Vs Cu/CuSO₄ to vs SHE
Type a value in V vs CSE to get it in V vs SHE instantly.
0.116V vs SHE
That is +0.116 V vs SHE, −0.125 V vs SCE and −0.081 V vs Ag/AgCl.
What it means
Where is that on the potential scale?
At 25 °C. Reference potentials shift with temperature and filling solution (Ag/AgCl in 3 M KCl is 0.210 V, saturated 0.197 V); junction potentials add a few mV.
The math
How to convert V vs CSE to V vs SHE
E(SHE) = E(ref) + E°(ref): SCE +0.241 V, Ag/AgCl +0.197 V, Hg/HgO +0.098 V. E(RHE) = E(SHE) + 0.05916 × pH.
Example: -0.2 V vs CSE = 0.116 V vs SHE.
RHE values on this page are for pH 14 (1 M KOH). Other references do not depend on pH.
Every unit
That potential against every reference
Tables
V vs CSE to V vs SHE conversion table
| V vs CSE | V vs SHE |
|---|---|
| -1 V vs CSE | -0.684 V vs SHE |
| -0.8 V vs CSE | -0.484 V vs SHE |
| -0.6 V vs CSE | -0.284 V vs SHE |
| -0.4 V vs CSE | -0.084 V vs SHE |
| -0.2 V vs CSE | 0.116 V vs SHE |
| 0 V vs CSE | 0.316 V vs SHE |
| 0.2 V vs CSE | 0.516 V vs SHE |
| 0.4 V vs CSE | 0.716 V vs SHE |
| 0.6 V vs CSE | 0.916 V vs SHE |
| 0.8 V vs CSE | 1.116 V vs SHE |
| 1 V vs CSE | 1.316 V vs SHE |
| 1.2 V vs CSE | 1.516 V vs SHE |
V vs SHE to V vs CSE conversion table
| V vs SHE | V vs CSE |
|---|---|
| -1 V vs SHE | -1.316 V vs CSE |
| -0.8 V vs SHE | -1.116 V vs CSE |
| -0.6 V vs SHE | -0.916 V vs CSE |
| -0.4 V vs SHE | -0.716 V vs CSE |
| -0.2 V vs SHE | -0.516 V vs CSE |
| 0 V vs SHE | -0.316 V vs CSE |
| 0.2 V vs SHE | -0.116 V vs CSE |
| 0.4 V vs SHE | 0.084 V vs CSE |
| 0.6 V vs SHE | 0.284 V vs CSE |
| 0.8 V vs SHE | 0.484 V vs CSE |
| 1 V vs SHE | 0.684 V vs CSE |
| 1.2 V vs SHE | 0.884 V vs CSE |
Quick answers
Quick answers
- How many V vs SHE is 1 V vs CSE?
- 1 V vs CSE is 1.316 V vs SHE.
- How many V vs SHE is 10 V vs CSE?
- 10 V vs CSE is 10.316 V vs SHE.
- How many V vs SHE is -0.2 V vs CSE?
- -0.2 V vs CSE is 0.116 V vs SHE.
The units
About these units
Vs Cu/CuSO₄ (V vs CSE)
Against copper/copper sulfate, used in corrosion surveys: +0.316 V vs SHE.
Vs SHE (V vs SHE)
Against the standard hydrogen electrode (also NHE).
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