Gung
palladium membrane reactor
University
10:15 OF-14 ZSM-5
*
10:35 OF-15 *
10:55 OF-16 *
11:15 OF-17 V2O5/CexZr1-xO2 CO2 *
11:35 IF-03 Molecular Design, Function, and Commercial Application
of Shape-Selective Catalysts for the Petrochemical
Industry
(John Ou)* ExxonMobil Corp.
K: I O

11 30
Session 1 C: ——
08:00 IC-01 *
08:20 OC-01 *
08:40 IC-02 - *
09:00 OC-02 *
09:20 OC-03 ZrO2 V2O5/TiO2 *
09:40 09:55
Session 2 C: ——
09:55 KC-01
*
10:35 OC-04 Ni/Al2O3-AlN *
10:55 IC-03 *
11:15 OC-05 TeMo5O16
*
11:35 OC-06
HZSM-5/
*
*
K: I O

11 30
Session 1 A: ——
14:00 KA-04 *
14:40 OA-17 Co/SiO2 CO2 *
15:00 OA-18 *
15:20 OA-19 *
15:40 15:55
Session 1 D——
14:00 OD-12 - *
14:20 OD-13 *
14:40 KD-06 *
15:20 OD-14 CoOx
15:40 15:55
*
Session 1 D——
14:00 KD-07 ——
*
14:40 ID-02 * *
15:10 ID-03
15:40 15:55
*
Session 1 E: ——
14:00 IE-03 NH3 *
NOx
14:20 OE-08 *
NOx
*
14:40 OE-09 Ni CeO2-ZrO2
Pd
*
15:00 OE-10 NOx / Pt-BaO/Al2O3 **
15:20 IE-04 NOx NH3
15:40 15:55
*
K: I O

11 30
Session 1 C:
14:00 KC-02 *
14:40 OC-07 *
15:00 OC-08 *
15:20 OC-09 NiW/P-USY+Al2O3
15:40 15:55
*
15:40 ~ 21:00
PA001 - PA221, PB001 - PB077, PC001 - PC144, PD001 -
K: I O
PD118, PE001 - PE104, PF001 - PF040
13:00 21:00

12 1
Session 1 A: ——
08:00 KA-05 - *
08:40 OA-20
*
09:00 OA-21 - *
09:20 OA-22 8-VI
09:40 09:55
*
Session 2 A: ——
09:55 KA-06 *
10:35 OA-23 PtAg H2 CO *
10:55 OA-24 TS-1 *
11:15 OA-25 *
11:35 IA-01
*
Session 1 D: ——
08:00 ID-04 *
08:20 OD-15 - *
08:40 OD-16 m-ZrO2 RuOx
*
09:00 OD-17 *
*
09:20 OD-18 CuOx
09:40 09:55
*
Session 2 D: ——
09:55 ID-05 *
10:15 OD-19 *
10:35 OD-20 K, Cu Mo Ru *
10:55 OD-21 Ni-Cu/Al2O3 1,4- *
11:15 OD-22 *
11:35 OD-23 PtSn/Al2O3
*
K: I O

12 1
Session 1 D——
08:00 ID-06 Brønsted *
08:30 OD-24 salen Mn(III)
1-
*
08:50 OD-25 - *
09:10 OD-26 SiO2
*
09:30 OD-27 Cross-Aldol *
09:50 09:55
Session 2 B——
09:55 KB-05 A theoretical view of bridging model and real catalysts *
10:35 IB-03 Theoretical Studies of the Geometry Structures and
Catalytic Properties of Gold Nanoclusters
*
10:55 OB-13 *
11:15 IB-04 CO Activation and Reaction on Fe-based Catalysts Chunfang Huo
*
11:35 IB-05
*
Session 1 E: ——
08:00 KE-02
*
08:40 OE-11 RuOx SCR
*
09:00 OE-16 SSOV NO+CO *
09:20 OE-13 Fe/HBEA NOx
09:40 09:55
*
Session 2 E: ——
09:55 OE-14 1,2- *
10:15 OE-15 VOCs
*
10:35 KE-03 *
11:15 OE-12 Fe/Cr-Mn NH3-SCR NOx
*
11:35 OE-17 Cr(VI) *
K: I O

12 1
Session 1 C: ——
08:00 KC-03 *
08:40 IC-04 CO
*
09:00 OC-10
*
09:20 IC-05
09:40 09:55
*
Session 2 C: ——
09:55 KC-04 *
10:35 OC-11
*
10:55 OC-12 Cu/SiO2 1,2- *
11:15 OC-13 Cu-ZnO
*
11:35 OC-14 Pd/Fe3O4 *
K: I O

12 1
Session 1 A: ——
14:00 KA-07 111 *
14:40 OA-26 *
15:00 OA-27 CaO *
15:20 OA-28 salen Mn(III)
15:40 15:55
*
Session 1
14:00 OE-18 CO2 TiO2 Au
*
14:20 OE-19 Au-Pd/IE-Resin Ullmann *
14:40 OE-20 *
15:00 OE-21 Oxidation of formaldehyde at room temperature with * The University of
Au/TiO2 catalysts
Hong Kong
15:20 OE-22 NiAu Au/NiO *
CO
15:40 15:55
Session 1 B——
14:00 IB-06 *
14:20 OB-14 *
14:40 IB-07 PdZn *
15:00 OB-15 NOx H2O Al2O3 Ga Al2O3
*
15:20 OB-16 B SCR
15:40 15:55
*
Session 1 E: ——
14:00 IE-05 A New Strategy for Application of Heterogeneous Fenton-like
Catalytic Process to Degradation of Organic Pollutants
14:20 OE-23 Cr()
14:40 OE-24 A highly active Pd on Ni-B bimetallic catalyst for
liquid-phase hydrodechlorination of 4-chlorophenol under
mild conditions
15:00 OE-25 Nanostructured TiO2 photoanodes for sensing organic
pollutants in waters
15:20 OE-26 TiO2/ 2#
15:40 15:55
K: I O
*
*
Chongxia Sun
*
* Griffith University
*

12 1
Session 1 C: ——
14:00 KC-05 *
14:40 OC-15 *
15:00 OC-16 *
15:20 OC-17 CO *
15:40 15:55
15:40 ~ 21:00
PA222 - PA442, PB078 - PB153, PC145 - PC289, PD119 -
K: I O
PD235, PE105 - PE208, PF041 - PF080
13:00 21:00

12 2
Session 1 A: ——
08:00 KA-08 - *
08:40 OA-29 - *
09:00 OA-30 UZM-8 *
09:20 OA-31 *
09:40 09:55
Session 2 A: ——
09:55 KA-09 Au Pt
*
10:35 OA-32 *
*
10:55 OA-33 *
11:15 OA-34 TiO2
*
11:35 OA-35 CO *
Session 1
08:00 OE-27 Au/Ni-fiber
*
08:20 OE-28 Au ZrO2 *
08:40 KE-04 *
09:20 OE-29
09:40 09:55
*
Session 2
09:55 OE-30 *
10:15 OE-31 3DOM Ce0.7Zr0.3O2 Au
*
10:35 OE-32 Benzyl alcohol oxidation over Au-Pd nanoparticles
confined in mesoporous molecular sieves
Yuanting Chen
*
Nanyang
Technological
University
10:55 OE-33 AuPd/CMK-5 *
11:15 OE-34 *
K: I O

12 2
Session 1 A: ——
08:00 OA-36 *
08:20 OA-37 Pt-Ni/-Al2O3 1, 3
*
08:40 OA-38 Fe3O4@CuMgAl-LDH
*
09:00 OA-39 CO2 *
*
09:20 OA-40 Mg CeO2
09:40 09:55
*
*
Session 2 A: ——
09:55 KA-10
*
10:35 OA-41 ZSM-5 silicalite-1
*
10:55 OA-42 (N-TS-1) *
11:15 OA-43 P /Ni SiO2 ZSM-5
*
11:35 OA-44 *
Session 1 E: ——
08:00 OE-35 *
08:20 OE-36 TiO2 *,
*
08:40 OE-37 TiO2 *
09:00 OE-38 TiO2
*
09:20 OE-39 Ag/AgI/Bi2WO6 -
09:40 09:55
*
Session 2 A:
09:55 OA-45 *
10:15 OA-46 TS-1 *
10:35 OA-47 *
10:55 OA-48 CrOx/VOx/meso-MgO: *
11:15 OA-49
K: I O
*

12 2
Session 1 C: ——
08:00 IC-06 *
08:20 OC-18 Pd Pt/C *
08:40 IC-07
*
09:00 OC-19 * *
09:20 OC-20 Pt/C
09:40 09:55
*
Session 2 C: ——
09:55 IC-08 Cu/CeO2-MnOx CO
*
10:15 OC-21
*
10:35 IC-09 Pt/Nafion/MMT *
10:55 OC-22
*
11:15 OC-23 MnOx-Co3O4 CO *
11:35 OC-24 Ni CH4-CO2
*
K: I O

