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Thermal Properties of the Elements
Group 1
1
14.304
J/(g.K)
0.18
W/(m.K)
-
lithium
6.94
4
Li
180.5
°C
1.825
J/(g.K)
432.3
J/g
201
W/(m.K)
Inert gases
5.193
J/(g.K)
1342
°C
12.3
.10-6/K
Liquid elements
[He]2s1
0.534
g/cm3
5.39
eV
11
sodium
Group 2
beryllium
Nonmetals
Actinides
Group 13
Gaseous elements
5
9.01
1278
°C
Halogens
Other metals
boron
1.026
J/(g.K)
Radioactive
Group 14
10.81
6
G: 0.709 J/(g.K)
D: 0.427 J/(g.K)
B
2075
°C
2090.5
J/g
G: 119-165
W/(m.K)
D: 900-4300
W/(m.K)
3927
°C
-
carbon
Be
2477
°C
8.3
.10-6/K
[He]2s2
1.848
g/cm3
9.32
eV
[He]2s2
2p1
2.34
g/cm3
8.30
eV
[He]2s22p2
[He]2s22p2
G: 2.25 g/cm3
D: 3.51 g/cm3
22.99
12
magnesium
24.31
13
aluminium
26.98
14
silicon
Na
97.7
°C
1.023
J/(g.K)
0.897
J/(g.K)
660.3
°C
0.705
J/(g.K)
113.1
J/g
156
W/(m.K)
368.4
J/g
237
W/(m.K)
397.0
J/g
148
W/(m.K)
883
°C
26
.10-6/K
Mg
650
°C
1107
°C
23.86
.10-6/K
2467
°C
2.53
.10-6/K
[Ne]3s1
0.968
g/cm3
5.14
eV
[Ne]3s2
1.738
g/cm3
7.65
eV
19
potassium
39.10
20
calcium
40.08
21
K
63.4
°C
0.647
J/(g.K)
842
°C
0.568
J/(g.K)
59.6
J/g
201
W/(m.K)
759
°C
25.2
.10-6/K
[Ar]4s1
0.856
g/cm3
4.34
eV
[Ar]4s2
37
rubidium
85.47
38
Rb
39.3
°C
0.301
J/(g.K)
25.6
J/g
35.3
W/(m.K)
688
°C
-
[Kr]5s1
1.532
g/cm3
4.18
eV
[Kr]5s2
55
cesium
132.91
56
Cs
28.5
°C
0.204
J/(g.K)
15.8
J/g
18.4
W/(m.K)
671
°C
19
.10-6/K
[Xe]6s1
1.879
g/cm3
3.89
eV
[Xe]6s2
3.62
g/cm3
5.21
eV
lanthanides
atomic number: 57-71
87
francium
223.02
88
radium
226.03
actinium
Fr
27
°C
0.094
J/(g.K)
16.4
J/g
18.6
W/(m.K)
677
°C
-
1.870
g/cm3
-
[Rn]7s2
1.41
W/(m.K)
102.4
W/(m.K)
0.363
J/(g.K)
58.2
W/(m.K)
270
.10-6/K
0.242
J/(g.K)
36
W/(m.K)
291
.10-6/K
0.24
J/(g.K)
15
W/(m.K)
291
.10-6/K
[Rn]7s1
He
0.15
W/(m.K)
27
W/(m.K)
84
.10-6/K
7
Lanthanides
Solid elements
1387.0
J/g
84.70
W/(m.K)
0.757
J/(g.K)
6
Semimetallics
helium
-
3
71
.10-6/K
5
Transition metals
Alkali metals
-253
°C
13.60
eV
1.228
J/(g.K)
4
116.1
J/g
0.0000899
g/cm3
56
.10-6/K
3
Alkaline earth metals
-259.1
°C
1s1
3.582
J/(g.K)
2
H
2
1.01
Ca
Group 3
scandium
213.0
15.8
J/g
W/(m.K)
Group 4
44.96
22
Sc
1541
°C
0.523
J/(g.K)
313.7
J/g
