Exclude
Name/Symbol Condition
Name: relative
Mean: 48.7 ± 239
Median: 2.7
Range: -550 ‒ 2e+03
187 results.
arXiv Name Symbol Parsed Bound
astro-ph/9702199 🔍 (source) relative
21.5 ± 4.9 km s-1 kpc-1
astro-ph/9806125 🔍 (source) semi-major axis A of the relative orbit
10.57 ± 0.16 R_\odot
astro-ph/9810079 🔍 (source) solar motion relative to U _ { \odot }
9.7 ± 0.3 km s-1
astro-ph/9812133 🔍 (source) age of the universe relative to the Hubble time t _ { 0 } ^ { flat }
14.9 +1.4-1.1 (0.63 / h) Gyr
astro-ph/9904137 🔍 (source) Fe relative to the solar { [ M / H ] _ { \odot }
-0.9
astro-ph/9904261 🔍 (source) relative abundance ] / [ H _ { 2 } ]
9e-06 ± 3.5e-06
astro-ph/9905075 🔍 (source) relative
5.9 ± 0.4 m as
astro-ph/9907195 🔍 (source) relative reflected light flux
5e-05
Upper
astro-ph/0101550 🔍 (source) velocities relative
62.5 ± 37.5 km s-1
Lower
astro-ph/0104466 🔍 (source) overabundance relative to iron [ Co / Fe ]
0.31 ± 0.05
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/0107314 🔍 (source) abundance relative to solar
0.26 ± 0.15
astro-ph/0111006 🔍 (source) relative amplitude \Delta \nu / \nu
2.4000000000000003e-08
astro-ph/0205300 🔍 (source) relative iron abundance \Delta { [ Fe / H ] }
0.04 ± 0.07
astro-ph/0205352 🔍 (source) metallicity relative to solar [ Zn / H ]
-1.75
Upper
astro-ph/0206503 🔍 (source) relative transverse velocity of the lens projected into the observer plane \tilde { v }
12.5 ± 1.1 km s-1
astro-ph/0208450 🔍 (source) mean abundances relative to solar [ Si / H ]
-1.26 ± 0.13
astro-ph/0303010 🔍 (source) minimum relative inclination
85.0
astro-ph/0305024 🔍 (source) Oxygen abundances relative to hydrogen range Tree(positive_expression, [FunctionSymbol(LeafSymbol('log'), BinaryOperatorExpression('/', LeafSymbol('O'), LeafSymbol('H')))])
9.0
Upper
astro-ph/0309302 🔍 (source) lens-source relative proper motion \mu _ { rel }
27.0 ± 2.0 km s-1 kpc-1
astro-ph/0310346 🔍 (source) Oxygen abundances relative to hydrogen range log ( O / H )
9.0
Upper
astro-ph/0404470 🔍 (source) ISW effect relative to
1.13 ± 0.35
astro-ph/0406513 🔍 (source) amplitude of the linear redshift-space distortions relative to the galaxy overdensity field \beta ( L _ { * } , 0 )
0.58 ± 0.08
astro-ph/0407426 🔍 (source) space density relative to the thin disk
0.08499999999999999 +0.065-0.06499999999999999
astro-ph/0407596 🔍 (source) velocity of the core relative to the rest
230.0 km s-1
astro-ph/0409204 🔍 (source) projected relative position
2000.0 km
astro-ph/0409352 🔍 (source) overabundant relative [ N / O ]
2.5 ± 0.5
astro-ph/0504174 🔍 (source) individual ^ { 16 } OH column densities relative to water give ratios [ H _ { 2 } O/OH
0.8999999999999999 +0.30000000000000004-0.29999999999999993
astro-ph/0505057 🔍 (source) Sun ’ s motion relative { ( U , V , W ) } _ { \odot }
10.1
astro-ph/0505057 🔍 (source) Sun ’ s motion relative { ( U , V , W ) } _ { \odot }