PL-03 2:00 – 3:00
12 2
PL-04 3:00 – 4:00
—

PA-001
PA-002
PA-003
PA-004
PA-005
PA-006
PA-007
PA-008
PA-009
PA-010
PA-011
PA-012
PA-013
PA-014
PA-015
PA-016
A New Combinatorial Study of Mesoporous Transition-metal-oxide Catalysts: From Ink-jet Printing Synthesis to
Wavelength Analysis Algorithm
Xiaonao Liu, Lei Shi, Yi Shen, Sha Li, Liping Xiao, Jie Fan
Aromatic Nitro-group Hydrogenations with Precious Metal Powder Catalysts - Influence of Modifier on Selectivity
and Activity
Konrad Möbus, , Dorit Wolf,
Brij56
,,,
CeO2-SiO2
CHO-MCFs
,,,,,
CNT Cu-SiO2
,,, ,,
Cr/AlF3
,,
CTAB
,,,,,,
CTAB ZnO
,,
CuMnCo/-Al2O3
,,,,,,,
CuO-ZnO@MCM-41
,,,,,,
CuO-ZnO-ZrO2
,,,,
Cu-Zn/AC
,
Cu-Zn-Al/PS
,,
Fe3O4
,,,,,
Ge Au/TS-1
,,

PA-017
HPW
,
PA-018 HZSM-5/
,,,
PA-019
PA-020
PA-021
PA-022
PA-023
PA-024
PA-025
PA-026
PA-027
PA-028
PA-029
PA-030
PA-031
PA-032
MCM-41/ -
,,,
MFI Cu-SiO2
,,
Mo Raney-Ni Mo
,,,,
N- Pd_C
,,,,
Pd@Co-B
,,,,
PtSnNa/ZSM-5
,,, ,
Raw material effects on organic template-free synthesis of zeolites
Ling Zhang, Shenglin Liu, Sujuan Xie, Longya Xu
Room-temperature synthesis of hollow structured SnO2 catalyst for CO Oxidation
Qingrui Zhao, Li Ke, Jing Feng, Mingsen Zhang
SDBS SO42-/CeO2-SnO2
*,,
Selective Hydrogenation of 4,4’-Dinitrostilbene-2,2’-disulfonic Acid (DNS) over Pt-M(M=Zn, Mn, Co, Au, Sn)/C
Catalyst
Feng-Jin TANG, Nan WANG, Gui-Ping CAO
Thermally-Reduced Ru Nanoparticles as Highly Active Heterogeneous Catalysts
, X. S. Zhao
ZSM-34 MTO
,,,
ZSM-5/AlPO4-5
,,
SiO2
,
PA-033 /
,,,,,
PA-034
PA-035
Pd 10%Pd/C Pd
,,
SBA-15
, , ,
PA-036
,,,
PA-037
Fe-ZSM-5
,,,

PA-038
PA-039
PA-040
3DOM LaMn0.9Fe0.1O3
,,,,
CuY
,,,,
CuZnAl
,,,
PA-041
,,,,,,
PA-042
,,
PA-043
PA-044
PA-045
pH Ru/Ba-MgO
, , , ,
- ZrO2-SiO2
,,,,
Fe3O4
,
PA-046
,,,
PA-047
PA-048
PA-049
NaY
,,
, -Al2O3
,,
Ni
,,,,,,
PA-050
,,,,
PA-051
NaY
,*,
PA-052
,,,
PA-053
Cs2O-Sb2O5/SiO2
,,
PA-054
,
PA-055
Pd Suzuki
,,,,
PA-056
,,
PA-057
PA-058
Mn/RE
,,,,
Rh-Au CO
,,,
PA-059 Sonogashira

,,,,
PA-060
PA-061
,
PA-062
PA-063
PA-064
PA-065
PA-066
Co/SiO2
,
MoS2
,,,
CO Ni-Fe
,,,
Ru-B
,,,,,
PA-067
,,,
PA-068
PA-069
-
,,,,,
Ru/AC
,,,
PA-070
,
PA-071
PA-072
ZSM-5
,,,
ZSM-5
,,,,
PA-073
,,,
PA-074
pH Mo-V-Te-Nb-O
,,
PA-075
,,
PA-076
PA-077
PA-078
ZSM-5/MCM-41
,,,,
Pd/Cr2O3
,,,
Pt/Al2O3
,,
PA-079
,,
PA-080
,

PA-081
,,,,
PA-082
,,
PA-083
PA-084
Fe-MFI
, , ,,,
Ni-Al2O3
,,,
PA-085
,
PA-086
,,,
PA-087
,
PA-088
,,,
PA-089
,,,,,
PA-090
Co3O4/Al2O3
,
PA-091 -
,,,,,
PA-092
PA-093
PA-094
PA-095
Pd
,,,
TiO2
,
- MCM-48
,,
pH
,,,,
PA-096
,
PA-097
FCC C4
, ,,
PA-098 -
,,
PA-099
,,,
PA-100
,,
PA-101
,,,
PA-102 -Mo2C

PA-103
PA-104
,, ,,,
MFI
,,,
ZSM-5
,,*
PA-105
,,,,
PA-106
, ,,,
PA-107
,,,,
PA-108
,,,,,
PA-109
,
PA-110
Ni-SiO2
,,,,,
PA-111
, ,,,
PA-112
,
PA-113
,, ,
PA-114
,
PA-115
,,,,,
PA-116
,,,,,,
PA-117
PA-118
PA-119
PA-120
PA-121
PtSnNa/ZSM-5
,,, ,
Pd C-S
Henrry
,
ZSM-5
,, , ,,
MnOX -CeO2 SCR
,,,
PA-122
,,
PA-123
- SAPO-11
,, ()

PA-124
TS-1
,,
PA-125
,,,
PA-126
,,,,
PA-127
PA-128
PA-129
AuPt AuPt/C
,,,,
Pd-Co
,,
Ag/-Al2O3
,,,,
PA-130
, ,,
PA-131
,,,
PA-132
PA-133
PA-134
PA-135
PA-136
PA-137
PA-138
SAPO-31
,,,,
TS-1
,,
ZSM-5
,,,
GICs
,,
ZSM-5
,,
Ni-PMo12-MCM-41
,,
MFI
, ,*
PA-139
,,,,
PA-140
,,
PA-141
,,,
PA-142
PA-143
PA-144
Cu
,
Beta
, ,
ZSM-5
,,,
PA-145 2# Al-MCM-41

,
PA-146
,,,,,,
PA-147
PA-148
PA-149
PA-150
TiO2
,,,,,,
MgO-Al2O3
,,,,
CO
,,
SAPO-34
,
PA-151
,
PA-152
PA-153
Al2O3
,
C-SiO2-Al2O3
,
PA-154
,
PA-155
,,,
PA-156
PA-157
Co-Mo
,,
CuO/CeO2-ZrO2 CO
,, ,
PA-158
, ,,
PA-159
A
,,
PA-160
PA-161
PA-162
PA-163
PA-164
PA-165
“”
, ,,,,,,
Al-SBA-15
,,,,,
ZSM-5
CNT-Al2O3
,*,,,,,
CuI/P(OCH2CH3)3 Sonogashira Reaction
,,,,,
Fe-Cu
,,,

PA-166
PA-167
PA-168
PA-169
PA-170
PA-171
Hydrogenation of Polystyrene to Produce Poly(vinylcyclohexane) over Noble Metal Supported Porous Ceramic
Catalyst
Kai-Yue Han, Hao-Ran Zuo, Lei Lu, Jia-Xing Yin, Chen Meng, Wen-Ting Xu, Gui-Ping Cao
Model-aided design of three metals catalyst for selective hydrogenation of cinnamaldehyde
Zhen Guo, Wenjin Yan, Tao Chen, Yanhui Yang
MOF
MoO3/Al2O3
,,,,,
MxFe1-xVO4
,,,,
Ni
,,
PA-172 N-
,,,,
PA-173
PA-174
PA-175
PA-176
PA-177
PA-178
PA-179
PA-180
PdSn@Pt/C
,,,,
PEG CuO-CeO2
,,,
pH
,,,
Silicalite-1/ZSM-5
, , ,
SnCl2
, ,, ,
Uniform Single-Crystalline Zinc Oxide Nanodisks, Cuprous Oxide Microcrystals with Controlled Morphology and
Their Photocatalytic Activity
Jing Hui Zeng, Bin Bin Jin, Tian Jun Lou
ZSM-23
,,
ZSM-5@Silicalite-1
,,
PA-181
,,
PA-182
,,,
PA-183
PA-184
CuZnOx/Al2O3
, , , ,
Fe -
,,,
PA-185
,,
PA-186 /
,,