21.9
W/(m.K)
2830
°C
8.35
.10-6/K
titanium
Group 5
47.87
23
Ti
1668
°C
0.489
J/(g.K)
322.8
J/g
30.7
W/(m.K)
3287
°C
8.3
.10-6/K
vanadium
Group 6
50.94
24
V
1902
°C
0.449
J/(g.K)
422.0
J/g
93.7
W/(m.K)
3409
°C
6.6
.10-6/K
1484
°C
-
1.55
g/cm3
6.11
eV
[Ar]3d1
4s2
2.985
g/cm3
6.56
eV
[Ar]3d2
4s2
4.507
g/cm3
6.83
eV
[Ar]3d3
4s2
6.11
g/cm3
6.75
eV
[Ar]3d5
4s1
strontium
87.62
39
yttrium
88.91
40
zirconium
91.22
41
niobium
92.91
42
777
°C
0.298
J/(g.K)
0.278
J/(g.K)
0.265
J/(g.K)
0.251
J/(g.K)
128.2
J/g
22.7
W/(m.K)
219.0
J/g
53.7
W/(m.K)
328.3
J/g
138.5
W/(m.K)
1382
°C
28.3
.10-6/K
3336
°C
5.8
.10-6/K
4409
°C
7.31
.10-6/K
Nb
2477
°C
17.2
W/(m.K)
Zr
1857
°C
94.7
J/g
Y
1526
°C
4744
°C
5.1
.10-6/K
2.63
g/cm3
5.69
eV
[Kr]4d1
5s2
4.472
g/cm3
6.22
eV
[Kr]4d2
5s2
6.511
g/cm3
6.63
eV
[Kr]4d4
5s1
8.57
g/cm3
6.76
eV
barium
137.33
72
hafnium
178.49
73
tantalum
Hf
2233
°C
0.140
J/(g.K)
142.9
J/g
57.5
W/(m.K)
4603
°C
6.5
.10-6/K
13.31
g/cm3
6.83
eV
Sr
Ba
Ra
5.5
g/cm3
lanthanum
727
°C
0.144
J/(g.K)
lanthanides
56.4
J/g
1640
°C
23
W/(m.K)
6.6
.10-6/K
[Xe] 4f14
5d2 6s2
chromium
Group 7
52.00
25
Cr
1857
°C
0.479
J/(g.K)
325.0
J/g
7.82
W/(m.K)
2672
°C
23
.10-6/K
7.14
g/cm3
6.77
eV
molybdenum 95.94
manganese
Group 8
54.94
26
Mn
1244
°C
0.449
J/(g.K)
235.0
J/g
76.6
W/(m.K)
1962
°C
11.5
.10-6/K
[Ar]3d5
4s2
7.47
g/cm3
7.43
eV
43
technetium
iron
Group 9
55.85
27
Fe
1535
°C
0.421
J/(g.K)
247.3
J/g
100
W/(m.K)
2750
°C
12.6
.10-6/K
[Ar]3d6
4s2
7.874
g/cm3
7.90
eV
98.91
44
ruthenium
Tc
2157
°C
0.238
J/(g.K)
240.7
J/g
117
W/(m.K)
4877
°C
9.63
.10-6/K
cobalt
Group 10
58.93
28
Co
1495
°C
0.444
J/(g.K)
272.4
J/g
90.7
W/(m.K)
2927
°C
13
.10-6/K
[Ar]3d7
4s2
8.9
g/cm3
7.88
eV
101.07
45
rhodium
Ru
2334
°C
0.243
J/(g.K)
237.5
J/g
87.2
W/(m.K)
4150
°C
8.5
.10-6/K
nickel
Group 11
58.69
29
Ni
1455
°C
0.385
J/(g.K)
290.4
J/g
404
W/(m.K)
2730
°C
16.8
.10-6/K
[Ar]3d8
4s2
8.908
g/cm3
7.64
eV
[Ar]3d10
4s1
102.91
46
palladium
106.42
47
0.244
J/(g.K)
1554.8
°C
Rh
1964
°C
0.235
J/(g.K)
208.9
J/g
71.8
W/(m.K)
157.3
J/g
429
W/(m.K)
3695
°C
11.9
.10-6/K
Pd
oxygen free
3125
°C
18.9
.10-6/K
Al
C
Si
Group 15
12.01
7
3550
°C
1.040
J/(g.K)
-
