LBOI
Landolt-Boernstein Search
  Home  |   Search  |   Indices  |   Indexed Volumes  
scidex

Molecular Formula


 

Compounds with formula Bi


Bi
208.98 g/mol
7440-69-9 		(See Compound Details) Bismuth
Wismut
Bi
Bismuth element
Bismuth-209
Wismut
Bismut
Bi (bismuth)
 Acoustical and Optical Properties
Atomic Defects and Diffusion
Crystallography, Structure and Morphology
Electrical Properties
Electronic Properties
Semiconductors
Spectroscopic Methods
Thermodynamic Properties
Bi
201.00 g/mol
14280-38-7 		(See Compound Details) Bi-201
 Nuclei
Bi
202.00 g/mol 		(See Compound Details) Bi-202
 Nuclei
Bi
203.00 g/mol 		(See Compound Details) Bi-203
 Nuclei
Bi
204.00 g/mol 		(See Compound Details) Bi-204
 Nuclei
Bi
204.98 g/mol
14333-38-1 		(See Compound Details) Bi-205
 Nuclei
Bi
205.98 g/mol 		(See Compound Details) Bi-206
 Nuclei
Bi
206.98 g/mol
13982-38-2 		(See Compound Details) Bi-207
 Nuclei
Bi
207.98 g/mol 		(See Compound Details) Bi-208
 Nuclei
Bi
208.98 g/mol 		(See Compound Details) Bi-209
 Nuclei
Bi
209.98 g/mol
14331-79-4 		(See Compound Details) Bi-210
 Nuclei
Bi
211.00 g/mol 		(See Compound Details) Bi-211
 Nuclei
Bi
212.00 g/mol 		(See Compound Details) Bi-212
 Nuclei
Bi
213.00 g/mol 		(See Compound Details) Bi-213
 Nuclei
Bi
214.00 g/mol 		(See Compound Details) Bi-214
 Nuclei
Bi
215.00 g/mol 		(See Compound Details) Bi-215
 Nuclei
Bi
208.98 g/mol 		(See Compound Details) Bi <g>
Bismuth gas
 Thermodynamic Properties
Bi
208.98 g/mol 		(See Compound Details) Bi(0001)
 Crystallography, Structure and Morphology
Bi
208.98 g/mol 		(See Compound Details) Bi(111)
 Crystallography, Structure and Morphology
Bi
208.98 g/mol 		(See Compound Details) Bi II
 Crystallography, Structure and Morphology
Bi
208.98 g/mol 		(See Compound Details) Bi polycrystalline
 Crystallography, Structure and Morphology

  File created on 2009/18/08 by LCI Publisher GmbH (Gaja Peters, Inga Thede, Volkmar Vill, Ron Zenczykowski)
  © 2009   Landolt Börnstein,   Springer-Verlag Berlin Heidelberg