2016
8
3
14:00
13:30
413-0302
8
5
11:30
1240-14
TEL: 0557-23-2300, URL : http://www.atagawa.info/
■
■
1
8
3
13:55 ~
14:00−15:00
7
10
15:10−16:10
3
3
R&D
10
16:20−17:20
Sn-Mont
19:00 ~
i
20:00 ~
2
8
4
7:00 ~
9:00−10:00
7
10
(
10
4
10:10−10:25
O−1
In-situ DXAFS
10:25−10:40
O−2
WO3/BiVO4
O−3
)
Sr3Fe2O7-δ
Pd
2
H 2O 2
7
10:40−10:55
1
ALi1/3Ti2/3O2 (A = Ag, Cu)
7
7
10:55−11:10
O−4
7
ii
Ba
7
Ni
11:10−11:25
O−5
7
3
Co/La0.7Sr0.3AlO2.85
11:25−11:40
O−6
7
3
7
10
11:50−12:05
O−7
12:05−12:20
O−8
SrTiO3
MEA
XAFS
PdCo/Al2O3
12:20−12:35
O−9
12:35−12:50
O−10
NiFe2O4
7
7
7
SrTiO3-δ
12:50−13:05
O−11
13:05−13:20
O−12
Ru
7
7
iii
5-
19:00 ~
20:00 ~
3
8
5
7:00 ~
9:00−10:00
CO2/
10
10:10−11:10
X
11:10 ~11:20
iv
1
8
3
P1−1
P1−2
Enhancement of selectivity toward CO evolution by durable cocatalysts
modification for the photocatalytic conversion of CO2
(Kyoto University, Tanaka Lab.) Rui PANG
P1−3
P1−4
CO2
P1−5
Pd-Zr
P1−6
Co2
P1−7
CuGaS2
Pd
MCM-41
Ni
Co
RGO-(CoOx/BiVO4)
Z
CO2
P1−8
P1−9
ZnGa2S4
Ir
P1−10
P1−11
P1−12
P1−13
Pt/C
P1−14
P1−15
Pd
Ce2(WO4)3/CeO2
v
NOx
P1−16
Mn
P1−17
P1−18
P1−19
P1−20
SrNbO2N
P1−21
P1−22
P1−23
LaMg1/3Nb2/3O2N
[Nb10O28]6–
P1−24
P1−25
LaTiO2N
La,Rh
SrTiO3
P1−26
P1−27
Ru
NiO/Al2O3
P1−28
P1−29
Rh
-3
1,4-
P1−30
P1−31
Cu
PROX
vi
P1−32
•
P1−33
/
2
CO2
P1−34
/
P1−35
CO2
CO
–
P1−36
P1−37
Rh
P1−38
Ru
2
P2−1
Ba
P2−2
Ga3+
8
4
TiO2
Rh3+
NOx
Ga2O3
H 2O
P2−3
P2−4
P2−5
Co
P2−6
P2−7
Ru/SrTiO3:Rh
BiVO4:Mo
Z
vii
CO2
P2−8
Ir, Rh
P2−9
P2−10
Aurivillius
Bi3TiNbO9
Ba2InGaO5
CANCEL
P2−11
P2−12
Pt/Al2O3
P2−13
P2−14
P2−15
P2−16
P2−17
P2−18
α-Fe2O3
2-PrOH
P2−19
P2−20
P2−21
P2−22
BaTaO2N
P2−23
Ru
viii
Mn
P2−24
Ru-Ir
P2−25
θ-
P2−26
Cu-Fe
P2−27
P2−28
Pd
-3
P2−29
P2−30
Pd
P2−31
P2−32
P2−33
P2−34
SrTiO3
Fe(III)-Cr(III)
(II)
(IV)
Bi
P2−35
P2−36
BaRuO3
P2−37
ix

(1) 表面ナノ構造を制御した半導体光触媒による水の可視光完全分解