4.0
astro-ph/0505141 🔍 (source) Apparent speeds of jet components relative
0.028 c
Upper
astro-ph/0505499 🔍 (source) production rate ratio of HCN relative H _ { 2 } O
0.0007400000000000001 ± 0.00039
astro-ph/0505499 🔍 (source) production rate ratio of HCN relative H _ { 2 } O
0.0033 ± 0.0011
astro-ph/0506484 🔍 (source) velocity dispersion of all nine stars relative
15.0 ± 4.0 km s-1
astro-ph/0507134 🔍 (source) relative magnesium abundance grad _ { Z } [ Mg / Fe ]
0.06 ± 0.02
astro-ph/0509812 🔍 (source) lag relative to the thin disk
63.0 km s-1
astro-ph/0509914 🔍 (source) relative to
1.2 ks
astro-ph/0511553 🔍 (source) error of the relative proper motions
4.2 m as yr-1
astro-ph/0601716 🔍 (source) semimajor axis of the relative orbit a
29.32 ± 0.04 R_\odot
astro-ph/0603276 🔍 (source) lens-source relative proper motion \mu
8.5 ± 1.5 m as yr-1
astro-ph/0603275 🔍 (source) correlative scatter
0.2
astro-ph/0604555 🔍 (source) relative magnesium abundance grad _ { Z } [ Mg / Fe ]
0.13 ± 0.02
astro-ph/0604592 🔍 (source) mean relative abundance \langle [ Mn / Fe ] \rangle
-0.37 ± 0.01
astro-ph/0606445 🔍 (source) C/CO relative abundance
0.2
astro-ph/0607376 🔍 (source) metallicities relative to solar [ X / H ]
-1.3
Lower
astro-ph/0608111 🔍 (source) relative proper motion
102.0 m as yr-1
astro-ph/0610921 🔍 (source) galaxy ’ s velocity relative to the intra-cluster medium
-550.0 km s-1
Upper
astro-ph/0611540 🔍 (source) deprojected relative size a _ { bar } / R _ { 25 }
0.3 ± 0.2
Lower
astro-ph/0702570 🔍 (source) relative humidity
90.0
Lower
0705.3057 🔍 (source) relative proximity
3.8 ± 0.6 Mpc
0706.2900 🔍 (source) relative proper motions
2.7 m as yr-1
0706.2900 🔍 (source) relative proper motions
105.0 km s-1
0706.4093 🔍 (source) relative escape fraction f _ { esc , rel }
1.0
Upper
0707.1711 🔍 (source) relative disk mass h
2.0
Upper
0707.4252 🔍 (source) relative abundance [ F / Fe ]
2.9
0708.3088 🔍 (source) CO abundances relative
0.44 ± 0.03 %
0801.3682 🔍 (source) metallicities relative to solar [ X / H ]
-1.3
Lower
0804.0116 🔍 (source) abundances relative
-0.03 ± 0.12
0804.0116 🔍 (source) abundances relative S
0.16 ± 0.11
0804.0803 🔍 (source) mean relative Compton reflection R
0.9 +0.6-0.5
0805.0573 🔍 (source) HD abundance relative H _ { 2 }
1.4500000000000003e-05 +3.499999999999999e-06-3.5000000000000012e-06
0807.0930 🔍 (source) relative abundances [ Si / Fe ]
0.23 ± 0.05
0807.3744 🔍 (source) relative distance
17.0 kpc
0809.3139 🔍 (source) rest–frame relative LOS velocity v _ { rf }
2000.0 km s-1
0904.3127 🔍 (source) relative proper motion
58.0 ± 1.0 m as yr-1
0905.0495 🔍 (source) accretion rate relative to Eddington
0.21 +0.06-0.1
0908.0529 🔍 (source) source-lens relative motion \mu
5.0 m as yr-1
0908.0733 🔍 (source) timing of the X-ray blast relative to the GRB trigger time t _ { 0 }
11.0 ± 417.0 s
0908.3133 🔍 (source) relative flux
0.88
