Tellurium

Tellurium (Te)

Tellurium is the 52nd element in the periodic table and has a symbol of Te and atomic number of 52. It has an atomic weight of 127.60 and a mass number of 130. Tellurium has fifty-two protons and seventy-eight neutrons in its nucleus, and fifty-two electrons in five shells. It is located in group sixteen, period five and block p of the periodic table. Silvery metalloid element of group 16. Eight natural isotopes, nine radioactive isotopes. Used in semiconductors and to a degree in some steels. Chemistry is similar to Sulphur. Discovered in 1782 by Franz Miller.
Atomic Number52
Atomic Weight127.6
Mass Number130
Group16
Period5
Blockp
Protons52 p+
Neutrons78 n0
Electrons52 e-
Animated Bohr Model of Te (Tellurium)

Physical Properties

Atomic Radius
140 pm
Molar Volume
Covalent Radius
136 pm
Metallic Radius
137 pm
Ionic Radius
221 pm
Crystal Radius
207 pm
Van der Waals Radius
206 pm
Density
6.232 g/cm³
Atomic Radii of the Elements: Tellurium0153045607590105120135150165180195210pmAtomic RadiusCovalent RadiusMetallic RadiusVan der Waals Radius

Chemical Properties

Energy
Proton Affinity
Electron Affinity
1.970876 eV/particle
Ionization Energy
9.00966 eV/particle
Ionization Energies of Te (Tellurium)
Heat of Vaporization
49.8 kJ/mol
Heat of Fusion
17.91 kJ/mol
Heat of Formation
196.6 kJ/mol
Electrons
Electron Shells2, 8, 18, 18, 6
Bohr Model: Te (Tellurium)
Valence Electrons6
Lewis Structure: Te (Tellurium)
Electron Configuration[Kr] 4d10 5s2 5p4
1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 4d10 5s2 5p4
Enhanced Bohr Model of Te (Tellurium)
Orbital Diagram of Te (Tellurium)
Oxidation States-2, -1, 0, 1, 2, 3, 4, 5, 6
Electronegativity
2.1
Electrophilicity Index
2.141210947219293 eV/particle
States of Matter
PhaseSolid
Gas Phase
Boiling Point
1,261.15 K
Melting Point
722.66 K
Critical Pressure
Critical Temperature
2,329.15 K
Triple Point
Visual

Tellurium is a Silver. Te has a CPK of #ff1493, Jmol of #d47a00, and MOLCAS GV of #d47a00. The Refractive Index of Element 52 is 1.000991.

Color
Silver
Appearance
Refractive Index
1.000991
Thermodynamic Properties
Thermal Conductivity
14.3 W/(m K)
Thermal Expansion
Molar Heat Capacity
25.73 J/(mol K)
Specific Heat Capacity
0.202 J/(g⋅K)
Heat Capacity Ratio (Adiabatic Index)
Electrical Properties
TypeSemiconductor
Electrical Conductivity
0.01 MS/m
Electrical Resistivity
0.0001 m Ω
Superconducting Point
Magnetism
Typediamagnetic
Magnetic Susceptibility (Mass)
-0.0000000039 m³/Kg
Magnetic Susceptibility (Molar)
-0.000000000498 m³/mol
Magnetic Susceptibility (Volume)
-0.0000243
Magnetic Ordering
Curie Point
Neel Point
Structure

The Crystal Structure of Tellurium is HEX. The lattice constant of Te is 4.45 Å. The lattice angles of Element 52 are π/2, π/2, 2 π/3.

Crystal StructureSimple Trigonal (HEX)
Lattice Constant
4.45 Å
Lattice Anglesπ/2, π/2, 2 π/3
Mechanical Properties

Tellurium has a Brinell of 180 MPa, and Mohs hardness of 2.25 MPa. The Bulk Modulus of Te is 65 GPa. The Shear Modulus of Element 52 is 16 GPa. The Young Modulus of Tellurium (Te) is 43 GPa. The Speed of Sound of Tellurium is 2610 m/s.

