Q4369: Electrical double-layer capacitance
Vocabulary ID
http://matvoc.nims.go.jp/entity/Q4369
| Language | Label | Description | Alias |
|---|---|---|---|
| English | Electrical double-layer capacitance | Capacitance arising from the formation of an electric double layer at the electrode-electrolyte interface. | - |
| Japanese | 電気二重層容量 | 電極-電解質界面での電気二重層の形成によって生じる容量。 | - |
| Language | English |
|---|---|
| Label | Electrical double-layer capacitance |
| Description | Capacitance arising from the formation of an electric double layer at the electrode-electrolyte interface. |
| Alias |
| Language | Japanese |
|---|---|
| Label | 電気二重層容量 |
| Description | 電極-電解質界面での電気二重層の形成によって生じる容量。 |
| 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
- Q4366: RO2_mol
- Q4367: RO2_local
- Q4368: ECSA
- Q4370: Short-circuit resistance
- Q4371: Crossover current
- Q4372: Pressure drop
- Q4373: Adsorption charge
- Q4374: Desorption charge