Suggested: T _ { ex }
Suggested: K, Dimensionless, cm-2
Exclude
Name/Symbol Condition
Name: excitation
Mean: 804 ± 4.56e+03
Median: 32.5
Range: -10 ‒ 4.33e+04
166 results.
arXiv Name Symbol Parsed Bound
astro-ph/9509111 🔍 (source) high-excitation HeI \chi
20.87 eV
astro-ph/9808258 🔍 (source) equivalent excitation temperature
2350.0 K
astro-ph/9808258 🔍 (source) excitation temperature
70.0 K
astro-ph/9808256 🔍 (source) Excitation temperatures
50.0 K
Upper
astro-ph/9902363 🔍 (source) two excitation temperatures
126.0 K
astro-ph/9902363 🔍 (source) two excitation temperatures
39.0
astro-ph/9906264 🔍 (source) excitation temperatures
5e+19
Lower
astro-ph/9906264 🔍 (source) excitation temperatures
1e+20 cm-2
Upper
astro-ph/9911097 🔍 (source) Boltzmann excitation temperature
130.0 K
astro-ph/0003457 🔍 (source) starburst excitation [ { Ne \textsc { iii } }
12.81 m
astro-ph/0003457 🔍 (source) excitation temperature
160.0 K
astro-ph/0004100 🔍 (source) A mean excitation temperature
72.0 K
astro-ph/0004298 🔍 (source) excitation temperature
2300.0 K
astro-ph/0005090 🔍 (source) rotational excitation temperature
307.0 ± 23.0 K
astro-ph/0005273 🔍 (source) excitation temperature
17.0 ± 2.0 K
astro-ph/0005459 🔍 (source) excitation temperature T _ { 01 }
59.0 ± 5.0 K
astro-ph/0006308 🔍 (source) fine structure excitation temperature
21.6 K
Upper
astro-ph/0010454 🔍 (source) excitation temperature
15.0 K
astro-ph/0011470 🔍 (source) excitation temperature T _ { ex }
415.0 ± 125.0 K
astro-ph/0103190 🔍 (source) Excitation temperatures
175.0 ± 25.0 K
astro-ph/0105529 🔍 (source) excitation temperature T _ { ex }
825.0 ± 110.0 K
astro-ph/0111371 🔍 (source) excitation
0.51 ± 0.12
astro-ph/0201084 🔍 (source) excitation temperature
3e+22 cm-2
Upper
astro-ph/0201084 🔍 (source) excitation temperature
6e+20
astro-ph/0203086 🔍 (source) excitation temperatures T
15.7
astro-ph/0206119 🔍 (source) excitation temperature T _ { exc }
-10.0 K
astro-ph/0301474 🔍 (source) excitation temperature
3.6 ± 0.17 K
astro-ph/0309048 🔍 (source) excitation temperature T _ { ex }
30.0 K C
astro-ph/0402395 🔍 (source) excitation energy T _ { ex }
35.0
Upper
astro-ph/0411446 🔍 (source) excitation temperatures
1900.0 ± 300.0 K
astro-ph/0501320 🔍 (source) excitation temperature
143.0 ± 5.0 K
nucl-th/0509026 🔍 (source) excitation energy E _ { x }
3.62 MeV
astro-ph/0510640 🔍 (source) HDO excitation temperatures
2e+17 cm-2
astro-ph/0510640 🔍 (source) HDO excitation temperatures
200000000000000.0 cm-2
astro-ph/0511786 🔍 (source) excitation temperatures
350.0 K
astro-ph/0602404 🔍 (source) excitation temperature
25000.0 K
astro-ph/0603705 🔍 (source) excitation temperature T _ { ex }
1600.0 K
astro-ph/0606472 🔍 (source) ro-vibrational excitation temperature
2000.0 ± 200.0 K A
astro-ph/0608067 🔍 (source) excitation n
2.0
Lower
astro-ph/0611853 🔍 (source) rotational excitation temperature
74.0 ± 24.0 K
astro-ph/0702431 🔍 (source) excitation temperature
350.0 ± 50.0 K
0705.3023 🔍 (source) excitation temperature T _ { ex }
100.0
0804.0116 🔍 (source) excitation temperatures T _ { CMBR }
9.315 ± 0.007 K
0804.0116 🔍 (source) excitation temperatures
9.15 ± 0.72 K
0807.3885 🔍 (source) excitation temperature
200.0 ± 10.0 K
0807.3885 🔍 (source) excitation temperature
105.0 ± 5.0 K
0810.2698 🔍 (source) carbon excitation temperature
42.0 +12.0-9.0 K
0902.0536 🔍 (source) } excitation temperatures
7.4 K
0902.1614 🔍 (source) gas excitation temperature T _ { ex }
570.0 K
Upper
0905.4742 🔍 (source) excitation temperature
10.0 K
0906.1043 🔍 (source) lower-level excitation potential \chi _ { low }
1.0
Upper
0908.3485 🔍 (source) excitation temperature T _ { ex }
