primary components |
total gas density |
dark matter density |
stellar mass density |
|
major species |
H I density |
He I density |
He II density |
metal density |
dividing in temperature |
cold gas (T<10^5K) |
warm/hot gas (T=10^5-10^7K) |
very hot gas (T>10^7K) |
|
velocity, temperature imformation |
gas temperature |
divv vel(gas) |
curl vel(gas) |
primary components |
total gas density |
dark matter density |
stellar mass density |
||
major species |
H I density |
He I density |
He II density |
metal density |
|
dividing in temperature |
cold gas (T<10^5K) |
warm/hot gas (T=10^5-10^7K) |
very hot gas (T>10^7K) |
||
velocity, temperature imformation |
gas temperature |
divv vel(gas) |
curl vel(gas) |
||
cutting through the warm/hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the cold gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the very hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
dividing in metallicity |
Z<0.001 |
Z=0.001-0.01 |
Z=0.01-0.1 |
Z=0.1-1.0 |
Z>1.0 |
cutting through the neutral hydrogen |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
primary components |
total gas density |
dark matter density |
stellar mass density |
||
major species |
H I density |
He I density |
He II density |
metal density |
|
dividing in temperature |
cold gas (T<10^5K) |
warm/hot gas (T=10^5-10^7K) |
very hot gas (T>10^7K) |
||
velocity, temperature imformation |
gas temperature |
divv vel(gas) |
curl vel(gas) |
||
cutting through the warm/hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the cold gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the very hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
dividing in metallicity |
Z<0.001 |
Z=0.001-0.01 |
Z=0.01-0.1 |
Z=0.1-1.0 |
Z>1.0 |
cutting through the neutral hydrogen |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
cutting through the neutral helium |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
primary components |
total gas density |
dark matter density |
stellar mass density |
||
major species |
H I density |
He I density |
He II density |
metal density |
|
dividing in temperature |
cold gas (T<10^5K) |
warm/hot gas (T=10^5-10^7K) |
very hot gas (T>10^7K) |
||
velocity, temperature imformation |
gas temperature |
divv vel(gas) |
curl vel(gas) |
||
cutting through the warm/hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the cold gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the very hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
dividing in metallicity |
Z<0.001 |
Z=0.001-0.01 |
Z=0.01-0.1 |
Z=0.1-1.0 |
Z>1.0 |
cutting through the neutral hydrogen |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
cutting through the neutral helium |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
cutting through the metals |
T<10^4K |
T=10^4-10^5K |
T=10^5-10^6K |
T=10^6-10^7K |
T>10^7K |
primary components |
total gas density |
dark matter density |
stellar mass density |
||
major species |
H I density |
He I density |
He II density |
metal density |
|
dividing in temperature |
cold gas (T<10^5K) |
warm/hot gas (T=10^5-10^7K) |
very hot gas (T>10^7K) |
||
velocity, temperature imformation |
gas temperature |
divv vel(gas) |
curl vel(gas) |
||
cutting through the warm/hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the cold gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the very hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
dividing in metallicity |
Z<0.001 |
Z=0.001-0.01 |
Z=0.01-0.1 |
Z=0.1-1.0 |
Z>1.0 |
cutting through the neutral hydrogen |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
cutting through the neutral helium |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
cutting through the metals |
T<10^4K |
T=10^4-10^5K |
T=10^5-10^6K |
T=10^6-10^7K |
T>10^7K |
primary components |
total gas density |
dark matter density |
stellar mass density |
||
major species |
H I density |
He I density |
He II density |
metal density |
|
dividing in temperature |
cold gas (T<10^5K) |
warm/hot gas (T=10^5-10^7K) |
very hot gas (T>10^7K) |
||
velocity, temperature imformation |
gas temperature |
divv vel(gas) |
curl vel(gas) |
||
cutting through the warm/hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the cold gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the very hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
dividing in metallicity |
Z<0.001 |
Z=0.001-0.01 |
Z=0.01-0.1 |
Z=0.1-1.0 |
Z>1.0 |
cutting through the neutral hydrogen |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
cutting through the neutral helium |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
cutting through the metals |
T<10^4K |
T=10^4-10^5K |
T=10^5-10^6K |
T=10^6-10^7K |
T>10^7K |
primary components |
total gas density |
dark matter density |
stellar mass density |
||
major species |
H I density |
He I density |
He II density |
metal density |
|
dividing in temperature |
cold gas (T<10^5K) |
warm/hot gas (T=10^5-10^7K) |
very hot gas (T>10^7K) |
||
velocity, temperature imformation |
gas temperature |
divv vel(gas) |
curl vel(gas) |
||
cutting through the warm/hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the cold gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
cutting through the very hot gas |
rho_b < 1 |
rho_b = 1-10 |
rho_b = 10-100 |
rho_b = 100-1000 |
rho_b > 1000 |
dividing in metallicity |
Z<0.001 |
Z=0.001-0.01 |
Z=0.01-0.1 |
Z=0.1-1.0 |
Z>1.0 |
cutting through the neutral hydrogen |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
cutting through the neutral helium |
T<10^4K |
T=10^4-10^4.5K |
T=10^4.5-10^5K |
T=10^5-10^5.5K |
T>10^5.5K |
cutting through the metals |
T<10^4K |
T=10^4-10^5K |
T=10^5-10^6K |
T=10^6-10^7K |
T>10^7K |
gas density |
z=6 |
z=5 |
z=4 |
z=3 |
z=2 |
z=1 |
z=0.5 |
z=0.3 |
z=0 |
dark matter density |
z=6 |
z=5 |
z=4 |
z=3 |
z=2 |
z=1 |
z=0.5 |
z=0.3 |
z=0 |
stellar density |
z=6 |
z=5 |
z=4 |
z=3 |
z=2 |
z=1 |
z=0.5 |
z=0.3 |
z=0 |
gas temperature |
z=6 |
z=5 |
z=4 |
z=3 |
z=2 |
z=1 |
z=0.5 |
z=0.3 |
z=0 |
HI |
z=6 |
z=5 |
z=4 |
z=3 |
z=2 |
z=1 |
z=0.5 |
z=0.3 |
z=0 |
HeI |
z=6 |
z=5 |
z=4 |
z=3 |
z=2 |
z=1 |
z=0.5 |
z=0.3 |
z=0 |
div V (gas) |
z=6 |
z=5 |
z=4 |
z=3 |
z=2 |
z=1 |
z=0.5 |
z=0.3 |
z=0 |
A sequence of neutral hydrogen evolution from z=25 to z=2.6 |
The movie shows a snapshot of neutral hydrogen from the above simulation at redshift z=2.6 Neutral Hydrogen Evolution
QuickTime Movie
(106.0 MBytes)