Hardness
2.25 MPa
Bulk Modulus
65 GPa
Shear Modulus
16 GPa
Young's Modulus
43 GPa
Poisson Ratio
Speed of Sound
2,610 m/s
Classification

The CAS Group of Tellurium is VIB. The IUPAC Group of Te is VIA. The Glawe Number of Element 52 is 94. The Mendeleev Number of Tellurium (Te) is 102. The Pettifor Number of Tellurium is 92. The Geochemical Class of Te is semi-volatile. The Goldschmidt Class of Element 52 is chalcophile.

CategoryMetalloids, Metalloids
CAS GroupVIB
IUPAC GroupVIA
Glawe Number94
Mendeleev Number102
Pettifor Number92
Geochemical Classsemi-volatile
Goldschmidt Classchalcophile

Other

The Dipole Polarizability of Tellurium is 38 plus or minus 4 a₀. Te has a C6 Dispersion Coefficient (CD) of 445 a₀, and C6 Dispersion Coefficient (GB) of 471 a₀. The Allotropes of Element 52 is . The Neutron Cross Section of Tellurium (Te) is 5.4. The Neutron Mass Absorption of Tellurium is 0.0013. The Quantum Numbers of Te is 3P2. The Space Group of Element 52 is 152 (P3121).

Gas Basicity
Dipole Polarizability
38 ± 4 a₀
C6 Dispersion Coefficient
445 a₀
Allotropes
Neutron Cross Section
5.4
Neutron Mass Absorption
0.0013
Quantum Numbers3P2
Space Group152 (P3121)

Isotopes of Tellurium

Stable Isotopes4
Unstable Isotopes38
Natural Isotopes8
Isotopic Composition13037.87%13037.87%12835.27%12835.27%1269.82%1269.82%1257.86%1257.86%1245.27%1245.27%1222.83%1222.83%1200.10%1200.10%1230.99%1230.99%

104Te

Mass Number104
Neutron Number52
Relative Atomic Mass
103.946723408 ± 0.000340967 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
Spin0
Quadrupole Moment
0
Discovery Year2018
Parity+

Decay ModeIntensity
α (α emission)100%

105Te

Mass Number105
Neutron Number53
Relative Atomic Mass
104.943304516 ± 0.000322084 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
633 ± 66 ns
Spin7/2
Quadrupole Moment
Discovery Year2006
Parity+

Decay ModeIntensity
α (α emission)100%

106Te

Mass Number106
Neutron Number54
Relative Atomic Mass
105.937498521 ± 0.000107934 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
78 ± 11 us
Spin0
Quadrupole Moment
0
Discovery Year1981
Parity+

Decay ModeIntensity
α (α emission)100%

107Te

Mass Number107
Neutron Number55
Relative Atomic Mass
106.934882 ± 0.000108 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
3.22 ± 0.09 ms
Spin5/2
Quadrupole Moment
Discovery Year1979
Parity+

Decay ModeIntensity
α (α emission)70%
β+ (β+ decay; β+ = ϵ + e+)
β+ p (β+-delayed proton emission)

108Te

Mass Number108
Neutron Number56
Relative Atomic Mass
107.929380469 ± 0.000005808 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
2.1 ± 0.1 s
Spin0
Quadrupole Moment
0
Discovery Year1974
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)51%
α (α emission)49%
β+ p (β+-delayed proton emission)2.4%
β+α (β+-delayed α emission)0.065%

109Te

Mass Number109
Neutron Number57
Relative Atomic Mass
108.927304532 ± 0.000004704 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
4.4 ± 0.2 s
Spin5/2
Quadrupole Moment
Discovery Year1967
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)96.1%
α (α emission)3.9%
β+ p (β+-delayed proton emission)9.4%
β+α (β+-delayed α emission)0.0049%