0909.0707 🔍 (source) ^ { 13 } CO/C ^ { 18 } O line ratio the relative abundance of the two species ( \mathrm { [ ^ { 13 } CO ] / [ C ^ { 18 } O ] }
7.0
0911.4019 🔍 (source) relative H
0.089 ± 0.009
1001.0604 🔍 (source) relative depth
0.00087
1001.3412 🔍 (source) translate to relative escape fraction f _ { esc , rel }
0.21
1001.3412 🔍 (source) translate to relative escape fraction
0.03
Upper
1001.4080 🔍 (source) s relative \Delta \mu / \mu
5.6e-06 ± 5.5e-06 (stat) ± 2.7e-06 (sys)
1005.2729 🔍 (source) fractional abundance relative to H nuclei
7.5e-10
1005.4080 🔍 (source) relative
0.07 +0.009999999999999995-0.010000000000000009 M_\odot
1006.3664 🔍 (source) relative depths
0.04
Upper
1007.1102 🔍 (source) total water content ( relative to molecular hydrogen
6.6e-05
1008.3161 🔍 (source) relative to volatiles T _ { C }
900.0 K
Upper
1010.2146 🔍 (source) flux relative contribution
0.23 ± 0.02
1105.0082 🔍 (source) FDD relative
0.85 ± 0.02
1105.3108 🔍 (source) kinetic temperature of this relatively warm gas T _ { kin }
260.0 ± 240.0 K
1105.5920 🔍 (source) fractional CH abundance relative H _ { 2 }
-8.0
Upper
1106.4301 🔍 (source) average water abundance relative H _ { 2 }
1.3999999999999998e-07
1107.1484 🔍 (source) relative brightness \Delta { K _ { s } }
5.09 ± 0.1
1107.4313 🔍 (source) relative proximity
60.0 kpc
1109.2617 🔍 (source) mean relative velocity
235.0 km s-1
1204.0122 🔍 (source) rate of relative mass change \Delta m _ { 1 } / m
5.18e-08 yr-1
1205.6739 🔍 (source) appreciable relative velocity
42.0 km s-1
1206.2275 🔍 (source) relative abundances \log ( N / O )
1.32 ± 0.05
1209.0456 🔍 (source) rotational lag of the thick disk component relative LSR v _ { thick , lag }
49.0 km s-1
1209.1043 🔍 (source) degradation relative \Delta \chi _ { eff } ^ { 2 }
1.0
Upper
1210.1154 🔍 (source) gas-phase relative abundance [ Zn / Fe ]
1.0
1301.4024 🔍 (source) mass density of dust grains relative to hydrogen \rho _ { dust } / \rho _ { H }
120.0
Lower
1304.2039 🔍 (source) relative distances
0.53 ± 0.06
1304.2039 🔍 (source) relative distances
0.53 ± 0.07
1305.1337 🔍 (source) dimensionless gravitational potential relative \Delta \phi
5e-05
1308.2470 🔍 (source) gravitational potentials relative \Delta \phi
0.1
1309.1371 🔍 (source) proportion of dust mass relative to stellar mass M _ { dust } / M _ { star }
0.02 %
1309.2282 🔍 (source) dust relative abundance A
0.072
1310.6231 🔍 (source) OH } abundances relative to total number of hydrogen atoms
2.2999999999999998e-10
1310.8569 🔍 (source) iron depleted relative zinc [ Zn / Fe ]
0.45 ± 0.06
1311.3424 🔍 (source) lens-source relative proper motion \mu _ { rel }
7.6 ± 1.6 m as yr-1
1311.5035 🔍 (source) mutual inclination relative to the belt plane
29.0
Upper
1312.3951 🔍 (source) lens-source relative proper motion \mu _ { rel }
19.6 ± 1.6 m as yr-1
1312.7297 🔍 (source) lens-source relative proper motion
20.0 m as
Lower
