Atomic units of pressure to Kilobars Converter

1 atomic unit of pressure (Eh/a₀³) equals 294,210.15697 kilobars (kbar).

Quick answer

  • 1 atomic unit of pressure = 294,210.157 kilobars
  • 1 kilobar = 0.000003398931 atomic units of pressure
  • Formula: kbar = Eh/a₀³ × 294,210.15697

1 atomic unit of pressure = 294,210.157 kilobars

How to convert atomic units of pressure to kilobars

kbar = Eh/a₀³ × 294,210.15697

To convert atomic units of pressure to kilobars, multiply the number of atomic units of pressure by 294,210.15697.

Example: 1 Eh/a₀³ to kbar

  1. Start with the value in atomic units of pressure: 1 Eh/a₀³.
  2. Multiply by 294,210.15697: 1 × 294,210.15697 = 294,210.157.
  3. Result: 1 atomic unit of pressure = 294,210.157 kilobars.

Going the other way, 1 kilobar = 0.000003398931 atomic units of pressure, so to convert kilobars back to atomic units of pressure you divide by the same number. See kilobars to atomic units of pressure.

Atomic units of pressure to kilobars conversion table

Atomic units of pressure (Eh/a₀³)Kilobars (kbar)
1 Eh/a₀³ 294,210.157 kbar
2 Eh/a₀³ 588,420.3139 kbar
3 Eh/a₀³ 882,630.4709 kbar
4 Eh/a₀³ 1,176,840.628 kbar
5 Eh/a₀³ 1,471,050.785 kbar
6 Eh/a₀³ 1,765,260.942 kbar
7 Eh/a₀³ 2,059,471.099 kbar
8 Eh/a₀³ 2,353,681.256 kbar
9 Eh/a₀³ 2,647,891.413 kbar
10 Eh/a₀³ 2,942,101.57 kbar
100 Eh/a₀³ 29,421,015.7 kbar

What is an atomic unit of pressure?

The atomic unit of pressure, about 29.4 terapascals, arises in quantum chemistry.

More about atomic units of pressure →

What is a kilobar?

The kilobar is used in geology for pressures deep in the Earth's crust: every kilometer of rock adds about 0.27 kbar.

More about kilobars →

Frequently asked questions

How many kilobars are in an atomic unit of pressure?

One atomic unit of pressure is 294,210.157 kilobars.

How many atomic units of pressure are in a kilobar?

One kilobar is 0.000003398931 atomic units of pressure.

What is the formula to convert atomic units of pressure to kilobars?

kbar = Eh/a₀³ × 294,210.15697.