PUBLISHED DATA |
| No |
Caption |
Data |
| 1: |
Free energy of formation of NpBi2
|
|
| 2: |
Free energy of formation of NpCd11
|
|
| 3: |
Free energy of formation of NpCd6
|
|
| 4: |
Redox potential of Np3+/Np
|
|
| 5: |
Redox potential of Np3+/Np
|
|
Data presented in Table: Cathodic and anodic peak potentials, Ecp and Eap , and cathodic half-peak potential in the cyclic voltammograms for the redox
reaction of the Np3+/Np couple at liquid Cd elect
|
|
| 6: |
Redox potential of Np3+/Np-Bi
|
|
E°r [Np3+/Np-Bi] = -1.092 V
(T = 723 K)
|
|
E°r [Np3+/Np-Bi] = -1.066 V
(T = 773 K)
|
|
E°r [Np3+/Np-Bi] = -1.037 V
(T = 823 K)
|
|
| 7: |
Redox potential of Np3+/Np-Cd
|
|
E°r [Np3+/Np-Cd] = -1.361 V
(T = 723 K)
|
|
E°r [Np3+/Np-Cd] = -1.345 V
(T = 773 K)
|
|
E°r [Np3+/Np-Cd] = -1.321 V
(T = 823 K)
|
|
| |
|
|