1401.1104 🔍 (source) HF abundance relative
0.00018 ± 5e-05
1401.1104 🔍 (source) CH _ { 3 } OH abundances relative
2.7 ± 0.3 %
1401.1104 🔍 (source) CH _ { 3 } OH abundances relative
3.4 ± 0.6 %
1403.3229 🔍 (source) accretion rate relative to the Eddington
3.2
Lower
1403.5850 🔍 (source) ratio of nickel to iron relative to
11.0 +4.0-3.0
1406.4081 🔍 (source) relative abundances
1.1000000000000001e-08 +9e-09-9.000000000000001e-09
1407.2185 🔍 (source) CO relative to water
0.14 ± 0.03
1407.3714 🔍 (source) High relative speed
60.0 km s-1
1408.3534 🔍 (source) 1 \sigma relative error
4.9999999999999996e-06
1410.5832 🔍 (source) matter density relative \Omega _ { M }
0.3
1410.7060 🔍 (source) radial velocities relative
-4.0 km s-1
1412.0690 🔍 (source) water enrichment ( relative to solar
0.75
Upper
1412.0690 🔍 (source) water enrichment ( relative to solar
0.1
Lower
1412.8318 🔍 (source) CH _ { 3 } CHO relative abundance
2.5e-08 ± 5e-09
1501.05311 🔍 (source) relative A _ { I } / E ( V - I
1.2899
1501.05311 🔍 (source) relative \Delta \mu _ { LMC }
10.72 ± 0.03
1502.06978 🔍 (source) relative
0.07
Lower
1504.05702 🔍 (source) inclination relative to the disk
10.0
Upper
1506.07878 🔍 (source) s relative flux
2.7 day
1509.05287 🔍 (source) relative velocities
2.4
1509.05287 🔍 (source) relative velocities \Delta v _ { O }
4.0 km s %-1
1509.06555 🔍 (source) relative A _ { tSZ - CIB }
1.2 ± 0.3
1510.01329 🔍 (source) mass density relative to the critical density of the Universe \Omega _ { C~ { } \textsc { IV } } Â
1e-07 ± 1.5000000000000002e-08
1602.05098 🔍 (source) Ni abundance relative to its decay product
59.0 C
1603.05677 🔍 (source) lens-source relative proper motion \mu _ { rel }
6.5 ± 1.1 m as yr-1
1604.03939 🔍 (source) ISW effect signal amplitudes relative A
1.0
1606.05873 🔍 (source) velocity relative r _ { h }
0.43 AU
1606.05873 🔍 (source) velocity relative \Delta
0.84 AU
1607.04325 🔍 (source) logarithmic scale relative to [ Z ]
-0.37 ± 0.03
1609.07252 🔍 (source) OCS abundances relative
32.0
1609.07440 🔍 (source) microlensing magnification of B relative A
1.4
1611.01156 🔍 (source) CH _ { 3 } OH column density relative H _ { 2 } ( X _ { CH _ { 3 } OH } )
8e-09
1611.05473 🔍 (source) relative
0.2 dex
1611.05882 🔍 (source) relative escape fraction f _ { esc } ^ { rel }
0.09 ± 0.04
1611.09373 🔍 (source) separation ( relative to the stellar radius / R _ { \star }
3.5
1701.03112 🔍 (source) average strengths of these lines relative to the far-IR continuum
0.00084 ± 0.00017
1701.03112 🔍 (source) average strengths of these lines relative to the far-IR continuum
0.00035999999999999997 ± 0.00012
1701.03112 🔍 (source) average strengths of these lines relative to the far-IR continuum
0.00027 ± 0.0001
1702.02213 🔍 (source) relative differential rotation \Delta \Omega / \Omega
8.0 ± 0.9 %
1703.05624 🔍 (source) relative position
46.0 ± 1.0 m as W
