Microcoulombs per square centimeter to elementary charges per square nanometer
Type a value in µC/cm² to get it in e/nm² instantly.
0.6242e/nm²
That's 143× as charged as a nerve cell membrane at rest, while a battery electrode surface is 2× more charged. That is one elementary charge for every 1.602 nm².
What it means
How charged is that surface?
Figures are typical. A rubbed balloon varies with humidity; electrode values depend on the material and the voltage.
The math
How to convert µC/cm² to e/nm²
To convert microcoulombs per square centimeter to elementary charges per square nanometer, multiply by 0.0624151.
Example: 10 µC/cm² × 0.0624151 = 0.624151 e/nm².
In the other direction, 1 e/nm² = 16.0218 µC/cm².
Every unit
Your surface charge in every unit
Tables
µC/cm² to e/nm² conversion table
| µC/cm² | e/nm² |
|---|---|
| 0.0001 µC/cm² | 6.242×10⁻⁶ e/nm² |
| 0.001 µC/cm² | 6.242×10⁻⁵ e/nm² |
| 0.01 µC/cm² | 0.000624151 e/nm² |
| 0.1 µC/cm² | 0.00624151 e/nm² |
| 1 µC/cm² | 0.0624151 e/nm² |
| 5 µC/cm² | 0.312075 e/nm² |
| 10 µC/cm² | 0.624151 e/nm² |
| 20 µC/cm² | 1.2483 e/nm² |
| 30 µC/cm² | 1.87245 e/nm² |
| 50 µC/cm² | 3.12075 e/nm² |
| 100 µC/cm² | 6.24151 e/nm² |
e/nm² to µC/cm² conversion table
| e/nm² | µC/cm² |
|---|---|
| 0.0001 e/nm² | 0.00160218 µC/cm² |
| 0.001 e/nm² | 0.0160218 µC/cm² |
| 0.01 e/nm² | 0.160218 µC/cm² |
| 0.1 e/nm² | 1.60218 µC/cm² |
| 1 e/nm² | 16.0218 µC/cm² |
| 5 e/nm² | 80.1088 µC/cm² |
| 10 e/nm² | 160.218 µC/cm² |
| 20 e/nm² | 320.435 µC/cm² |
| 30 e/nm² | 480.653 µC/cm² |
| 50 e/nm² | 801.088 µC/cm² |
| 100 e/nm² | 1,602.18 µC/cm² |
Quick answers
Quick answers
- How many e/nm² is 1 µC/cm²?
- 1 µC/cm² is 0.0624151 e/nm².
- How many e/nm² is 10 µC/cm²?
- 10 µC/cm² is 0.624151 e/nm².
The units
About these units
Microcoulombs per square centimeter (µC/cm²)
The electrochemistry and ferroelectrics unit.
Elementary charges per square nanometer (e/nm²)
Counting individual charges on a molecular surface.
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