PA-187
,,,,
PA-188
,,,,,,
PA-189
HZSM-5
, Roberta Olindo, Johannes A. Lercher
PA-190
,
PA-191
,,,,
PA-192
,,,,,,
PA-193
PA-194
CoMoS/-Al2O3
Au/ZrO2
,,,,,
PA-195
PA-196
,,
PA-197
,
PA-198
PA-199
PA-200
PA-201
PA-202
PA-203
PA-204
- LaOCl OCM
,,,,
SiC/ZSM-5
,,,
?-Al2O3
,,
MTBE
,,
Ru/ZrO2
,,, ,,
Ni
,,,
N TiO2
,,
PA-205
,,,
PA-206
Pt-PdCu/CNT
,,,
PA-207
,
PA-208 Y

PA-209
PA-210
PA-211
PA-212
,,,,
CH4/CO2
,,,,,
F-T
,,
Rh-P C6~C10
,
SBA-16
,,,,
PA-213
,,,,,
PA-214 -
,,,,
PA-215
,,,,,
PA-216
,,,,,
PA-217
MoVTeNbO
,,
PA-218 /
,,,,,
PA-219
PA-220
PA-221
PA-222
(Salen)Ni
, ,,,
La2O3-MgO
,,,,,
ZSM-5
,,,,,,
ZSM-5
,,,,,,,
PA-223
,,,
PA-224 @
,,,
PA-225
,,,,
PA-226
, /
PA-227
Aldol
,
PA-228
,,,
PA-229
,,,,

PA-230
PA-231
ERB-1
,,
CuO
,,,,,, /
PA-232
,,,,,
PA-233
,,,,,,
PA-234
CuO/ CeO2
,,,,,
PA-235
,,,,
PA-236
Heck
, ,,, ,
PA-237
,,,
PA-238
PA-239
,,,,,,
PPh3-Rh/SiO2
,, ,,
PA-241
,
PA-242
CTAB -
,
PA-243
,,,
PA-244
Au
,,
PA-245
,,,,,
PA-246
PA-247
PA-248
TiO2/
,
“” TiO2
,,,,
Suzuki
,,,,,
PA-249
,,,,
PA-250
PA-251
-Fe2O3
,,,,,,
Au/CeO2
,,,,
PA-252 Aldol

,
PA-253
,,,,
PA-254
PA-255
Mo–V–Te–Sb
,,,
Suzuki
,,,,,,
PA-256
,,,,
PA-257
, ,,
PA-258
,,,,,,
PA-259
Sonogashira
,,,,
PA-260 --*
,,
PA-261
,,,,,
PA-262
EU-1/MCM-41
,,,,,,
PA-263 -/
,,
PA-264
,,,,,,
PA-265
,,,,,,,
PA-266
Ag/AgCl@
,
PA-267 ,
,
PA-268
PA-269
Heck
,,,,
/ Suzuki
,,,,
PA-270
,,,,
PA-271
,,,,
PA-272
Pd/Au
,
PA-273
,,,

PA-274
,,,,
PA-275
,,,,,
PA-276
,,,
PA-277
/
PA-278
PA-279
Pd
,
ZSM-5
,, ,
PA-280 ,
,,,
PA-281
,,,,,,,,
PA-282
ZSM-5
,,,,,*
PA-283
, ,
PA-284
PA-285
PA-286
PA-287
PA-288
PA-289
PA-290
3--4-
,,,
AgCeY
,,
Al-ITQ-13
,,,,,
Au/OMC
,,
Au/PVP-SiO2
,,,,,
AuAg
,,,
Beta-MCM-48
,,,,
PA-291 Bi2O3-ZnO-Nb2O5(BZN)
,,,
PA-292
PA-293
Bi2O3 Co3O4 CO
,,,,,,
Bimetallic Au-Cu/CeO2 catalysts for the WGS reaction
Yusheng She, Xing Fang, Yingying Zhan, Xingyi Lin, Qi Zheng
PA-294 CNx@MO(M=)
,,,

PA-295
PA-296
PA-297
PA-298
PA-299
PA-300
PA-301
PA-302
PA-303
PA-304
PA-305
PA-306
PA-307
PA-308
PA-309
PA-310
PA-311
PA-312
PA-313
PA-314
CoNiSr/Al2O3
,,,,
Convenient Synthesis of Au/AgBr Core–Shell Nanorods and their Superior Catalytic Properties
Xia Guo, Qiao Zhang, Jian Yang, Renxian Zou, Feng Peng, Hao Yu, HongjuanWang
Fe2O3/In2O3
,,,,,
Fe2O3 SO42-/SnO2
, , ,
HDS and HDA of LCO using W-Ni/Al2O3 catalysts containing Ti-AlPO4-5
Shoutao Ma, Ye Zhao, Wencheng Zhang
In-B Barbier
,,,,,
Intercalation of Aggregation-Free and Well-Dispersed Gold Nanoparticles into The Walls of Mesoporous Silica as an
Efficient Catalyst for n-Alkanes Oxidation
MCM-41
,, ,,,
MCM-41
,,,
MCM-41 OMS-2
,,,,,
MgO/h-BN
, ,,
Mg Pt/SAPO-11
,,,,,
Mn-ZSM-5 KA
,,,,
MOR/Beta
,,,
Nanoparticle/Nanoporous Catalysts for Alcohol Selective Oxidation
Pd-Ag
,,
Pt/Al2O3@SBA-15 EOPB
,,,,
PtRuNiIr/C
,,,,,
SiO2/RuO2/CNT
,,,,,
Sn-MWW Baeyer–Villiger
,,,
PA-315 SO42-/SnO2—
, ,,

PA-316
PA-317
PA-318
PA-319
PA-320
PA-321
PA-322
PA-323
SO42-/Zr-SBA-15
,,,,
The synthesis and hydrodesulfurization performance of supported noble metal phosphides RuP and Ru2P
Xiaoqian Yin, Linxi Zhou, Yan Cai, Minghui Zhang
TiO2 CeO2 Ni2P
,,,
USYASA
,,,,,
Y/ASA
,,,,,
Y-SAPO4-5
,,,
-Al2O3
,,
MOF
,
PA-324
,,**,,
PA-325
PA-326
PA-327
Ag-Cu
,,,,,
ITQ-6
,,,,
Beta-MCM-48
,,,,
PA-328
,,,,,,,
PA-329
PA-330
TiO2
,,,,,
TS-1
,
PA-331
,,
PA-332
PA-333
PA-334
PA-335
PA-336
Ti-Fe-MCM-41
,,,
Bi2WO6
,,,
BINAPO
, , ,
Cu3BiS3
,,,,,
ZSM-5
,,
PA-337 CuZnTi

,,,,
PA-338
,,,,
PA-339
PA-340
BiOI 3D
,
Fe@CNT
,, ,,
PA-341
,
PA-342
,,
PA-343
,,
PA-344
,,,
PA-345
,,,,
PA-346
,**
PA-347
PA-348
P123
,,
Pt
,
PA-349
,,,,
PA-350
Grubbs RCM
,,,
PA-351
,,,
PA-352
Beta
,,
PA-353
,,,,,
PA-354
,,,,,
PA-355
PA-356
PA-357
PA-358
Y
,,
Ni@MOCP
,,
,,,,
Ru/MgO-CeO2
, ,,,,

PA-359
PA-360
PA-361
Au/FeOx-HAP
,,,,
SBA-15 NiBr2(PPh3)2 MMA ATRP
,,,*
Y
,,,,
PA-362
,,,,,
PA-363
Mn (II)-
,,,,,
PA-364 -
,,,,
PA-365
,,
PA-366
MCM-41
,,,,
PA-367
,,,,,
PA-368
Pt
,,,
PA-369
,,,,
PA-370
PA-371
PA-372
TS-1
,,
CO
,,Ferdi Schthb,
Co3O4-CeO2 CO
,,
PA-373
,,,
PA-374 -
,,
PA-375 -
, ,
PA-376
,,,
PA-377
,,,,
PA-378
PA-379
Cr/ZSM-5 CO2
, , ,
EU-1/ZSM-5
,,
PA-380 Al-SBA-15

PA-381
,,
ZSM-5
,,,,
PA-382
,,,
PA-383 —
PA-384
,,,,,
PA-385
PA-386
PA-387
PA-388
PA-389
PMO-
,,,,
ZK-1
, ,
1-
,,,,,,
Ship-in-bottle RuO2
,
MoS2/-Al2O3
,,,,,
PA-390
, ,,
PA-391
,,,
PA-392
PA-393
PA-394
MOF
,
Ni3V2O8
,
ZSM-5
,,,
PA-395
,,,
PA-396
,,,,
PA-397
ZSM-5
,,,
PA-398
,,,,
PA-399
DAY
,
PA-400
,,
PA-401
,,

PA-402
PA-403
PA-404
-Fe2O3
,
LaMnO3
,,,,,,
Y
PA-405 -
,,,
PA-406
,,,,
PA-407
,,,,,,
PA-408
MnOx-CeO2 CO
,,
PA-409
,
PA-410
PA-411
PA-412
PA-413
PA-414
PA-415
,, ,
AlPO4-5/Al2O3
,,
/TiO2
,,,,*
/ MCM-41
,,
TiO2
,,,,,,
SAS
,,,,
PA-416
,,,,
PA-417
,,,,,
PA-418
Zr-P-Al
,,,
PA-419
,
PA-420
,,,,
PA-421
PA-422
La, Ce, Y SnO2 *
,,,,,
Ziegler-Natta
,,
PA-423

