Q4366: RO2_mol
Vocabulary ID
http://matvoc.nims.go.jp/entity/Q4366
| Language | Label | Description | Alias |
|---|---|---|---|
| English | RO2_mol | Of the oxygen diffusion resistance estimated by the limiting current method, this is the resistance component that corresponds to the pressure-dependent molecular diffusion resistance. | RO2_PD, R_mol |
| Japanese | RO2_mol | 限界電流法によって見積もられた酸素拡散抵抗のうち圧力に依存する分子拡散抵抗にあたる抵抗成分。 | - |
| Language | English |
|---|---|
| Label | RO2_mol |
| Description | Of the oxygen diffusion resistance estimated by the limiting current method, this is the resistance component that corresponds to the pressure-dependent molecular diffusion resistance. |
| Alias | RO2_PD, R_mol |
| Language | Japanese |
|---|---|
| Label | RO2_mol |
| Description | 限界電流法によって見積もられた酸素拡散抵抗のうち圧力に依存する分子拡散抵抗にあたる抵抗成分。 |
| Alias |
Semantic Relatives
Parents
Q4010: Cell characteristics
Siblings:- Q4349: Cell voltage
- Q4350: Theoretical electromotive voltage
- Q4351: Open Circuit Voltage (OCV)
- Q4352: IR-free voltage
- Q4353: Activation overvoltage
- Q4354: Resistive overvoltage
- Q4355: Diffusion overvoltage
- Q4356: Tafel slope
- Q4357: MA
- Q4358: SA
- Q4359: Current at 0.9V
- Q4360: RF
- Q4361: High-frequency resistance (HFR)
- Q4362: Proton resistance in catalyst layer
- Q4363: Diffusion-limited current
- Q4364: Oxygen diffusion resistance (RO2)
- Q4365: RO2_other
- Q4367: RO2_local
- Q4368: ECSA
- Q4369: Electrical double-layer capacitance
- Q4370: Short-circuit resistance
- Q4371: Crossover current
- Q4372: Pressure drop
- Q4373: Adsorption charge
- Q4374: Desorption charge