Q4355: Diffusion overvoltage
Vocabulary ID
http://matvoc.nims.go.jp/entity/Q4355
Language | Label | Description | Alias |
---|---|---|---|
English | Diffusion overvoltage | Polarization caused by the effect of the rate of replenishment of reactants near the electrode or the rate of dissipation of reaction products. | Diffusion polarization |
Japanese | 拡散過電圧 | 反応物質を電極近傍へ補給する速度又は反応生成物の散逸速度の影響によって生じる分極。 | 濃度分極, 濃度過電圧 |
Language | English |
---|---|
Label | Diffusion overvoltage |
Description | Polarization caused by the effect of the rate of replenishment of reactants near the electrode or the rate of dissipation of reaction products. |
Alias | Diffusion polarization |
Language | Japanese |
---|---|
Label | 拡散過電圧 |
Description | 反応物質を電極近傍へ補給する速度又は反応生成物の散逸速度の影響によって生じる分極。 |
Alias | 濃度分極, 濃度過電圧 |
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
- 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
- Q4369: Electrical double-layer capacitance
- Q4370: Short-circuit resistance
- Q4371: Crossover current
- Q4372: Pressure drop
- Q4373: Adsorption charge
- Q4374: Desorption charge