,,,,
PA-424
,,
PA-425 ,
PA-426
,
PA-427
,
PA-428
,,
PA-429
,,,
PA-430
ZSM-5
, ,,
PA-431
,,
PA-432
Mn(III)/ SBA-15
,,,
PA-433
,,,,
PA-434
,,
PA-435
CTAB NiMoS
,,,,
PA-436
,,,,,,
PA-437
,,,,
PA-438
PA-439
PA-440
PA-441
PA-442
-P123
,,,
CO2 Cr
, ,,,
NiMo/Al2O3
,,,, (
CeO2 Au/CeO2
,,,
Cu2O/MWCNTs

PB-001
PB-002
PB-003
PB-004
PB-005
PB-006
PB-007
PB-008
PB-009
PB-010
PB-011
PB-012
PB-013
PB-014
PB-015
PB-016
PB-017
PB-018
PB-019
PB-020
Ag6Mo10O33
,,,
Au PVP Au@Cu2O AuCu
,
BaO Ru/MgO CO
,,**,,
C8A NH3
, ,,,
CO2 CuO-ZnO-TiO2
,,
Effect of reaction mixtures on Al distribution in ZSM-5
Guoliang Zhao,Jie Zhu,Xuebing Li,Johannes A. Lercher
EPR N
,,,,
FCC CO
,,,
FeTiOx XAFS
,,,,,
Fe CuZnMn
,,
Grafting Ti/BMMs
,,
HZSM-5
, , , , ,
Improved sulfated vanadia-based catalysts for the selective oxidation of methanol to dimethoxymethane
Hongying Zhao,Simona Bennici, Aline Auroux
In situ DRIFTS SCR
,,,
La, Ce Ni@SiO2
,,,,
MoVTeO M2 Te
, ,,
NH3.H2O TS-1
,,,
NiAl-HTLcs
,
Pt/Al2O3 Ir/SiO2
,,,,,,
Pt/CeO2 Pt/NaCl/ZrO2
,,,,
PB-021 Pt-M (M= 3d-) CO

PB-022
PB-023
PB-024
PB-025
PB-026
PB-027
PB-028
,,
RIPP 3D-TEM
,,,,
SAPO-46 MTO
,,,
SO42-/TiO2
,,
Z-N EB MgCl2
,,,,,
ZSM-5
,
Ru/Al2O3
,,,,,
V-Mo-O
,,,,,
PB-029
,,
PB-030
,,,
PB-031
PB-032
Pt/Al2O3
,,,,
SAPO-34
,,,,
PB-033
,, , , ,
PB-034
HTiNbO5HNbMoO6 HNbWO6
,,,
PB-035 /
,,,,
PB-036
,,
PB-037
XRD ZSM-5
**,
PB-038
,,,
PB-039
,,,,,
PB-040
,,
PB-041
Y-MCM-41
,
PB-042
,,,

PB-043
PB-044
X
, ,,
M-SiW12/SiO2(M = Ru, Rh, Pd, Ir, Pt, Ni, Cu)
,,
PB-045
,,,,,
PB-046
PB-047
CO
,,,,
Pt/TiO2 C3H6 NOx in situ FTIR
,,,
PB-048
, , ,
PB-049
,,,
PB-050
PB-051
PB-052
PB-053
PB-054
PB-055
HZSM-5
Raman
,,,
Fe N2O
a,,,,
Operando Raman
,,,,,
8-VI,
,,,
AlPO-11
,,,,,
PB-056
,
PB-057
CeO2
,
PB-058 --
,,,
PB-059
CO
,,
PB-060
,,,
PB-061
,Aline Auroux
PB-062
,,
PB-063
,
PB-064 FCC

PB-065
PB-066
,,
Pd-Ag/Al2O3 Pd/Al2O3
,,,
XAFS
PB-067
PB-068
PB-069
PB-070
PB-071
PB-072
PB-073
PB-074
PB-075
PB-076
PB-077
PB-078
PB-079
PB-080
PB-081
PB-082
“”
,,,,
Au/Al2O3 CO 1,3-
,,,
CO Oxidation at Surface Defect Sites over CeO2 Surfaces
Yang-Gang Wang, Yadong Li, and Jun Li
CO2 Ni
,
CO
,,,,
H-ZSM-5 DMC
,,,
Ir(111)
,, , ,,
Mo-V-Bi-O/AlPO4
, ,
MTO
,,,
NH3 V2O5
,,
Pt/Al2O3
,,,,,
Rh2-(esp)2 C-H
,,,
The active structure, catalytic activity and self-cycle mechanism of tungsten peroxo complexes for the green
oxidation of cyclohexene: A combined computational and experimental study
Peng Jin, Donghui Wei, Yiqiang Wen, Huijuan Wei, Mingsheng Tang, Xiangyu Wang
TiO2
,
Ti PhillipsCrO3/SiO2
, ,,
V2O5 NH3 SCO
,,,
PB-083
,,
PB-084
,,

PB-085
,,,,
PB-086
PB-087
MTP
,,,,
Mo
*,, , ,
PB-088
,
PB-089
CuFe2O4 CO2
,
PB-090
,,,,,,
PB-091
,,,,,
PB-092
,,,,,
PB-093
,,,,
PB-094
,
PB-095
,,,
PB-096
,,,
PB-097
,,Nathan J. Deyonker,,,,, David Lee Phillips
PB-098
,,,,,
PB-099
Fe/ZSM-5
,,,
PB-100
,,,,
PB-101
PB-102
CO2
,,,,Carol Creutz,Etsuko Fujita
MoS2/-Al2O3
,,,,
PB-103
,,,,
PB-104
Mo/HBeta
,,,,,
PB-105
,

PB-106
PB-107
Pd6/Au111
,,,,,
C-H /
,,,
PB-108
,,,,
PB-109
,,
PB-110
,,,,
PB-111
,,,,,
PB-112
,,,,,
PB-113
Ag CeO2(111)
,,,,
PB-114 CeO2(110)
,,
PB-115
PB-116
PB-117
COH2 Co(0001)
,,,,
CO2 MgO
,,,
Copper and Gold Clusters Adsorption on -alumina Surfaces
Gang Feng, Maria Verónica Ganduglia-Pirovano,Chun-Fang Huo,Haijun Jiao,Joachim Sauer
PB-118 Fe(111)
,,
PB-119
PB-120
PB-121
PB-122
PB-123
PB-124
PB-125
Fe3C CxHy
,,
Fe5C2010 H2O
,,
H2O Co(0001)
,,,,,,
H2 FeS2
,,
Rh/Cu(111) C2
,
SAPO-34 MTO
,,,,
TiO2-CeO2
, ,
PB-126 XPS

PB-127
PB-128
PB-129
,
/ Ullmann
,,,
ZSM-5 Monte Carlo
,,,
1,2-
,,
PB-130
,,
PB-131
,,,,,
PB-132
PB-133
Pd-Au -
,,,,,
DFT volcano
,,
PB-134
,,,
PB-135
,,
PB-136
,,
PB-137
PB-138
PB-139
PB-140
PB-141
PB-142
PB-143
PB-144
ONIOM (XO)
,,,,
NO2 Au(997)
, , , , , , ,,
CO2 CH4 -Al2O3
,,,
RTH
,,
B
,
Mo10S18 Mo
,,,,,
Y
,,,,
LaSrO3 DFT
,
PB-145
, ,
PB-146
Y Lewis
,,,,,,
PB-147

PB-148
, ,,,
V DFT
, ,,,,
PB-149
, ,,,,
PB-150
PB-151
PB-152
Raman MoVTeO TeOx
, ,,
Fe3O4
,
CdS
PB-153
PC-001
PC-002
PC-003
A Sr1+xCo0.8Fe0.2O3-d? (x=-0.2?+0.2)
,,
Au/CexZr1-xO2
,,
b MFI
,
PC-004 Cd1-xGaxS
,, Hong Kong Baptist University
PC-005
PC-006
PC-007
PC-008
PC-009
PC-010
PC-011
PC-012
PC-013
CeO2 Ir
,,,C. Mirodatos,
Co/La2O3
, ,
Co-Ce/Al2O3
,, ,
Co-Pt/CNT CO
,,,
CuO/CeO2
,,,,
Cu- N-
,,
DMFC Pt/RuO2-MnO2/CNT
,,,,,,
DMFC Pd CNTs
,,
H2S Ni/MgO/Al2O3
, , ,
PC-014 Highly Dispersed Pt Nanoparticles on Multi-Wall Carbon Nanotubes (MWCNTs) and Their Hydrogen Storage