110Te

Mass Number110
Neutron Number58
Relative Atomic Mass
109.922458102 ± 0.000007058 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
18.6 ± 0.8 s
Spin0
Quadrupole Moment
0
Discovery Year1977
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)100%
α (α emission)

111Te

Mass Number111
Neutron Number59
Relative Atomic Mass
110.921000587 ± 0.0000069 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
26.2 ± 0.6 s
Spin5/2
Quadrupole Moment
Discovery Year1967
Parity

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)100%
β+ p (β+-delayed proton emission)

112Te

Mass Number112
Neutron Number60
Relative Atomic Mass
111.916727848 ± 0.000009 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
2 ± 0.2 m
Spin0
Quadrupole Moment
0
Discovery Year1976
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)100%

113Te

Mass Number113
Neutron Number61
Relative Atomic Mass
112.915891 ± 0.00003 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
1.7 ± 0.2 m
Spin7/2
Quadrupole Moment
Discovery Year1974
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)100%

114Te

Mass Number114
Neutron Number62
Relative Atomic Mass
113.91208782 ± 0.000026224 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
15.2 ± 0.7 m
Spin0
Quadrupole Moment
0
Discovery Year1968
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)100%

115Te

Mass Number115
Neutron Number63
Relative Atomic Mass
114.911902 ± 0.00003 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
5.8 ± 0.2 m
Spin7/2
Quadrupole Moment
Discovery Year1961
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)100%

116Te

Mass Number116
Neutron Number64
Relative Atomic Mass
115.908465558 ± 0.000025986 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
2.49 ± 0.04 h
Spin0
Quadrupole Moment
0
Discovery Year1958
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)100%

117Te

Mass Number117
Neutron Number65
Relative Atomic Mass
116.908646227 ± 0.000014444 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
62 ± 2 m
Spin1/2
Quadrupole Moment
0
Discovery Year1958
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)100%
ϵ (electron capture)75%
e+ (positron emission)25%

118Te

Mass Number118
Neutron Number66
Relative Atomic Mass
117.905860104 ± 0.000019652 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
6 ± 0.02 d
Spin0
Quadrupole Moment
0
Discovery Year1948
Parity+

Decay ModeIntensity
ϵ (electron capture)100%

119Te

Mass Number119
Neutron Number67
Relative Atomic Mass
118.906405699 ± 0.000007813 Da
G-Factor
0.5 ± 0.1
Abundance
Radioactivity☢️ Radioactive
Half Life
16.05 ± 0.05 h
Spin1/2
Quadrupole Moment
0
Discovery Year1948
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)100%
ϵ (electron capture)97.94%
e+ (positron emission)2.06%

120Te

Mass Number120
Neutron Number68
Relative Atomic Mass
119.904065779 ± 0.00000188 Da
G-Factor
0
Abundance
0.09 ± 0.01
Radioactivity☢️ Radioactive
Half Life
Spin0
Quadrupole Moment
0
Discovery Year1936
Parity+

Decay ModeIntensity
+ (double β+ decay)

121Te

Mass Number121
Neutron Number69
Relative Atomic Mass
120.904945065 ± 0.000027734 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
19.31 ± 0.07 d
Spin1/2
Quadrupole Moment
0
Discovery Year1939
Parity+

Decay ModeIntensity
β+ (β+ decay; β+ = ϵ + e+)100%

122Te

Mass Number122
Neutron Number70
Relative Atomic Mass
121.903044708 ± 0.000001456 Da
G-Factor
0
Abundance
2.55 ± 0.12
RadioactivityStable
Half LifeNot Radioactive ☢️
Spin0
Quadrupole Moment
0
Discovery Year1932
Parity+

123Te

Mass Number123
Neutron Number71
Relative Atomic Mass
122.904271022 ± 0.000001454 Da
G-Factor
Abundance
0.89 ± 0.03
Radioactivity☢️ Radioactive
Half Life
Spin1/2
Quadrupole Moment
0
Discovery Year1932
Parity+

