Biomedical Engineering Reference
In-Depth Information
8.3 Data of Frequently Used Substances
Amino acids: see Table 8.13;
Nucleotides: see Table 8.15;
Buffers: see Table 7.2
Organic solvents: see Table 8.10
Table8.6.
Relative atomicmassM
r
of naturally occurring elements (basis
12
C = 12.00)
Name
Symbol
Atomic
Name
Symbol
Atomic
weight
weight
Aluminum
Al
26.98
Neodymium
Nd
114.24
Antimony
Sb
121.75
Neon
Ne
20.18
Argon
Ar
39.95
Nickel
Ni
58.71
Arsenic
As
74.92
Niobium
Nb
92.91
Barium
Ba
137.34
Nitrogen
N
14.01
Beryllium
Be
9.01
Osmium
Os
190.2
Bismuth
Bi
208.98
Oxygen
O
15.999
Boron
B
10.81
Palladium
Pd
106.42
Bromine
Br
79.91
Phosphorus
P
30.97
Cadmium
Cd
112.41
Platinum
Pt
195.09
Calcium
Ca
40.08
Potassium
K
39.098
Carbon
C
12.01
Preseodymium
Pr
140.91
Cerium
Ce
140.12
Radium
Ra
226
Cesium
Cs
132.91
Radon
Rn
222
Chlorine
Cl
35.45
Rhenium
Re
186.21
Chromium
Cr
51.996
Rhodium
Rh
102.91
Cobalt
Co
58.93
Rubidium
Rb
85.47
Copper
Cu
63.55
Ruthenium
Ru
101.07
Dysprosium
Dy
162.5
Samarium
Sm
150.35
Erbium
Er
167.26
Scandium
Sc
44.96
Europium
Eu
151.96
Selenium
Se
78.96
Fluorine
F
18.998
Silicon
Si
28.09
Gadolinium
Gd
157.25
Silver
Ag
107.87
Gallium
Ga
69.72
Sodium
Na
22.99
Germanium
Ge
72.59
Strontium
Sr
87.62
Gold
Au
196.97
Sulfur
S
32.06
Hafnium
Hf
178.49
Tantalum
Ta
180.95
Helium
He
4.00
Tellurium
Te
127.6
Holmium
Ho
164.93
Terbium
Tb
158.92
Hydrogen
H
1.01
Thallium
Tl
204.37
Indium
In
114.82
Thorium
Th
232.04
Iodine
I
126.90
Thulium
Tm
168.93
Iridium
Ir
192.22
Tin
Sn
118.69
Iron
Fe
55.85
Titanium
Ti
47.87