PC-015
PC-016
PC-017
PC-018
PC-019
PC-020
PC-021
PC-022
PC-023
Applications
Yong-Ming Dai and Jih-Mirn Jehng National Chung Hsing University
Ni/Mg(Al)O
,,,
Ni-Cu-Ce-O CO
,
Pd/C
,,,,
Pt-CeO2/CNTs
,,,
Ptm^Au/C
,,,,
Pt-Ni/MgO--Al2O3
,,
Pt
,,
Reformer design for low CO hydrogen fuel of fuel cell power generation
Harvey H. F. Wang, S.C. Chen, S.Y. Yang and M. H. Rei Chang Gung University
Ru
,,,
PC-024
,,,
PC-025 /
,,,,
PC-026
PC-027
PC-028
Co CuFe2O4 DME-SR
,
MnO2/CNT
,,,,
Ir *
,,,,,,
PC-029
,,
PC-030
Ni-CeO2/Al2O3
,,,
PC-031
, , , ,
PC-032 -
,,
PC-033
PEMFC
,,,,,,
PC-034
,,,
PC-035

PC-036
, , ,,,,
Li2BNH6
,,, ,,,
PC-037
,,,,
PC-038
Ln-V- O(Ln=Y, Gd)
,,,,
PC-039
,
PC-040
,,,
PC-041
PC-042
The use of the catalytic cracking of methane to produce graphitic nanocarbons and hydrogen with no CO2 emission
Weike Zhang, Guanghuan Liu, Lizhen Gao,*, Andrew Cornejo, Hui-Tong Chua, Colin Raston
Cu-Ce-O
,,,,
PC-043
,,,,,
PC-044
,,,
PC-045
PC-046
,,,
PC-047 -
,,,,,
PC-048
PC-049
CeO2-ZnO
,,,,
Pt
,,,,
PC-050
,,,,
PC-051
PC-052
PC-053
PC-054
PtRuMo
,,,,
Pt/C
,,
CO
,,,
CO
, ,
PC-055
,,,

PC-056
PC-057
PC-058
PC-059
PC-060
Ni/CexZr1-xO2
,,
Nafion
, ,
Co-PPy/C
,*,,
Pt(NO3)2 Pt/C
,,
Pd-Co/C
,,
PC-061
,,,,,,
PC-062
,,
PC-063
PC-064
,
PC-065
,,
PC-066
,
PC-067
PC-068
PC-069
PC-070
PC-071
PC-072
PC-073
PC-074
PC-075
PC-076
Br?nsted
,,
Catalytic Conversion of Renewable Oils into Diesel-like Hydrocarbons
Hui Lou, Junxing Han, Xiaoming Zheng
Ca Ir/La2O3
,,,,
Cu/MgO 1,2-
,,,,,,
Cu/SiO2-Al2O3 3-
,,,
Cu-Ce/HZSM-5
,,,,,
Cu 1,2-
,,,,,
Cu
,, ,
Hydrotreatment of sunflower oil over different Pd catalysts
Jinzhao Duan , Junxing Han, Hui Lou
Keggin
,,,

PC-077
PC-078
PC-079
PC-080
PC-081
PC-082
PC-083
PC-084
PC-085
PC-086
PC-087
PC-088
PC-089
PC-090
PC-091
PC-092
PC-093
PC-094
Mo RQ NiMo 1,2-
,,,
Na2HPO4 NaY
, , , , ,
Ni/CexGd1-xO2
,,,
Ni/MgO CO2
,,
One-pot synthesized mesoporous Ca/SBA-15 solid base for transesterification of sunflower oil with methanol
Hui Sun, Hui Lou, and Xiaoming Zheng
Pd/C
,,
Pt/SBA15-PrSO3H :
,,,,
PVA —
,,, , ,
Ru-Re
,
Ru :
,
S2O82-/ZrO2-SiO2
SO42-/ZrO2
,,,
Synthesis of Supported Nanoparticles using Supercritcial CO2 and Application for Transformation of
Biomass-derived Monomers
Fei Qin, Kai Yan, Junwei Wang, Maoqing Kang, Yulei Zhu,Nils Theyssen and Walter Leitner
Transesterification of sunflower oil to biodiesel on ZrO2-La2O3 mixed oxide as a solid basic catalyst
Yuqi Ding, Hui Lou, and Xiaoming Zheng
Upgrading of high-boiling components of bio-oil in super-critical methanol
Wang Li, Chunyan Pan, Zhen Liu, Hui Lou
Institute of Catalysis, Department of Chemistry, Zhejiang University
ZrO2
,,,
-Al2O3
,,,,,,,
5-
,,
PC-095
, ,
PC-096
CaO, Ca(OH)2,Ca(NO3)2 CaCO3
, ,
PC-097 NiMo/Ti(Zr)-Al2O3

,, , ,
PC-098
PC-099
,,,,
PC-100
PC-101
PC-102
Cu-Cr
,,,
KF/HTlcs
,,
C-O C-C
,,,,,
PC-103
,,,,,
PC-104
,,,,,,,,,,
PC-105
,,,
PC-106
,,, , ,
PC-107
,,
PC-108
, ,,
PC-109
, ,
PC-110
Co/SiO2 1,2-
,,,
PC-111
, , ,
PC-112
,,,,,
PC-113
5-
,,,
PC-115
,,,,,
PC-116
,,,,,
PC-117
-
,,
PC-118
,,,
PC-119

,, , ,
PC-120
, , , ,
PC-121
,,,,,
PC-122
,,,
PC-123
, Esben Taarning, Bodil Voss, Finn Joensen Haldor Topsoe A/S
PC-124
, ,,
PC-125
ZnCl2
,,,
PC-126
,,
PC-127
,,
PC-128
,,
PC-129
,,,,,,
PC-130
PC-131
Cu/FeOX/SiO2
,
5-
,, ,
PC-132
,,,
PC-133
,,,
PC-134
,,,,,,,,
PC-135
PC-136
PC-137
PC-138
PC-139
, CuNi/Al2O3
Brnsted
,,,,
C4
, ,
CeO2 Ni2P
,,,
Ce Ni2P/SBA-15
,,,,,

PC-140
PC-141
PC-142
PC-143
PC-144
PC-145
PC-146
PC-147
PC-148
PC-149
PC-150
PC-151
PC-152
PC-153
Cr/MSU-1 CO2 50ml
, ,,
FCC Y
, ,,, ,
Fe Pt/KL n-C6
,,,,,,,
HPMoTiO2
,,,
Ni/ZnO S-XANES
,,,,,
Preparation and catalytic performance of CHC-20 hydrocracking catalyst
Ma shoutao, Guo shuzhi, Dai baoqin, Zhang wanyi, Li Ruifeng
Ru/SO42-/TiO2
,,,,,,,,,
Study and Applications of Nano Hydrorefining Catalyst for Pyrolysis Gasoline
Yuanlin Cheng, Kangjian Tang, Junhua Zhu, Siqin Li, Xiaohong Yuan,and Yi Tang
Ti
,,,
WO3/ZrO2 SO42-/ZrO2
,,,
XTL-6
, ,
ZSM-12
,,,,
ZSM-22
,,,,
ZSM-57
, ,
PC-154
, , ,,,
PC-155
SO2
,,,
PC-156
,,
PC-157
PC-158
D001-cc
, ,,,,
Ni/Al2O3
,,
PC-159
, , , ,
PC-160
,,,,,

PC-161
,,,,,,,,
PC-162
,,,
PC-163
,,,,,,
PC-164
PC-165
NiO
,,,,,,
L FCC
,,,,,,,
PC-166
, ,
PC-167
PC-168
HDS
,, ,,
ZSM-5
,,,,
PC-169
,,
PC-170
,,,,,
PC-171
, , ,
PC-172
,,,,,
PC-173
PC-174
ZSM-5
,,,,,
SAPO-31
,, ,,
PC-175
,*,,,,,,
PC-176
MoO3/SiO2
,,,
PC-177
,,,,,
PC-178
PC-179
PC-180
PC-181
CoMoHZSM-5
,,,,,
GaHZSM-5
,,,,
EU-1
,,,
PtSnNa/ZSM-5
,,,,,

PC-182
,,
PC-183
PC-184
ZSM-5
,,,,,,,
FCC
, , ,
PC-185 ,
,,,
PC-186
PC-187
ZSM-5
,,,,,
FCC
,,,,,,
PC-188
PC-189
PC-190
PC-191
PC-192
PC-193
PC-194
PC-195
PC-196
PC-197
PC-198
PC-199
PC-200
PC-201
1-butene metathesis and isomerization reaction over Mo/HMOR-Al2O3 catalyst: Factors influencing product
distribution and reaction induction period
Xiujie Li, Dazhou Zhang, Xiangxue Zhu, Shengjun Huang, Shenglin Liu, Longya Xu
AlF3 HZSM-5
,,,
AlPO-18 Si SAPO-18
,,,,,
Ce
,,,,
Cl
,,
Co2C CO
, , , ,
CO2
,,,
Co-M/ZSM-5 Fischer-Tropsch
,,,,,,,
CoZr/HZSM-5
,,,,,,
Cu CO2
, ,
Fe(CO)5
,,,,
Fe1-xO
,,,, ,
Fe2O3-Al2O3
,,
FT Co-Y
,,