Decay ModeIntensity
ϵ (electron capture)100%

124Te

Mass Number124
Neutron Number72
Relative Atomic Mass
123.902818341 ± 0.000001451 Da
G-Factor
0
Abundance
4.74 ± 0.14
RadioactivityStable
Half LifeNot Radioactive ☢️
Spin0
Quadrupole Moment
0
Discovery Year1932
Parity+

125Te

Mass Number125
Neutron Number73
Relative Atomic Mass
124.904431178 ± 0.000001451 Da
G-Factor
Abundance
7.07 ± 0.15
RadioactivityStable
Half LifeNot Radioactive ☢️
Spin1/2
Quadrupole Moment
0
Discovery Year1931
Parity+

126Te

Mass Number126
Neutron Number74
Relative Atomic Mass
125.903312144 ± 0.000001453 Da
G-Factor
0
Abundance
8.84 ± 0.25
RadioactivityStable
Half LifeNot Radioactive ☢️
Spin0
Quadrupole Moment
0
Discovery Year1924
Parity+

127Te

Mass Number127
Neutron Number75
Relative Atomic Mass
126.905226993 ± 0.000001465 Da
G-Factor
0.42333333333333 ± 0.0026666666666667
Abundance
Radioactivity☢️ Radioactive
Half Life
9.35 ± 0.07 h
Spin3/2
Quadrupole Moment
Discovery Year1938
Parity+

Decay ModeIntensity
β (β decay)100%

128Te

Mass Number128
Neutron Number76
Relative Atomic Mass
127.904461237 ± 0.000000758 Da
G-Factor
0
Abundance
31.74 ± 0.08
Radioactivity☢️ Radioactive
Half Life
2.25 ± 0.09 Yy
Spin0
Quadrupole Moment
0
Discovery Year1924
Parity+

Decay ModeIntensity
(double β decay)100%

129Te

Mass Number129
Neutron Number77
Relative Atomic Mass
128.906596419 ± 0.000000763 Da
G-Factor
0.468 ± 0.0026666666666667
Abundance
Radioactivity☢️ Radioactive
Half Life
69.6 ± 0.3 m
Spin3/2
Quadrupole Moment
0.055 ± 0.013
Discovery Year1939
Parity+

Decay ModeIntensity
β (β decay)100%

130Te

Mass Number130
Neutron Number78
Relative Atomic Mass
129.906222745 ± 0.000000011 Da
G-Factor
0
Abundance
34.08 ± 0.62
Radioactivity☢️ Radioactive
Half Life
791 ± 21 Ey
Spin0
Quadrupole Moment
0
Discovery Year1924
Parity+

Decay ModeIntensity
(double β decay)100%

131Te

Mass Number131
Neutron Number79
Relative Atomic Mass
130.90852221 ± 0.000000065 Da
G-Factor
0.464 ± 0.006
Abundance
Radioactivity☢️ Radioactive
Half Life
25 ± 0.1 m
Spin3/2
Quadrupole Moment
Discovery Year1939
Parity+

Decay ModeIntensity
β (β decay)100%

132Te

Mass Number132
Neutron Number80
Relative Atomic Mass
131.908546713 ± 0.000003742 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
3.204 ± 0.013 d
Spin0
Quadrupole Moment
0
Discovery Year1948
Parity+

Decay ModeIntensity
β (β decay)100%

133Te

Mass Number133
Neutron Number81
Relative Atomic Mass
132.91096333 ± 0.000002218 Da
G-Factor
0.56666666666667 ± 0.013333333333333
Abundance
Radioactivity☢️ Radioactive
Half Life
12.5 ± 0.3 m
Spin3/2
Quadrupole Moment
0.23 ± 0.09
Discovery Year1940
Parity+

