Suggested: M _ { 1 }
Suggested: M_\odot, Dimensionless, km s-1, K
Exclude
Name/Symbol Condition
Name: components
Mean: 116 ± 679
Median: 1.42
Range: -100 ‒ 5.6e+03
89 results.
arXiv Name Symbol Parsed Bound
astro-ph/9811029 🔍 (source) masses of the two components
0.819 ± 0.009 M_\odot
astro-ph/9811029 🔍 (source) masses of the two components
1.326 ± 0.016 M_\odot
astro-ph/9811029 🔍 (source) limb-to-limb separation of the two components
0.151 ± 0.069 m as
astro-ph/9905207 🔍 (source) masses of the two components
1.17 ± 0.018 M_\odot
astro-ph/9905207 🔍 (source) masses of the two components
1.223 ± 0.021 M_\odot
astro-ph/9908060 🔍 (source) components D / H
1.5000000000000002e-05
astro-ph/9910245 🔍 (source) masses of the two components
1.409 ± 0.02 M_\odot
astro-ph/9910245 🔍 (source) masses of the two components
1.435 ± 0.023 M_\odot
astro-ph/9911142 🔍 (source) thermal kinetic temperatures of the two narrow components
297.0 ± 3.0
Upper
astro-ph/9911142 🔍 (source) thermal kinetic temperatures of the two narrow components T _ { k }
103.0 ± 10.0 K
astro-ph/9912283 🔍 (source) masses of the two binary components M _ { accretor }
0.6 ± 0.2 M_\odot
astro-ph/0007136 🔍 (source) time delay between the two QSO components \Delta t
51.0 ± 4.0 day
astro-ph/0101052 🔍 (source) two distinct components
5.5 ± 4.5 cm-3
astro-ph/0105292 🔍 (source) mean space velocity components for the Association relative to the Sun U
-3.8 ± 1.2
astro-ph/0105291 🔍 (source) space velocity components relative U
-9.8 ± 1.2
astro-ph/0203160 🔍 (source) plasma components kT _ { e }
3.5
astro-ph/0203160 🔍 (source) plasma components kT _ { e }
0.65
astro-ph/0203160 🔍 (source) plasma components kT _ { e }
0.55
astro-ph/0203396 🔍 (source) plasma components
0.18 ± 0.04 keV
astro-ph/0301027 🔍 (source) plasma components
0.18 ± 0.04 keV
astro-ph/0303251 🔍 (source) two gas components
0.86 ± 0.04 keV
astro-ph/0502250 🔍 (source) masses of the two components
1.374 ± 0.0045 M_\odot
astro-ph/0502250 🔍 (source) masses of the two components
1.416 ± 0.0049 M_\odot
astro-ph/0505141 🔍 (source) Apparent speeds of jet components relative
0.028 c
Upper
astro-ph/0512072 🔍 (source) masses , radii , and effective temperatures of the binary components M _ { Aa }
1.282 ± 0.015 M_\odot
astro-ph/0601100 🔍 (source) radii of the two components
16.0 ± 1.0 s
astro-ph/0608143 🔍 (source) masses of the binary components
0.07050000000000001 +0.006499999999999992-0.006500000000000006 M_\odot
0706.2745 🔍 (source) expansion velocities of the polar components v
5600.0 ± 1100.0 km s-1
0707.2193 🔍 (source) individual masses of the components M _ { A }
0.64 M_\odot
0711.1521 🔍 (source) Gaussian velocity components $V _ { \mathrm { LSR } } $ }
-20.0
Upper
0711.1521 🔍 (source) Gaussian velocity components $V _ { \mathrm { LSR } } $ }
-100.0
0711.1521 🔍 (source) Gaussian velocity components $V _ { \mathrm { LSR } } $ }
35.0 km s-1
0711.4773 🔍 (source) power-law components \Gamma
2.7 +0.19999999999999973-0.20000000000000018
0801.3753 🔍 (source) radius of the components R _ { 1 }
10.3 ± 1.3 R_\odot
0805.0312 🔍 (source) radii of both components appear
0.59 M_\odot
0805.4289 🔍 (source) mass ratio of the binary components q _ { 1 }
0.4
0811.0069 🔍 (source) masses of the components m _ { x }
5.0 M_\odot
0902.4356 🔍 (source) masses of the binary components M _ { pri }
12.6 ± 3.2 M_\odot
0904.3419 🔍 (source) masses of the components m _ { x }
5.3 M_\odot
0907.2235 🔍 (source) star formation rates of LAE components
5.0 M_\odot yr-1
0909.4533 🔍 (source) absolute masses and radii of the components M _ { 1 }
1.193 ± 0.01 M_\odot
1003.2910 🔍 (source) distance between the two outer components
0.28 ± 0.13 m as
1009.0344 🔍 (source) masses of the binary components