PC-202
PC-203
PC-204
PC-205
PC-206
PC-207
PC-208
PC-209
PC-210
PC-211
PC-212
PC-213
PC-214
PC-215
PC-216
PC-217
PC-218
PC-219
PC-220
F-T TPR
,,,,
H2/CO Fe-Zn-Cu-K /SiO2
,,,,,
K2O Cu/MgO-La2O3
,,,,,
La1-xBaxFeO3 (x=0, 0.1, 0.2, 0.5)
,
MgO Ni-Mo/SBA-15 CH4-CO2
,,
Mg CO
,,,,,
Mn Fe/CNT CO
,,,,
Mo-Ga
,,,
Ni-MgO-Al2O3-CeO2 CH4-CO2
,,,
Ni-Mg-ZrO2
, , , ,
POM / Ni
, ,
Ru/CNT Ru
,,,,,
Si/Al
,,,
SiO2 Rh-Mn-Li/SiO2 CO
,,,,
TeMo5O16
,,,
ZrO2 CO2
,,,
ZrO2
,,
ZrO2
,,,
PC-221
,,,
PC-222
F-T
,,,,
PC-223 Cu-Mg-Ce

PC-224
PC-225
PC-226
PC-227
,
CoZr/MFI -
,,,,,,
Fe/SiO2
, ,,,,,
Ni CO2
,,
SiO2
,
PC-228
,,,,
PC-229
Ni/Al2O3 CO2
, , , ,
PC-230
,,,
PC-231
Co/Al2O3 POM
,,,,,
PC-232
,,
PC-233
ZSM-5 MTA/MTG
, ,
PC-234
,, , ,
PC-235
PC-236
F-T
,,,,,,
Brnsted
,,,
PC-237 -
,
PC-238
,,,,
PC-239
FeMnK
,,
PC-240
,,
PC-241
,,
PC-242
PC-243
LPG DME
, ,
Ni
,,
PC-244 -
,,,,, ,,,

PC-245
PC-246
Zn
,,,,,,
Fe/Cu
, , ,,,
PC-247
,,,,,,,,,
PC-248
DMM VOx/TiO2
,,,, ,
PC-249
,
PC-250
,,,,
PC-251
PC-252
PC-253
W-Mn/SiO2 1000ml
,,,,
PtSnK/Al2O3
,,,,
NiO
,,
PC-254
,,,,
PC-255
MoVTeNbO M1
, ,,
PC-256
,,,
PC-257
,,,,
PC-258
,
PC-259
PC-260
NiO
,,,,
Rh/SiO2
,,
PC-261
,,,,
PC-262
,,,,
PC-263
PC-264
PC-265
F-T
,,,,
H[Zn, Al]ZSM-5
,,,, ,
ZSM-5
, ,,, , ,
PC-266 ZSM-5

PC-267
PC-268
PC-269
PC-270
,,,, ,
Cu/SiO2
,,,,
KIT-6
,
Co/ZrO2 -
,,
CO2
,
PC-271
,,,
PC-272
PC-273
Pt-Sn/Al2O3
,,
Mo 1-
,,,,,,
PC-274 -
,,,,
PC-275
PC-276
V/TNT
,,,
CO2
,,
PC-277
,,,,
PC-278
, ,, ,
PC-279
PC-280
Cu-Fe
,,,
ZSM-5
,,
PC-281
,,,
PC-282
CeO2 CuO-ZnO-ZrO2/HZSM-5
,, ,,
PC-283
,,
PC-284
,, ,, , ,,
PC-285
PC-286
PC-287
Ni
,,
NH4NO3 Co/SiO2
,,,
Cu-Fe CO2
,,,,

PC-288
PC-289
Ni-CaO-ZrO2 CH4-CO2
,,,,,,,
NPRA
,,,
PD-001
PD-002
PD-003
PD-004
PD-005
PD-006
PD-007
PD-008
PD-009
PD-010
PD-011
PD-012
PD-013
PD-014
PD-015
PD-016
PD-017
PD-018
3--3--1-
,,,, ,
3- 1.3- CuO/SiO2 *
,,,
Ag-MCM-41
,,,,,
Al2O3 ,-
, ,,
AlCl3/SBA-15 MDI
,,,,
Al-MCM-41
,,,
Al-SBA-15 2- 2-
, , ,
Au/ TiO2- La2O3
,
Au/C
,,,,
Au/Fe2O3 CO2
, , , , ,
Au-Ag/TiO2
,
Au-Cu
,,,
CaO/ZrO2 1,4- 3--1-
,
CO2
,,,
CoAPO-5
, , , ,
CoOx/SiO2
,,,
Cu(II)NaX Prins
,
Fast, Two-Steps Syntheses and Characterization of Octa(aminopropylsilsesquioxane)
Yonggang Houa, Qiuyu Zhang, Jiuli Sun, Hepeng Zhang

PD-019
PD-020
PD-021
PD-022
PD-023
PD-024
PD-025
PD-026
PD-027
PD-028
PD-029
PD-030
PD-031
PD-032
PD-033
PD-034
PD-035
PD-036
PD-037
PD-038
PD-039
Heteropolyacid Salts as Self-Separation and Recyclable Catalysts for Transesterification of Trimethylolpropane
Kaixin Li, Li Chen, Zongcheng Yan, Honglin Wang, Weibin Lin
HY 1,1-
,,,,,,
Ir/AlO(OH)
,
Keggin
,,,
K Pd/Al2O3
,
MCM-41
,,,
4-(4'-)
, ,
Mn MCM-48
,,,,,
MWW
NHPI 8-(IV)
,,,,, ,,,
Ni/TiO2-SiO2
,,,
Oxidation of glucose over gold nanoparticles deposited on mesoporous carbon
Chun Yan Ma, Wei Xing, Zheng Ping Hao
Pd(II)
,
Pd/C
,,,,,,
Pd-CS/MCM-41 -
,,,
Pt/MCNT 3--2-
,,,,
PtPdNi/TiO2-V2O5-Al2O3
,,,,
Pt Au/TiO2
,,,,
PW/TiO2 PW/SiO2
, ,,, ,
SO3H-
, ,,,,,Urs Welz-Biermanna
VOx/AC
,, , ,
PD-040 ZnMo HZSM-5

PD-041
PD-042
PD-043
PD-044
PD-045
PD-046
PD-047
PD-048
PD-049
PD-050
PD-051
PD-052
PD-053
PD-054
PD-055
PD-056
PD-057
PD-059
PD-060
PD-061
,,,
ZrO2
,,,
- - PET
,,,,,
,CO2
,,,,,,,
,,
RuMB/ZrO2
,,,
,,,
SBA-15 Au
, ,
Fe SBA-15
,,,,,
,,
,,,,,
Pt
,,,
,
CuFe2O4 C-O, C-N
,,,
N-
,,,
N-
,
/
,,,
SBA-15
,,,
ZrO2
,,,
,,,,,,,
-6-
,,
PD-062 V-HMS

PD-063
PD-064
PD-065
PD-066
PD-067
PD-068
PD-069
PD-070
PD-071
PD-072
PD-073
PD-074
PD-075
PD-076
PD-077
PD-078
PD-079
PD-080
PD-081
PD-082
PD-083
,,,
, , ,
Ullmann
, ,,
Knoevenagel
,,,,,
,,
Cu(II) Click
,,
Co-B 1-
,
HZSM-5
,,,,,,
,
Pt/WO3/TiO2/SiO2
,,
, , , , ,
7.3.1.02,7.17,11
2,2-
,,
,,,,,
,,,
5-
,,,
3--3--1-
,,,,
,,,
, ,,,,
N-TS-1
,,
,,,
Pd-Fe
,

PD-084
PD-085
PD-086
PD-087
PD-088
PD-089
PD-090
PD-091
PD-092
PD-093
PD-094
PD-095
PD-096
PD-097
PD-098
PD-099
PD-100
PD-101
PD-102
PD-103
PD-104
Co
,,,
,,,
Fe-ZSM-5
,,,,,
,,,,
,,
,,,,
,, , ,
- 2'-
, ,,
PdCl2(phen)
, ,,
,,,
1076
, ,,,,
,*,,,,,,
,
,,,
SBA-1 4,4--3,3-
,,,
-
,
, /
II
,,
1,4-
,
,,,
Ni-P
,,,,
PD-105 Sn-Beta

PD-106
PD-107
PD-108
PD-109
PD-110
PD-111
PD-112
PD-113
PD-114
PD-115
PD-116
PD-117
PD-118
PD-119
PD-120
PD-121
PD-122
PD-123
PD-124
PD-125
PD-126
,,,,,
-O-
,,,
/CO
,,
,,
N-
,,,,,
, ,
5-
,,
Au/Ti
,,,
Ni
,,,,
,, ,
,,,
,,
-
, ,,,
Au/CeO2
,,,
,-
,,,
,,,,,,
,,,
-Pd Heck
,,,,
“++”
,,,,
- Cu-Zn-Si
,,,,,
4,4--3,3-
,,,