0.026
W/(m.K)
4800
°C
-
11.26 eV [He]2s2
11.26 eV
2p3
28.09
15
1410
°C
0.769
J/(g.K)
1799.8 0.235
J/g
W/(m.K)
2355
°C
372
.10-6/K
nitrogen
Group 16
14.01
8
-210.0
°C
0.918
J/(g.K)
51.5
J/g
0.026
W/(m.K)
-195.8
°C
-
0.0012506
g/cm3
14.53
eV
[He]2s2
2p4
phosphorus
30.97
16
44.2 °C
(white)
0.710
J/(g.K)
21.3
J/g
0.269
W/(m.K)
280
°C
180
.10-6/K
N
P
oxygen
0.0001785
g/cm3
24.59
eV
19.00
10
neon
20.18
-219.6
°C
1.030
J/(g.K)
13.4
J/g
0.049
W/(m.K)
-188.1
°C
-
-218.8
°C
0.824
J/(g.K)
13.9
J/g
0.028
W/(m.K)
-183
°C
-
0.00143
g/cm3
13.62
eV
[He]2s2
2p5
0.001696
g/cm3
17.42
eV
[He]2s2
2p6
0.000899
g/cm3
21.56
eV
sulfur
32.07
17
chlorine
35.45
18
argon
39.95
115.2
°C
0.479
J/(g.K)
-101.5
°C
0.520
J/(g.K)
53.6
J/g
0.0089
W/(m.K)
90.3
J/g
0.018
W/(m.K)
444.7
°C
-
-34
°C
-
O
S
F
Cl
Ne
Ar
-248.6
°C
16.4
J/g
-246.1
°C
-189.3
°C
29.7
J/g
-185.8
°C
[Ne]3s2
3p1
2.700
g/cm3
5.99
eV
[Ne]3s2
3p2
2.330
g/cm3
8.15
eV
[Ne]3s2
3p3
2.67 g/cm3
(black)
10.49
eV
[Ne]3s2
3p4
2.069
g/cm3
10.36
eV
[Ne]3s2
3p5
0.00321
g/cm3
12.97
eV
[Ne] 3s2
3p6
0.00178
g/cm3
15.76
eV
65.41
31
gallium
69.72
32
germanium
72.61
33
arsenic
74.92
34
selenium
78.96
35
bromine
79.90
36
krypton
83.80
0.371
J/(g.K)
29.8
°C
0.320
J/(g.K)
938.3
°C
0.329
J/(g.K)
-
Zn
419.5
°C
0.226
J/(g.K)
-7.3
°C
0.248
J/(g.K)
40.6
W/(m.K)
80.0
J/g
59.9
W/(m.K)
508.7
J/g
50
W/(m.K)
326.1
J/g
2.04
W/(m.K)
84.7
J/g
0.122
W/(m.K)
66.2
J/g
0.00949
W/(m.K)
907
°C
5.2
.10-6/K
2204
°C
5.2
.10-6/K
2830
°C
6.0
.10-6/K
616
°C
49.27
.10-6/K
Se
221
°C
107.5
J/g
As
0.321
J/(g.K)
685
°C
-
59
°C
-
Group 12
1084.6
°C
0.388
J/(g.K)
203.4
J/g
120
W/(m.K)
2567
°C
83.3
.10-6/K
8.89
g/cm3
7.73
eV
[Ar]3d10
4s2
7.14
g/cm3
9.39
eV
[Ar]3d10
4s2 4p1
5.904
g/cm3
6.00
eV
[Ar]3d10
4s2 4p2
5.323
g/cm3
7.90
eV
[Ar]3d10
4s2 4p3
5.72
g/cm3
9.82
eV
[Ar]3d10
4s2 4p4
4.79
g/cm3
9.75
eV
[Ar] 3d10
4s2 4p5
3.119
g/cm3
silver
107.87
48
cadmium
112.41
49
indium
114.82
50
tin
118.71
51
antimony
121.75
52
tellurium
127.60
53
iodine
zinc
Ag
961.8
°C
0.232
J/(g.K)
321.1
°C
0.233
J/(g.K)
156.6
°C
0.228
J/(g.K)
231.9
°C
0.207
J/(g.K)
0.202
J/(g.K)
0.145
J/(g.K)
96.8
W/(m.K)
55.2
J/g
81.6
W/(m.K)
28.6
