Encyclopedia of Physical Science and Technology, Volume 2Academic Press, 1992 - Physical sciences |
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Page 362
... Flame Gases The two primary flames that are used are air- acetylene ( 2600 K ) and nitrous oxide - acetylene ( 3200 K ) . Sometimes an air - hydrogen ( 2400 K ) flame is used . Most elements in the periodic ta- ble will give an emission ...
... Flame Gases The two primary flames that are used are air- acetylene ( 2600 K ) and nitrous oxide - acetylene ( 3200 K ) . Sometimes an air - hydrogen ( 2400 K ) flame is used . Most elements in the periodic ta- ble will give an emission ...
Page 364
... Flame . The choice of flame has a profound effect upon whether or not chemical interferences are observed during the determi- nation of an analyte in a sample . The basic prin- ciple is that the higher the temperature of the flame the ...
... Flame . The choice of flame has a profound effect upon whether or not chemical interferences are observed during the determi- nation of an analyte in a sample . The basic prin- ciple is that the higher the temperature of the flame the ...
Page 371
... Flame . The flames used in AAS have already been described . They are the same as those used for flame AES . The burner that is used is usually a long - slot burner ( Fig . 4b ) , which allows for the maximum signal due to the long ...
... Flame . The flames used in AAS have already been described . They are the same as those used for flame AES . The burner that is used is usually a long - slot burner ( Fig . 4b ) , which allows for the maximum signal due to the long ...
Contents
Guide to Using the Encyclopedia ix Atomic Physics | 339 |
Approximations and Expansions 1 Atomic Spectrometry | 357 |
Archaeological Geology 31 Atomic Spectroscopy | 381 |
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