| Sample |
Parameter |
SBET [m2/g] |
| FA-PG |
0.38-0.83mm |
37.20 |
| Mn8/FA-PGa |
Impregnation |
68.70 |
| Mn8(P)/FA-PGb |
Precipitation |
72.10 |
| Mn8/FA-PG |
Mn(NO3)2 |
68.70 |
| MA-Mn8/FA-PGc |
Mn(CH3COO)2 |
44.04 |
| Mn8/FA-PG/300°Cd |
300°C |
56.28 |
| Mn8/FA-PG/400°Ce |
400°C |
49.05 |
| Mn8/FA-PG/500°Cf |
500°C |
29.22 |
| Mn8/FA-PG |
4.00-8.00 mm |
63.32 |
| Mn8/FA-PG |
2.00-4.00 mm |
65.66 |
| Mn8/FA-PG |
0.38-0.83 mm |
68.70 |
| Mn8/FA-PG |
0.25-0.38 mm |
64.53 |
|
| SBET: Specific surface area |
| Table 2: BET surface area of catalysts. (a) Mn8/FA-PG was prepared by
impregnation method with Mn(NO3) as precursor. (b) Mn8(P)/FA-PG was prepared
via the heterogeneous precipitation method with Mn(NO3)2 as precursor. (c) MA-Mnx/
FA-PG prepared using Mn(CH3COO)2 as precursor. (d) Mn8/FA-PG/300°C
calcined at 300°C. (e) Mn8/FA-PG/400°C calcined at 400°C. (f) Mn8/FA-PG/
500°C calcined at 500°C. |