J/g
66.3
W/(m.K)
60.1
J/g
24.3
W/(m.K)
162.6
J/g
2.35
W/(m.K)
137.1
J/g
0.449
W/(m.K)
2212
°C
29.4
.10-6/K
767
°C
30
.10-6/K
2072
°C
27
.10-6/K
2602
°C
11.0
.10-6/K
1587
°C
16.8
.10-6/K
Te
449.5
°C
104.6
J/g
Sb
630.6
°C
990
°C
-
Ga
Ge
Br
Mo
2623
°C
0.25
J/(g.K)
390.7
J/g
50.6
W/(m.K)
4639
°C
-
[Kr]4d5
5s1
10.216
g/cm3
7.09
eV
[Kr]4d5
5s2
11.5
g/cm3
7.28
eV
[Kr]4d7
5s1
12.37
g/cm3
7.36
eV
[Kr]4d8
5s1
12.45
g/cm3
7.46
eV
[Kr] 4d10
12.023
g/cm3
8.34
eV
[Kr] 4d10
5s1
10.49
g/cm3
7.58
eV
[Kr] 4d10
5s2
8.65
g/cm3
8.99
eV
[Kr] 4d10
5s2 5p1
7.31
g/cm3
5.79
eV
[Kr] 4d10
5s2 5p2
7.31
g/cm3
7.34
eV
[Kr] 4d10
5s2 5p3
6.697
g/cm3
8.64
eV
[Kr] 4d10
5s2 5p4
6.24
g/cm3
9.01
eV
[Kr] 4d10
5s2 5p5
4.94
g/cm3
180.95
74
tungsten
183.84
75
rhenium
186.21
76
osmium
190.23
77
iridium
192.22
78
platinum
195.08
79
gold
196.97
80
mercury
200.59
81
thallium
204.38
82
lead
207.20
83
bismuth
208.98
84
polonium
209.98
85
astatine
0.132
J/(g.K)
0.137
J/(g.K)
0.130
J/(g.K)
0.131
J/(g.K)
0.133
J/(g.K)
0.129
J/(g.K)
1064.2
°C
0.140
J/(g.K)
-38.8
°C
0.129
J/(g.K)
304
°C
0.129
J/(g.K)
327.5
°C
0.122
J/(g.K)
271.4
°C
0.48
J/(g.K)
88
W/(m.K)
167.2
J/g
147
W/(m.K)
135.8
J/g
71.6
W/(m.K)
113.4
J/g
317
W/(m.K)
63.7
J/g
8.34
W/(m.K)
11.4
J/g
46.1
W/(m.K)
20.3
J/g
35.3
W/(m.K)
23.0
J/g
7.87
W/(m.K)
53.1
J/g
20
W/(m.K)
286.2
J/g
1.7
W/(m.K)
5458
°C
4.5
.10-6/K
5555
°C
6.6
.10-6/K
5596
°C
6.58
.10-6/K
5020
°C
6.5
.10-6/K
4428
°C
9.09
.10-6/K
3827
°C
14.2
.10-6/K
2856
°C
182
.10-6/K
357
°C
29.4
.10-6/K
1473
°C
29.4
.10-6/K
1750
°C
13.5
.10-6/K
1564
°C
-
Po
254
°C
177.2
J/g
Pt
1772
°C
48
W/(m.K)
Ir
2466
°C
192.5
J/g
Os
3050
°C
174.0
W/(m.K)
Re
3186
°C
199.0
J/g
W
3422
°C
-
Ta
3017
°C
962
°C
-
[Xe] 4f14
5d3 6s2
16.65
g/cm3
7.89
eV
[Xe] 4f14
5d4 6s2
19.25
g/cm3
7.98
eV
[Xe] 4f14
5d5 6s2
21.02
g/cm3
7.88
eV
[Xe] 4f14
5d6 6s2
22.59
g/cm3
8.7
eV
[Xe] 4f14
5d7 6s2
22.56
g/cm3
9.1
eV
[Xe] 4f14
5d9 6s1
21.45
g/cm3
9.0
eV
[Xe] 4f14
5d10 6s1
19.32
g/cm3
9.23
eV
[Xe] 4f14
5d10 6s2
13.546
g/cm3
6.11
eV
5d106s26p2
[Xe] 4f14
11.34
g/cm3
7.42
eV
5d106s26p3
[Xe] 4f14
9.78
g/cm3
7.29
eV
5d106s26p4
[Xe] 4f14
9.196
g/cm3
8.42
eV
5d106s26p5
138.91