PD-127
PD-128
PD-129
PD-130
PD-131
PD-132
PD-133
PD-134
PD-135
PD-136
PD-137
PD-138
PD-139
PD-140
PD-141
PD-142
PD-143
PD-144
PD-145
PD-146
PD-147
,,,,,
-MWW
,,,,,,
TiO2/CNT DPC
,,,
RuFe
, ,,
,
HZSM-5
,,,,,
,,
Au
,,
, ,,
,,,,
2-
,,,
Pt/C
,,,
, , , ,
,,
1,3,5-
,,,
7--4-
,,,,
,,,,
SO42-/TiO2
,,
C5
, ,
, , ,
CoAl
,,
PD-148

PD-149
PD-150
PD-151
PD-152
PD-153
PD-154
PD-155
PD-156
PD-157
PD-158
PD-159
,
, , , ,
2'-
,,,,
,
-
,,,,
SBA-15 A
,, ,,
KF CF3I
,,,,
Ni Ni/ZSM-5 3- 1,3-
,,,,
,,,
PD-160
PD-161
PD-162
PD-163
PD-164
PD-165
PD-166
PD-167
Activation of Dioxygen by Cobaloxime for Efficient TEMPO-Mediated Aerobic Oxidation of Alcohols
Yuanyuan Jing, Yaofa Zhang, Jiemin Jiao, Yongjie Li, Huazhen Xue, Guanyu Yang
C-H ACTIVATION BY Cu(II)-COMPLEXES WITH 2-SUBSTITUTED-BENZIMIDAZOLE LIGAND
Qi-Ting He, Jun-Min Liu, Cheng-Yong Su
Co-ZSM-5(L)
,,,,,
Efficient Acetalization and Ketalization Catalyed by Cobaloxime under Solvent-Free Conditions
Ruiyan Sun, Yuanyuan Jing, Cancan Yan, Guangwen Niu, Yuanyuan Cui, Juan He, Weimin Zhu, Guanyu Yang
Microwave-assisted synthesis of isoindoline carboxylic ester derivatives
Hui Ma, Zhao Kang, Jian Lu ,
N-
,,,,
PNP/Cr()/MAO 1-
,,
Synthesis and Catalytic Epoxidation of Novel Dioxomolybdenum(VI) Complexes
Feng-Lan Chai, Hua-Long Su, Yu-Qi Zhao, Jing Li, Xiang-Yu Wang
PD-168 PMO Knoevenagel

PD-169
PD-170
PD-171
PD-172
PD-173
PD-174
PD-175
PD-176
PD-177
PD-178
PD-179
PD-180
PD-181
PD-182
PD-183
PD-184
PD-185
PD-186
PD-187
PD-188
PD-189
,,,
,,
Co3O4
,,,,
, ,,
CO2
,
NHC 3-
,,
Suzuki
,,
——-
,,
,,,,,
Ullmann
, ,
Heck
,
1,2,3-
, ,,,,
,,,,
Pd(II) Suzuki
,,,,
HTS
,,,,
,,,,,,,,
,,,
Cu/SBA-15 ,
, , ,
,
, ,,
Pd(II)
,,,
PEG-400/ Suzuki
, ,

PD-190
PD-191
PD-192
PD-193
PD-194
PD-195
PD-196
PD-197
PD-198
PD-199
PD-200
PD-201
PD-202
PD-203
PD-204
PD-205
PD-206
PD-207
PD-208
PD-209
PD-210
Salen Co()
,
H2 O2 H2O2
,,
,,,
1,4-
,
,, ,
CO2
,
PNP 1-
, ,
“” Michael
,,,,
Ru(III)Cl4[L]2[PF6]/
,
,,
,,
, , , ,
-
,,,
,,
,,,
PGA
,
VI
,,,,
Stille
,,,,
(R)--2--4- 3,4--2(1H)-
,
,,,,,
,,

PD-211
PD-212
PD-213
PD-214
PD-215
PD-216
PD-217
PD-218
PD-219
PD-220
PD-221
PD-222
PD-223
PD-224
PD-225
PD-226
PD-227
PD-228
PD-229
PD-230
PD-231
1-
, ,,
An Easy and Effective Approach towards Heterogeneous SiO2-Cinchonidine/Pt Catalyst System for Orito Reaction
Muhammad Usman Azmat, Yun Guo (), Yanqin Wang, Guanzhong Lu ()
Preliminary Examination on Chiral Spiroborate Ester- Catalyzed Addition of Ketone to Nitroolefins
Hu Xiaoyun,Shan Zixing
Stereoselectivity of Borane Reduction of Prochiral Oxime Ethers Catalyzed by Chiral Spiroborate Ester
Chu Yunbo,Shan Zixing
2-
,
,,,
PEG
,,,,
, , ,,,
,,,,,
,,,
,,,
Schiff oxovanadium (IV)
,,,,,,
, , ,
,,
Nitroaldol
,,
salen
,
-
, ,
Pt/CMK-8 ??
,,
, ,
,,,,,
,,

PD-232
PD-233
PD-234
PD-235
Salen Mn(III)
,,,,
, ,
,,,,
C-X
PE-001
PE-002
PE-003
PE-004
PE-005
PE-006
PE-007
PE-008
PE-009
PE-010
PE-011
PE-012
PE-013
PE-014
PE-015
PE-016
BaSb2O6
,,,,,,
Degradation of Propylene Glycol Wastewater by Fenton's Reagent in A Semi-batch Reactor
Hao-Yi Wang, Yu-Na Hu, Gui-Ping Cao*
EU/ZnO
,
Fe/Al2O3
,,,,,
Fenton-like Fe2(MoO4)3
,
MCM-41
,,
Me(=Fe, W, Ce)-V/TiO2
, ,
One-pot synthesis of extended layered wurtzite ZnS nanorods/nanowires and their photocatalytic activities
,,
PVP-Pd -
,,
Ru/AC
,,,
TiO2
,,
TiO2
,
TiO2
TiO2/SiO2@Fe3O4
,,
,
,,,,

PE-017
PE-018
PE-019
PE-020
PE-021
PE-022
PE-023
PE-024
PE-025
PE-026
PE-027
PE-028
PE-029
,,,,,
,
La2FeMnO6
,,,,
, , ,
,,
, , ,
(BiOCl, Bi5O7I)
,,,
,
,
CuO/AC
- B
,,,
*,,,
,,,,
PE-030
PE-031
PE-032
PE-033
PE-034
PE-035
PE-036
100 ZnWO4
,
Ag/AgCl/ZnO
,,,,,,
Ag/TiO2
, ,,
BiVO4
,
CdS Cd0.35Zn0.65S Ni,Co,Cu
,,,,,
Comparison study on noncompensated and compensated codoped TiO2 photocatalyst from first-principles
calculation
Ying Wu, Xinguo Ma,Hanzhe Liao, Zerui Shi, Ying Wang, Ling Miao, Jianjun Jian
Cu/CeO2-TiO2/SiO2 CO2 CH4
,,

PE-037
PE-038
PE-039
PE-040
PE-041
PE-042
PE-043
PE-044
PE-045
PE-046
PE-047
PE-048
PE-049
PE-050
PE-051
PE-052
PE-053
PE-054
PE-055
PE-056
PE-057
MgFe2O4 4-
,,,,
pH MnWO4
,,,
p-MgFe2O4/n-TiO2
,,,
TiO2/FeTiO2
, ,
TiO2
,,,,
TiO2-
,,,
V2O5/CeF3
,,,
ZnFe2O4/TiO2
,,,,,
ZnS-CdS/SiO2
,,
TiO2
,,,,
TiO2
, ,,
TiO2
,,
ZnO
,
,,,,
,,,
,,
,,,,
TiO2
,,,,,
La1-xSrxMnO3
,,,
TiO2 2,3-
,,,,
PE-058 MCM-41

PE-059
PE-060
PE-061
PE-062
PE-063
PE-064
PE-065
PE-066
PE-067
PE-068
PE-069
PE-070
PE-071
PE-072
PE-073
PE-074
PE-075
PE-076
PE-077
PE-078
PE-079
,,,
Cu/S-TiO2
,,
AIn2S4
,
n-n TiO2/VTiO2
,,
AgBr
,,,,,,
4--1-
, ,
CdS-TiO2/MWCNTs
, , ,
Gd TiO2
, ,, ,
N-F TiO2 -
,,,,
,
WO3
,
N FeTiO3-TiO2
, ,
TiO2
,
Ag/AgCl
,,,,,,
,,,
,,,
,,,,
,,
ZnO
,,,
BiVO4
,,,,
(CoOOH)
,,,

