| A
|
|
| analysis |
Fukagai, Nobuyoshi |
| anisotropic superconductivity |
Kawasaki, Yu |
| asymptotic analysis |
Ohyama, Yousuke |
| B |
| C
|
|
| Cathode and anode materials for Li ion rechargeable batteries |
Nakamura, Koichi |
| conductor |
|
| ≫ ionic conductor |
|
| ≫ superionic conductor |
Nakamura, Koichi |
| D
|
|
| differential equation |
Fukagai, Nobuyoshi |
| diffusion |
|
| ≫ ionic diffusion |
Nakamura, Koichi |
| Discrete equations |
Ohyama, Yousuke |
| E
|
|
| Electrical conductivity measurement |
Nakamura, Koichi |
| FG |
| H
|
|
| heavy-fermion compound |
Kawasaki, Yu |
| I
|
|
| ion |
|
| ≫ ionic conductor |
|
| ≫ superionic conductor |
Nakamura, Koichi |
| ≫ ionic diffusion |
Nakamura, Koichi |
| ionic conductor |
|
| ≫ superionic conductor |
Nakamura, Koichi |
| ionic diffusion |
Nakamura, Koichi |
| Iwasawa theory for algebraic number fields |
Sumida-Takahashi, Hiroki |
| JK |
| L
|
|
| Li transition metal oxide |
Nakamura, Koichi |
| Li+ ion conductor |
Nakamura, Koichi |
| Li+ ion diffusion |
Nakamura, Koichi |
| M
|
|
| Mechanical milling |
Nakamura, Koichi |
| N
|
|
| Na+ ion conductor |
Nakamura, Koichi |
| Na+ ion diffusion |
Nakamura, Koichi |
| non-Fermi liquid |
Kawasaki, Yu |
| nonlinear |
Fukagai, Nobuyoshi |
| nuclear magnetic resonance |
Kawasaki, Yu / Nakamura, Koichi |
| numerical analysis of algebraic fields |
Sumida-Takahashi, Hiroki |
| O |
| P
|
|
| The Painleve equations |
Ohyama, Yousuke |
| QR |
| S
|
|
| simulation |
Takeuchi, Toshiki |
| superionic conductor |
Nakamura, Koichi |
| T |
| U
|
|
| Ultrasonic method |
Nakamura, Koichi |
| VWXYZ |