46.0 K
0908.3675 🔍 (source) carbon excitation temperatures T _ { ex }
30.0 K
0909.0707 🔍 (source) excitation temperature T _ { ex }
19.0 ± 11.0
0910.5425 🔍 (source) electron impact excitation collision strengths
2.0
0912.1067 🔍 (source) high-excitation line ratios T _ { eff }
39000.0 K
1001.0130 🔍 (source) excitation temperature
2100.0 K
1002.3297 🔍 (source) excitation temperature T _ { exc }
2300.0 K
1005.3817 🔍 (source) excitation temperature T
377.0 +68.0-84.0 K
1006.2311 🔍 (source) excitation energies E _ { x }
8.0 MeV
1007.4226 🔍 (source) excitation temperature
200.0 K
1009.2681 🔍 (source) excitation temperature
3e+21 cm-2
1011.6449 🔍 (source) excitation temperature T _ { vib }
230.0 K
1101.2144 🔍 (source) excitation n
3.0
1101.4027 🔍 (source) mean carbon excitation temperature
29.1 ± 6.3 K
1101.4205 🔍 (source) Rotational excitation temperatures
6.2 K
1104.0670 🔍 (source) rotational excitation temperature N ( CO )
2e+17 ± 1e+17 cm-2
1105.1792 🔍 (source) HC _ { 3 } N excitation temperatures T _ { k }
40.0 K
Upper
1106.0578 🔍 (source) excitation temperature T _ { x }
10.0 K
1107.2564 🔍 (source) excitation temperature T _ { exc }
2300.0 K
1108.3088 🔍 (source) excitation temperatures
1.7e+16 ± 1000000000000000.0 cm-2
1108.3088 🔍 (source) excitation temperatures N ( NH _ { 3 } )
8.4e+16 ± 5000000000000000.0 cm-2
1108.3366 🔍 (source) excitation potential \chi
2.0 eV
1202.0511 🔍 (source) excitation log ( [ O iii ] \lambda 5007 / H \beta )
0.5
Upper
1203.3336 🔍 (source) excitation energy E _ { x }
9.65 ± 0.02 MeV
1203.4203 🔍 (source) typical excitation temperatures
162.5 ± 12.5 K
1204.5480 🔍 (source) [ CI ] excitation temperature
43.0 ± 10.0 K
1204.6335 🔍 (source) excitation temperatures HC _ { 3 } N
150.0 ± 20.0 K
1204.6335 🔍 (source) excitation temperatures
185.0 ± 11.0 K
1205.4100 🔍 (source) excitation temperatures
-3.0 K
Upper
1207.0881 🔍 (source) mean excitation temperatures of these clumps range
12.1 ± 3.0 K
1207.0881 🔍 (source) mean excitation temperatures of these clumps range
21.1 K
1207.0881 🔍 (source) mean excitation temperatures of these clumps range
7.4
Lower
1207.1346 🔍 (source) excitation temperature
61.0 ± 5.0 K
1207.1346 🔍 (source) excitation temperature
45.0 K
1209.6420 🔍 (source) excitation temperature
34.0 K
1210.5643 🔍 (source) excitation temperature T _ { ex }
3950.0 K
1211.5064 🔍 (source) excitation component \mathrm { OH ^ { + } / H _ { 2 } O ^ { + }
7.5 ± 2.5
1211.6605 🔍 (source) excitation temperature
124.0 ± 12.0 K
1211.6750 🔍 (source) excitation temperatures
1360.0
1211.6750 🔍 (source) excitation temperatures
4290.0
1212.3297 🔍 (source) excitation temperatures CO _ { 2 }
250.0 K
1301.4821 🔍 (source) excitation temperatures
150.0 K Em
1304.2396 🔍 (source) excitation temperatures Fe / H ]
-2.5
Upper
1304.4793 🔍 (source) excitation temperature
150.0
1306.3338 🔍 (source) excitation mechanism T _ { e }
40.0
Lower
1306.6077 🔍 (source) excitation temperatures
529.0 K
1306.6077 🔍 (source) excitation temperatures
67.0
1308.1891 🔍 (source) excitation
2.5
1308.2100 🔍 (source) excitation parameter x
0.8
Lower
1312.0187 🔍 (source) excitation of low-lying nuclear energy A
8.41 keV
1401.1215 🔍 (source) excitation temperature \left \langle T _ { s } \right \rangle
7200.0 +1800.0-1200.0 K
1401.4199 🔍 (source) excitation temperature T _ { 01 }
65.0 ± 2.0 K
1402.1398 🔍 (source) excitation temperature T _ { ex }
124.0 ± 60.0 K
1403.1463 🔍 (source) excitation temperatures
13.0 ± 2.0 K
1403.4386 🔍 (source) excitation temperature T
2.9 ± 0.4 K
1403.7280 🔍 (source) excitation T _ { exc }
22.0 ± 1.0 K
1404.2431 🔍 (source) Excitation temperatures
37.0 ± 10.0 K