58
cerium
140.12
59
praseodymium
140.91
60
62
samarium
150.36
63
europium
151.96
64
gadolinium
157.25
65
terbium
67
holmium
164.93
68
erbium
167.26
69
thulium
168.93
70
920
°C
0.192
J/(g.K)
798
°C
0.193
J/(g.K)
931
°C
0.190
J/(g.K)
1072
°C
0.182
J/(g.K)
826
°C
0.236
J/(g.K)
1312
°C
0.182
J/(g.K)
1474
°C
0.168
J/(g.K)
1522
°C
0.160
J/(g.K)
1545
°C
0.155
J/(g.K)
44.6
J/g
11.4
W/(m.K)
39.0
J/g
12.5
W/(m.K)
48.9
J/g
16.5
W/(m.K)
57.4
J/g
13.9
W/(m.K)
60.6
J/g
10.6
W/(m.K)
63.9
J/g
11.1
W/(m.K)
74.0
J/g
14.3
W/(m.K)
99.7
J/g
34.9
W/(m.K)
3457
°C
8.5
.10-6/K
3426
°C
4.8
.10-6/K
3520
°C
6.7
.10-6/K
1803
°C
26
.10-6/K
1527
°C
6.4
.10-6/K
3250
°C
-
2695
°C
9.2
.10-6/K
1947
°C
25
.10-6/K
5.58
eV
[Xe] 4f1
5d1 6s2
6.689
g/cm3
5.54
eV
[Xe] 4f3
6s2
5.46
eV
[Xe] 4f4
6s2
227.03
90
thorium
232.04
91
92
1050
°C
0.113
J/(g.K)
1755
°C
0.12
J/(g.K)
62.6
J/g
54
W/(m.K)
69.4
J/g
47
W/(m.K)
3200
°C
-
4788
°C
-
Au
-268.9
°C
9
30
Cu
5.3
J/g
16.00
63.55
copper
-272.2
°C
1s2
Group 17
fluorine
4.00
Cd
Hg
In
Tl
10.44 [Xe] 4f14
5d106s26p1
eV
11.85
g/cm3
Sn
Pb
Bi
I
11.81 [Ar] 3d10
eV
4s24p6
Kr
126.90
54
113.7
°C
0.158
J/(g.K)
122.3
J/g
0.00569
W/(m.K)
184
°C
-
-157.4
°C
19.5
J/g
-153
°C
0.003749
g/cm3
14.00
eV
xenon
131.29
Xe
-111.7
°C
17.5
J/g
-108
°C
10.45 [Kr] 4d10
eV
5s25p6
0.0059
g/cm3
12.13
eV
209.99
86
radon
222
At
302
°C
0.094
J/(g.K)
542.9
J/g
0.00364
W/(m.K)
337
°C
-
-
-
ytterbium
[Xe] 4f14
-71
°C
Rn
13.0
J/g
-61.8
°C
5d106s26p6
[Xe] 4f14
0.00973
g/cm3
10.75
eV
173.04
71
lutetium
174.97
824
°C
0.154
J/(g.K)
44.3
J/g
16.4
W/(m.K)
1194
°C
-
700
°C
actinides
37.0
J/g
1737
°C
5.28
eV
actinides
atomic number: 89-103
lanthanides
Atomic
Number
Name
Specific
Heat
Thermal
Conductivity
Atomic
Mass
Melting
Point
Element
values generally valid
for standard
conditions at RT
57
0.195
J/(g.K)
6
4.9
.10-6/K
[Xe] 5d1
6s2
Heat of
Fusion
89
0.120
J/(g.K)
7
Electron
Configuration
Density
Ionization
Energy
La
6.146
g/cm3
12
W/(m.K)
[Rn] 6d1
7s2
actinium
Ac
10.07
g/cm3
Disclaimer of liability:
NETZSCH-Gerätebau GmbH can make no guarantees for any of the information
provided here nor claim any responsibility for its accuracy.