0.1 ± 0.01 M_\odot
1009.0344 🔍 (source) masses of the binary components
0.09 ± 0.01 M_\odot
1010.0191 🔍 (source) masses of the components M _ { RD }
0.18 M_\odot
1010.5276 🔍 (source) lag between the two components \langle \Delta v \rangle
46.0 ± 3.9 km s-1
1011.5671 🔍 (source) masses of the binary components
0.8 +0.19999999999999996-0.20000000000000007 M_\odot
1103.2094 🔍 (source) minimum depth from individual components
16.0 ± 0.9 pc
1104.0205 🔍 (source) spectral components \alpha
-0.25
Lower
1208.5882 🔍 (source) flux ratio of the binary components
2.2
1209.0290 🔍 (source) components
1.26 ± 0.07 M_\odot
1209.0891 🔍 (source) average number of components in the absorption
6.0 +1.0-1.25
1210.6039 🔍 (source) tangential components V _ { rad }
167.9 ± 2.8
1212.1510 🔍 (source) separation of the components
23.4 R_\odot
1305.1911 🔍 (source) absolute masses of the binary components M _ { 1 }
22.5 ± 1.0 M_\odot
1310.2107 🔍 (source) masses of the two components
0.87 ± 0.05 M_\odot
1310.2107 🔍 (source) masses of the two components
0.58 ± 0.03 M_\odot
1310.6569 🔍 (source) time delay between both components of the system
72.0 ± 22.0 day
1407.7926 🔍 (source) projected separation between the lens components
0.8 ± 0.08 AU
1409.2184 🔍 (source) temperature difference between the components \Delta T
206.0 K
1409.7065 🔍 (source) stellar components of the galaxies to surface brightness \mu _ { g }
32.0 mag
1411.0682 🔍 (source) frequency of tertiary components
0.16 ± 0.03
1504.06628 🔍 (source) masses of the components M _ { 1 }
1.28 ± 0.07 M_\odot
1505.01592 🔍 (source) components of velocity U
-9.8 km s-1
Upper
1505.02860 🔍 (source) effective temperatures for the two stellar components T _ { eff , 1 }
3190.0 ± 100.0 K
1505.08060 🔍 (source) components
15.0 km s-1
Lower
1507.03601 🔍 (source) ages of the components M _ { A }
1.35 ± 0.05 M_\odot
1510.07060 🔍 (source) mass of the binary components R _ { 1 }
1.24 ± 0.01 R_\odot
1510.08994 🔍 (source) rotation periods of both components P _ { A }
12.4 day
1512.08793 🔍 (source) rotation periods of the two components P _ { phot }
4.4351 day
1602.02806 🔍 (source) masses of the two massive components
12.02 ± 0.13
1602.02806 🔍 (source) masses of the two massive components
10.58 ± 0.18 M_\odot
1607.04351 🔍 (source) masses for the two components m ( A )
0.1225 ± 0.0043 M_\odot
1609.00673 🔍 (source) ratio of the external toroidal and poloidal field components B _ { et } / B _ { ep }
1.0
1609.03154 🔍 (source) masses of the components M _ { 1 }
0.82 ± 0.06 M_\odot
1611.01684 🔍 (source) mass ratio of the components q
0.69 ± 0.01
1612.06452 🔍 (source) average velocity off-set of the two components
235.0 ± 10.5 km s-1
1705.10889 🔍 (source) components
9.63 ± 1.33
1711.00407 🔍 (source) mass components of the log [ M _ { * } / M _ { \odot } ]
10.8 +0.07-0.14
1807.09284 🔍 (source) mass-to-light ratio of the three components M / L _ { V }
4.550000000000001 +0.14999999999999947-0.15000000000000036 M_\odot L_\odot-1
1808.09243 🔍 (source) components T _ { 0 }
50000000000.0 K
Lower
1808.09243 🔍 (source) components
142000000000.0 +16000000000.0-19000000000.0 K
1808.09243 🔍 (source) components
400000000000.0 K
1808.10838 🔍 (source) tangential velocity components \sigma v _ { l * }
104.2 ± 3.0 km s-1
1809.07486 🔍 (source) dynamical masses of both components M _ { 1 }
4.288 ± 0.133 M_\odot
1812.05682 🔍 (source) horizontal dipole components of the anisotropy \delta _ { 0 h }
0.000916
1901.11088 🔍 (source) inner binary components m _ { 1 }
1.1 M_\odot
1906.02630 🔍 (source) projected separation between the two components
13.85 ± 0.16 AU
2006.12711 🔍 (source) mass ratio of the binary components M _ { 2 } / M _ { 1 }
1.76 ± 0.05