1703.05491 🔍 (source) mass fraction of baryons relative to the total dark matter halo m _ { d }
0.05
Lower
1703.08381 🔍 (source) efficiency of transformation into dSphs relative to their f _ { gas }
0.0
1704.03481 🔍 (source) center relative \tau _ { dep }
2.4 Gyr s
1705.00964 🔍 (source) relative
9.7 km s-1
1705.03937 🔍 (source) lens-source relative proper motion \mu _ { rel }
11.8 ± 0.8 m as yr-1
1705.06355 🔍 (source) LyC escape fraction relative to f _ { esc }
5.6 %
Upper
1707.03880 🔍 (source) relative escape fraction f _ { 900 } ^ { e }
911.8
1707.06003 🔍 (source) peak o- \mathrm { H } _ { 2 } S abundances relative H _ { 2 }
2.5e-05
1707.06003 🔍 (source) peak o- \mathrm { H } _ { 2 } S abundances relative
4e-07
Lower
1709.06991 🔍 (source) maximum relative flux increase
50.0
Lower
1709.06747 🔍 (source) mean relative radio emissivity
0.7 ± 0.13
1709.08476 🔍 (source) lens-source relative proper motion \mu
6.0 m as yr-1
1803.07082 🔍 (source) relative \langle \alpha \rangle
1.09 ± 0.08
1804.09721 🔍 (source) relative Lyman continuum escape fractions f _ { abs } ( LyC )
0.4 +10.1-0.4 %
1804.10197 🔍 (source) relative velocity
870.0 +69.0-66.0 km s-1
1805.08277 🔍 (source) relative proper motion
80.0 ± 11.0 km s-1
1806.08453 🔍 (source) lens-source relative proper motion \mu
12.4 ± 1.1 m as yr-1
1809.04863 🔍 (source) A relative radial forcing dF _ { r }
1.5 %
1809.09009 🔍 (source) relative velocity
24.7 km s-1
1810.05650 🔍 (source) projected velocity relative
38.0 ± 17.0 km s-1
1810.06596 🔍 (source) relative radial velocity
4.5 ± 5.0 km s-1
1812.08860 🔍 (source) relative motion
1.12 ± 0.15 m as yr-1 (0.61 \pm 0.09 km s ^ -1)
1902.01826 🔍 (source) relative flux
2.7 %
1904.04489 🔍 (source) minimum relative amplitude
0.08 ± 0.05
1904.04489 🔍 (source) minimum relative amplitude \Delta \Omega / \Omega
0.14 ± 0.05
1905.05369 🔍 (source) CO relative abundances N ( CO ) / H _ { 2 }
2e-06
Upper
1905.08540 🔍 (source) lens-source relative proper motion
2.8 ± 0.5 m as
1905.08540 🔍 (source) lens-source relative proper motion \mu _ { rel }
46.0 ± 8.0 m as
1906.09827 🔍 (source) rotates relative
0.1 m as yr-1
1911.02439 🔍 (source) source-lens relative proper motion \mu _ { rel }
9.0 m as yr-1
1912.00588 🔍 (source) H i abundance relative to total hydrogen H i ] / [ H ]
0.0044
1912.03822 🔍 (source) relative q
4.3700000000000005e-05
1912.09618 🔍 (source) relative intensity
193.0
1912.09618 🔍 (source) relative intensity
171.0
1912.10213 🔍 (source) relative velocity
23.0 km s-1
2001.04975 🔍 (source) average relative intensities of the first four { { } ^ { 12 } CO } J transitions
0.7
2001.04975 🔍 (source) average relative intensities of the first four { { } ^ { 12 } CO } J transitions
0.92
2001.04975 🔍 (source) average relative intensities of the first four { { } ^ { 12 } CO } J transitions
0.57
2007.05519 🔍 (source) relative escape fraction of individual galaxies f _ { esc , rel }
0.16 ± 0.06
Upper