Bibliography:
Handbook of Chemistry and Physics, 76th Edition, 1995-1996
D‘ANS LAX
Lehrbuch der Anorganischen Chemie, Holleman & Wiberg, de Gruyter Verlag, 1985
Others
Version 3.0
Ce
Pr
6.64
g/cm3
neodymium 144.24
61
1024
°C
0.18
J/(g.K)
49.5
J/g
17.9
W/(m.K)
3100
°C
-
7.007
g/cm3
5.53
eV
[Xe] 4f5
6s2
uranium
238.03
93
1132
°C
-
38.4
J/g
6.3
W/(m.K)
4134
°C
-
Nd
promethium 146.92
Pm
1100
°C
0.197
J/(g.K)
590.1
13.3
J/g
W/(m.K)
Sm
Eu
Gd
Tb
158.93
66
1356
°C
0.173
J/(g.K)
67.9
J/g
10.7
W/(m.K)
3230
°C
8.6
.10-6/K
dysprosium 162.50
Dy
1407
°C
0.165
J/(g.K)
68.1
J/g
16.2
W/(m.K)
2567
°C
-
Ho
3000
°C
-
7.22
g/cm3
5.55
eV
[Xe] 4f6
6s2
7.53
g/cm3
5.64
eV
[Xe] 4f7
6s2
5.244
g/cm3
5.67
eV
[Xe] 4f7
5d1 6s2
7.901
g/cm3
6.15
eV
[Xe] 4f9
6s2
8.219
g/cm3
5.86
eV
[Xe] 4f10
6s2
8.551
g/cm3
5.94
eV
[Xe] 4f11
6s2
8.8
g/cm3
6.02
eV
[Xe] 4f12
6s2
neptunium
237.05
94
plutonium
244.06
95
americium
243
96
curium
247.07
97
berkelium
247
98
californium
251
99
einsteinium
252
100
640
°C
0.13
J/(g.K)
641
°C
-
1176
°C
-
1340
°C
-
986
°C
-
950
°C
-
860
°C
-
13.5
J/g
6.74
W/(m.K)
11.6
J/g
10
W/(m.K)
59.2
J/g
-
-
-
-
-
-
-
-
-
3902
°C
-
3327
°C
-
2607
°C
-
3110
°C
-
-
-
-
-
-
-
6.23
eV
[Rn] 5f10
6.30
eV
[Rn] 5f11
6.42
eV
[Rn] 5f12
Er
119.0
16.8
J/g
W/(m.K)
Tm
Yb
2510
°C
-
9.066
g/cm3
6.11
eV
[Xe] 4f13
6s2
9.321
g/cm3
6.18
eV
[Xe] 4f14
6s2
6.965
g/cm3
6.25
eV
[Xe] 4f14
5d1 6s2
fermium
257.10
101
mendelevium
258
102
nobelium
259
103
1527
°C
-
-
-
-
-
-
-
-
-
-
-
-
Md
827
°C
-
-
-
-
6.50
eV
[Rn] 5f13
-
6.58
eV
[Rn] 5f14
6.65
eV
[Rn] 5f14
1663
°C
Lu
106.3
J/g
9.841
g/cm3
5.43
eV
3395
°C
actinides
Boiling
Point
Expansion
Coefficient
13.5
W/(m.K)
lanthanum
5.17
eV
[Rn] 6d2
7s2
Th
11.724
g/cm3
6.08
eV
[Rn] 5f2
6d1 7s2
protactinium 231.04
Pa
15.37
g/cm3
1840
°C
0.116
J/(g.K)
64.9
J/g
27.6
W/(m.K)
4027
°C
-
5.89
eV
[Rn] 5f3
6d1 7s2
U
19.16
g/cm3
6.19
eV
[Rn] 5f4
6d1 7s2
Np
20.25
g/cm3
6.27
eV
[Rn] 5f6
7s2
Pu
19.74
g/cm3
6.06
eV
[Rn] 5f7
7s2
Am
13.67
g/cm3
5.99
eV
[Rn] 5f7
6d1 7s2
Cm
13.51
g/cm3
6.02
eV
[Rn] 5f9
7s2
Bk
14.78
g/cm3
Cf
7s2
NETZSCH-Gerätebau GmbH
Wittelsbacherstraße 42
95100 Selb
Germany
Tel.: +49 9287 881-0
Fax: +49 9287 881-505
[email protected]
www.netzsch.com
15.1
g/cm3
7s2
Es
13.50
g/cm3
7s2
Fm
-
7s2
No
-
7s2
lawrencium 260.11
Lr
1627
°C
-
-
6d1 7s2
-
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strum
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NGB ‧ TPofElements ‧ E ‧ 0317 ‧ NWS ‧ Technical specifications are subject to change.
1
hydrogen
Group 18