1404.3966 🔍 (source) excitation energy E _ { x }
15.0 MeV
1405.7492 🔍 (source) excitation temperatures
5.4 +1.8999999999999995-1.9000000000000004 K
1406.5110 🔍 (source) collisional excitation E _ { upper }
200.0
Upper
1406.7645 🔍 (source) typical excitation temperature
10.0 K
1407.6842 🔍 (source) excitation temperature
218.0 ± 21.0 K
1408.6953 🔍 (source) excitation parameter O ^ { 2 + } /O
0.8
Lower
1410.3828 🔍 (source) rotational excitation temperatures T _ { 01 }
133.0 ± 55.0 K
1410.4663 🔍 (source) mean excitation temperature C ^ { + }
9.500000000000001e-26 erg-1 H-1
1410.8453 🔍 (source) excitation
130.0
Lower
1410.8453 🔍 (source) excitation E _ { u }
3000000.0 ± 2000000.0 cm-3
1411.7421 🔍 (source) excitation temperatures E _ { k }
500.0 K
Lower
1411.7421 🔍 (source) excitation temperatures E _ { k }
300.0 K
Upper
1412.4818 🔍 (source) excitation temperature
42.0 K
1502.01354 🔍 (source) rotational excitation temperature H _ { 2 }
133.0 +33.0-22.0 K
1503.01290 🔍 (source) excitation temperatures T _ { ex }
15.0 ± 5.0 K
1504.00863 🔍 (source) subthermal excitation temperature
9.0 K
1506.08034 🔍 (source) excitation temperatures
7.9 K
1511.02955 🔍 (source) excitation temperature
100.0 ± 50.0 K
1601.06782 🔍 (source) excitation temperature T _ { ex }
206.0 ± 6.0 K
1603.06667 🔍 (source) excitation temperatures
900.0 ± 70.0 K
1609.01422 🔍 (source) excitation \log N ( H i ) ( cm ^ { -2 } )
20.8 ± 0.1
1609.01422 🔍 (source) excitation T _ { CMB } ( z
9.6 K
1609.01422 🔍 (source) excitation
2.53
1611.00719 🔍 (source) excitation temperature
78.0 ± 10.0 K
1611.07314 🔍 (source) excitation temperature T _ { ex }
125.0 K
1701.04376 🔍 (source) excitation temperature
110.0 ± 19.0 K
1706.02465 🔍 (source) excitation energies E _ { u } / k
81.5 ± 18.5 K
1706.09766 🔍 (source) excitation temperature T _ { ex }
7.0 K
1708.00017 🔍 (source) excitation temperatures
14.0 ± 5.5 K
1708.06692 🔍 (source) excitation levels
43300.0 ± 19800.0 cm-1
1711.05736 🔍 (source) excitation temperature
106.0 ± 13.0 K
1801.03461 🔍 (source) higher-excitation region T _ { rot }
31.0
1802.00623 🔍 (source) excitation temperatures
17.5 ± 12.5 K
1804.01090 🔍 (source) excitation temperatures
225.0 ± 105.0 K
1806.07967 🔍 (source) excitation E _ { u }
163.0 K
1811.10836 🔍 (source) excitation energy E _ { x }
7.12 MeV
1812.05385 🔍 (source) excitation peak CO ( 2 - 1 ) / CO ( 1 - 0 )
1.1 ± 0.3
1902.05822 🔍 (source) excitation temperature T _ { ex }
7.0 ± 2.0 K
1903.03378 🔍 (source) excitation temperature
100.0 K
1905.03161 🔍 (source) excitation temperatures [ C ii
167.5 ± 87.5
1905.08030 🔍 (source) mean excitation temperature
22.5 K
1905.08030 🔍 (source) mean excitation temperature
22.2 K
1905.12773 🔍 (source) excitation temperature
17.0 M_\odot pc-1
1906.02743 🔍 (source) excitation
500.0 K
1906.05671 🔍 (source) galaxy-wide average carbon excitation temperature T _ { ex }
19.7 ± 0.5 K
1906.11454 🔍 (source) excitation temperature
20.0 K
1909.13329 🔍 (source) excitation temperature
6800000000000000.0 cm-2
1909.13329 🔍 (source) excitation temperature
90.0 K
1911.05608 🔍 (source) excitation R _ { i 1 }
1.0
Upper
1911.07854 🔍 (source) rotational excitation temperature T _ { ex }
2000.0 K
1912.08984 🔍 (source) excitation temperatures T _ { ex }
2.7 K
1912.08984 🔍 (source) excitation temperatures
4.1 K
1912.08510 🔍 (source) excitation temperature
2600.0 ± 500.0 K
2002.07004 🔍 (source) excitation temperature of the gas
2.0
Upper
2002.12525 🔍 (source) H _ { 2 } CO excitation temperatures
5.0
Lower
2004.01786 🔍 (source) excitation r _ { 31 }
0.75 ± 0.12
2006.01971 🔍 (source) spin ( excitation ) temperature
68.0 ± 20.0 K
2007.14977 🔍 (source) gas excitation
4.3