PE-080
PE-081
PE-082
PE-083
PE-084
PE-085
TiO2
,,,,
TiO2/YAG:Ce3+
,,
, ,
NaNbO3/ZnO
, , , , ,
TiO2
,,,
TiO2
,,,
PE-086
PE-087
PE-088
PE-089
PE-090
PE-091
PE-092
PE-093
PE-094
PE-095
PE-096
PE-097
PE-098
PE-099
PE-100
Ag-Co3O4 NOx
,,,,,
Al-Mn/SBA-15
,,
Au/LaFeO3 CO
,,
Au-Cu/Co3O4
,,
Au-Cu/Co3O4
,,
CeO2-FeOx mixed oxides: Structural Characteristics and Dynamic Storage Release Capacity
Jianqiang Wang, Meiqing Shen, Jun Wang , Wulin Wang, Jie Ma
CeO2-WO3/TiO2 NH3-SCR
,,,
CeO2 Co3O4 CO
,,,
Ce-Zr- Cu
,,,,,
Ce V2O5-WO3/TiO2 *
,,,,
Co-CrMnOx SCR
,,,,,
CoMOR
,,,,,
Cu/
,,,
Cu0.1Ce0.9-xZnxO2 CO
,,
Cu-Ti-PILC TiO2
,,,,

PE-101
PE-102
PE-103
PE-104
PE-105
PE-106
PE-107
PE-108
PE-109
PE-110
PE-111
PE-112
PE-114
PE-113
PE-115
PE-116
PE-117
PE-118
PE-119
PE-120
PE-121
Cu
FCC
, ,
Fe(CO)5
,,,,
H2O SO2 Fe-Mo/ZSM-5 NOx
,,,
H2S CO
,,,,,,
K Au/Al2O3
,,,
LaMnO3
,,,,,
LaVO4/TiO2
,,,,,,
Mg-Al NOx -
,,
Mn/AC
, ,,
Mn/Ce0.5+xZr0.4-xLa0.1O1.95-Al2O3
, , , , ,
Mn/ZSM-5 NH3 NO
,,,
Mn-Zr-Ce-O
,,,,,
MnOx-SnO2-CeO2 NH3 NOx
,,
OMS-2
,
Pd-Co3/Al1-xMnxOs
,,,
Pd CFCs HFCs
,,,,
Pt/SiO2-Al2O3
,,,,,,
Synthesis, Characterization and Catalytic Performance of Calcined NiAlCu Hydrotalcite-like Catalysts for SO2
Removal
Ling Zhao ,Xinyong Li, Qidong Zhao , Zhenping Qu , Xijun Hu
V2O5 (SCR)
, ,,
FeZSM-5 N2O
,,,,,

PE-122
PE-123
PE-124
PE-125
PE-126
PE-127
PE-128
PE-129
PE-130
PE-131
PE-132
PE-133
PE-134
PE-135
PE-136
PE-137
PE-138
PE-139
PE-140
PE-141
PE-142
Ce-Zr-La Pd
,,,
, Pär Gabrielsson
-
,,,,,
Ni2P
,,
CO
,,,,,
Ce-Zr/Ce-La Pd
,,
Pd/Al2O3-TiO2
,,,
WO3 MnOxTiO2 NH3 Nox
,
Cs2SO4.V2O5
,,,,
Pt/ZSM-5 C3H6 NO
,,,
,,,, ,
,,
,,,
,,,
NO
,, , ,,
,,,,,,,
,
SBA-15
,
Pd
,,
PE-143 COS

PE-144
PE-145
PE-146
PE-147
PE-148
PE-149
PE-150
PE-151
PE-152
PE-153
PE-154
PE-155
PE-156
PE-157
PE-158
PE-159
PE-160
PE-161
PE-162
PE-163
PE-164
,,,,,,
Cu-Ag/SBA-15
,,,, ,
,
LaNiO3
,
Pd-Rh/Zr-Al
,,,,,
Cu/CexZr1-xO2
, ,,,
OMS-2 CO
,,,,,
CuO/Al2O3
,,
Cu-SAPO-34 NO-SCR
, ,,,
,Symonenko A. , ,
MgAl
,,,
Fenton
,,,,,
-
,,,,
,,,
V2O5-WO3/TiO2
,,
Pd-MnOx /Pd-Al2O3
,, , , , ,
CuO-CeO2
,,,,,
,,,,, *
,,
- MnCo2O4
, , ,
, , , ,

PE-165
PE-166
PE-167
PE-168
PE-169
PE-170
PE-171
PE-172
PE-173
PE-174
PE-175
PE-176
PE-177
PE-178
PE-179
PE-180
PE-181
PE-182
PE-183
PE-184
PE-185
NO, CO
,,,,,
,,, , ,,
SOF
,,,,,,
TiO2
,,,,,
Cu-Mn
,
SiO2
,,,,,
CO
,
,,
Pr SnO2 CO
, ,
DeNOx
,,,,,
NO
,,
CO
,,
Cu2Mn CeZr0.83/Al-Ti
,, ,,,
,,,,,Peter G. Brucea
, , ,
Pd
,,
Pt/CeO2 CO
,,,,,
Pd-Fe CO
,,,
- SCR
,,,,
Pt/TiO2 C3H6 NO
,,,
PE-186 NOx

PE-187
PE-188
PE-189
,,,
,,,
Au/-Fe2O3 CO
,,,
SiO2 Ag
, , ,,,
PE-190
PE-191
PE-192
PE-193
PE-194
PE-195
PE-196
PE-197
PE-198
PE-199
PE-200
PE-201
PE-202
PE-203
PE-204
PE-205
PE-206
Au/D201 *
, ,,
CO2 Capture over K2CO3/MgO/Al2O3 Sorbent in a Fluidized Bed
Lei Li, Yong Lia, Xia Wen, Feng Wang, Ning Zhao, Fukui Xiao, Wei Wei, Yuhan Sun
Fe3+/CaF2
,,,,
Mn Ni/-Al2O3 CO2
,,,,
NOx
,
NO SCR
,,,
,,,,,
N2O
,,,
MOF CO2
,,,
CO2
,,
CuO-Al2O3
, ,,,
CuO-CeO2 CO
, ,,,
CO2
,,,
Au/TiNT
,
,,,
- CO2
,, ,,,,,
,,,,,,,,,

PE-207
PE-208
LaCoO3
, ,
Ni-CeO2
,
PF-001
PF-002
PF-003
PF-004
PF-005
PF-006
PF-007
PF-008
PF-009
PF-010
PF-011
PF-012
PF-013
PF-014
PF-015
PF-016
PF-017
HZSM-5
,,,,,,
P/HZSM-5
,,
Pd/C 2, 3, 5-
,,,,
Rh/Fe CO2
,,
WO3/ZrO2-SiO2
,,,,,
, , , ,,
,,,,,,,,
ZSM-5
,,,,,
Mo-Co/Al2O3
,,
,,
,, , , ,
PET
,,,
,,
-
,,,,
,, ()
ZSM-5
,,,,
,,,,

PF-018
PF-019
PF-020
PF-021
PF-022
PF-023
PF-024
PF-025
PF-026
PF-027
PF-028
1,4
,,
,,,,
,
,,,,
-
,
,,,,,,,
,,,,,
,,,,,,
,
,,,
,,,
PF-029
PF-030
PF-031
PF-032
C9
,,,
Fe3+/CaF2
,,,
HZSM-5 HZSM-11
,,
ZSM-5
,,
PF-033
,
PF-034
PF-035
PF-036
PF-037
F-T
,,,,,
HZSM-5
, ,,
ZSM-5 MOR
,
PtSnNa/AlSBA-15
,,,,
PF-038
,

PF-039
PF-040
PF-041
PF-042
PF-043
PF-044
PF-045
PF-046
PF-047
PF-048
PF-049
2- 2,6-
,,,,
Al2O3,SiO2 Ni-W,Ni-Mo
,,
Cr/Al
,, (
FCC
,,,,
FCC
,,
Mg PtNa/Sn-ZSM-5
,,,
Na+ Silicalite-1 Beckmann
,,,,
SiO2 ZSM-5
,,,,,,
TS-1 “”
,,,
ZSM-23
,,,,
Ir/AlTi N2O
, ,,,
PF-050
,,,
PF-051
,,,,
PF-052
,,
PF-053
,,,,
PF-054
,,,,
PF-055
,,,,,
PF-056
,,,,
PF-057
-
,,,,
PF-058
,,,,,,
PF-059
,,,

PF-060
,,
PF-061
PF-062
CoMo/-Al2O3
,,,,,
Y
,,
PF-063
,,
PF-064
,,
PF-065
,,,
PF-066
C9+
,,,,
PF-067
,,,,,
PF-068
SBA-15
,,
PF-069
,,,,,,
PF-070
,,,,,
PF-071
DHP
,,
PF-072 -1
,,,,
PF-073 -
,
PF-074
SrZnO2 PET
PF-075
,,,,
PF-076
,,,,,
PF-077
,,,
PF-078
ZSM-5
,,
PF-079
,,,,
PF-080
,,,,,,,