Decay ModeIntensity
β (β decay)100%

134Te

Mass Number134
Neutron Number82
Relative Atomic Mass
133.911396376 ± 0.000002948 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
41.8 ± 0.8 m
Spin0
Quadrupole Moment
0
Discovery Year1948
Parity+

Decay ModeIntensity
β (β decay)100%

135Te

Mass Number135
Neutron Number83
Relative Atomic Mass
134.916554715 ± 0.000001848 Da
G-Factor
-0.19714285714286 ± 0.014285714285714
Abundance
Radioactivity☢️ Radioactive
Half Life
19 ± 0.2 s
Spin7/2
Quadrupole Moment
0.29 ± 0.09
Discovery Year1969
Parity-

Decay ModeIntensity
β (β decay)100%

136Te

Mass Number136
Neutron Number84
Relative Atomic Mass
135.92010118 ± 0.000002448 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
17.63 ± 0.09 s
Spin0
Quadrupole Moment
0
Discovery Year1974
Parity+

Decay ModeIntensity
β (β decay)100%
β n (β-delayed neutron emission)1.37%

137Te

Mass Number137
Neutron Number85
Relative Atomic Mass
136.925599354 ± 0.000002254 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
2.49 ± 0.05 s
Spin3/2
Quadrupole Moment
Discovery Year1975
Parity-

Decay ModeIntensity
β (β decay)100%
β n (β-delayed neutron emission)2.94%

138Te

Mass Number138
Neutron Number86
Relative Atomic Mass
137.929472452 ± 0.000004065 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
1.46 ± 0.25 s
Spin0
Quadrupole Moment
0
Discovery Year1975
Parity+

Decay ModeIntensity
β (β decay)100%
β n (β-delayed neutron emission)4.8%

139Te

Mass Number139
Neutron Number87
Relative Atomic Mass
138.935367191 ± 0.0000038 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
724 ± 81 ms
Spin5/2
Quadrupole Moment
Discovery Year1994
Parity-

Decay ModeIntensity
β (β decay)100%
β n (β-delayed neutron emission)

140Te

Mass Number140
Neutron Number88
Relative Atomic Mass
139.939487057 ± 0.000015434 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
351 ± 5 ms
Spin0
Quadrupole Moment
0
Discovery Year1994
Parity+

Decay ModeIntensity
β (β decay)100%
β n (β-delayed neutron emission)

141Te

Mass Number141
Neutron Number89
Relative Atomic Mass
140.945604 ± 0.000429 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
193 ± 16 ms
Spin5/2
Quadrupole Moment
Discovery Year1994
Parity-

Decay ModeIntensity
β (β decay)100%
β n (β-delayed neutron emission)
2n (2-neutron emission)

142Te

Mass Number142
Neutron Number90
Relative Atomic Mass
141.950027 ± 0.000537 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
147 ± 8 ms
Spin0
Quadrupole Moment
0
Discovery Year1994
Parity+

Decay ModeIntensity
β (β decay)100%
β n (β-delayed neutron emission)
2n (2-neutron emission)

143Te

Mass Number143
Neutron Number91
Relative Atomic Mass
142.956489 ± 0.000537 Da
G-Factor
Abundance
Radioactivity☢️ Radioactive
Half Life
120 ± 8 ms
Spin7/2
Quadrupole Moment
Discovery Year2010
Parity+

Decay ModeIntensity
β (β decay)100%
β n (β-delayed neutron emission)
2n (2-neutron emission)

144Te

Mass Number144
Neutron Number92
Relative Atomic Mass
143.961116 ± 0.000322 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
93 ± 60 ms
Spin0
Quadrupole Moment
0
Discovery Year2015
Parity+

Decay ModeIntensity
β (β decay)100%
β n (β-delayed neutron emission)
2n (2-neutron emission)

145Te

Mass Number145
Neutron Number93
Relative Atomic Mass
144.967783 ± 0.000322 Da
G-Factor
0
Abundance
Radioactivity☢️ Radioactive
Half Life
Spin0
Quadrupole Moment
0
Discovery Year2018
Parity+

