Bonnor–Ebert mass
largest mass that an isothermal gas sphere embedded in a pressurized medium can have while still remaining in hydrostatic equilibrium
Press Enter · cited answer in seconds
0 sources
Bonnor–Ebert mass
Summary
Bonnor–Ebert mass ranks in the top 2% of general entities by monthly Wikipedia readership (15 views/month).[1]
Key Facts
- William B. Bonnor is named after Bonnor–Ebert mass[2].
- Rolf Ebert is named after Bonnor–Ebert mass[3].
- Bonnor–Ebert mass's Freebase ID is recorded as /m/03d4yl8[4].
- Bonnor–Ebert mass's Microsoft Academic ID is recorded as 197738046[5].
Why It Matters
Bonnor–Ebert mass ranks in the top 2% of general entities by monthly Wikipedia readership (15 views/month).[1] It has Wikipedia articles in 7 language editions, a strong signal of global cultural recognition.[6]