Decay ModeIntensity
β (β decay)
β n (β-delayed neutron emission)
2n (2-neutron emission)
Tellurium element 2

History

Tellurium was discovered in Transylvania in 1782 by Franz-Joseph Müller von Reichenstein in a mineral containing tellurium and gold. In 1789, another Hungarian scientist, Pál Kitaibel, also discovered the element independently in an ore from Deutsch-Pilsen which had been regarded as argentiferous molybdenite. In 1798, it was named by Martin Heinrich Klaproth who earlier isolated it from the mineral calaverite. From the Latin word tellus, earth

DiscoverersFranz Müller von Reichenstein
Discovery LocationRomania
Discovery Year1782
Etymology (Name Origin)Latin: tellus (earth).
Pronunciationte-LOOR-i-em (English)
Tellurium and tellurium compounds are considered to be mildly toxic
In air, tellurium burns with a greenish-blue flames, forming the dioxide

Uses

The primary use of tellurium is in alloys, foremost in steel and copper to improve machinability. Tellurium is used as a basic ingredient in blasting caps, and is added to cast iron for chill control. It is used in vulcanizing rubber and in catalysts for petroleum cracking. Tellurium is used as a coloring agent in ceramics. Used to improve the machining quality of copper and stainless steel products and to color glass and ceramics. Also in thermoelectric devices. Some is used in the rubber industry and it is a basic ingredient in manufacturing blasting caps.

Sources

Obtained as a by-product of copper and lead refining.

Abundance
Abundance in Earth's crust
0.001 mg/kg
Natural Abundance (Oceans)
Natural Abundance (Human Body)
Natural Abundance (Meteor)
0.00021 %
Natural Abundance (Sun)
Abundance in Universe
0.0000009 %

Nuclear Screening Constants

1s1.0432
2p4.14
2s13.6688
3d14.1607
3p17.9911
3s18.0019
4d32.04
4p28.878
4s27.5916
5p41.1915
5s39.462

Also Known As

  • Te
  • element 52
  • 52Te

Translations

  • Norwegian Bokmåltellur
  • Frenchtellure
  • Italiantellurio
  • Spanishtelurio
  • Norwegian Nynorsktellur
  • Danishtellur
  • Swedishtellur
  • GermanTellur
  • Hungariantellúr
  • Polishtellur
  • Russianтеллур
  • Afrikaanstelluur
  • Amharicቴሉሪየም
  • AragoneseTelurio
  • Arabicتيلوريوم
  • AzerbaijaniTellur
  • BelarusianТэлур
  • Bulgarianтелур
  • Banglaটেলুরিয়াম
  • BretonTelluriom
  • Bosniantelur
  • Catalantel·luri
  • CorsicanTelluriu
  • Czechtellur
  • ChuvashТеллур
  • WelshTelwriwm
  • Greekτελλούριο
  • Esperantoteluro
  • EstonianTelluur
  • Basquetelurio
  • Persianتلوریم
  • Finnishtelluuri
  • FriulianTeluri
  • IrishTeallúiriam
  • Galiciantelurio
  • ManxÇhellurium
  • Hakka Chinesetellurium
  • Hebrewטלור
  • Hindiटेलुरियम
  • Fiji HindiTellurium
  • CroatianTelurij
  • Armenianտելուր
  • Interlinguatellurium
  • Indonesiantelurium
  • Idotelurio
  • Icelandictellúr
  • Japaneseテルル
  • Lojbantedjicmu
  • JavaneseTelurium
  • Georgianტელური
  • Kannadaಟೆಲ್ಲುರಿಯಮ್
  • Korean텔루륨
  • KomiТеллур
  • Latintellurium
  • LuxembourgishTellur
  • LigurianTellurio
  • LithuanianTelūras
  • Latviantelūrs
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