ASTM Special Technical Publication, Issue 866American Society for Testing and Materials, 1985 - Bioengineering |
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Page 53
... Oxygen Concentration , % Tin 0 3 10 ( 2.2 ) 81 ( 6 ) 21 92 ( 8 ) Iron Lead 2 ( 0.4 ) 0.1 25 ( 5 ) 0.5 ( 0.1 ) ~ 850 0.6 ( 0.5 ) " Effect of headspace oxygen concentration on the dissolution of metals from a 2 % tin / 98 % lead and ...
... Oxygen Concentration , % Tin 0 3 10 ( 2.2 ) 81 ( 6 ) 21 92 ( 8 ) Iron Lead 2 ( 0.4 ) 0.1 25 ( 5 ) 0.5 ( 0.1 ) ~ 850 0.6 ( 0.5 ) " Effect of headspace oxygen concentration on the dissolution of metals from a 2 % tin / 98 % lead and ...
Page 194
... oxygen concentrations between deaerated ( < 0.01 ppm ) and oxygen saturation at each temperature . The purge gas was either oxygen or air , alone or mixed with 50 % nitrogen . Air was also mixed with larger quantities of nitrogen to ...
... oxygen concentrations between deaerated ( < 0.01 ppm ) and oxygen saturation at each temperature . The purge gas was either oxygen or air , alone or mixed with 50 % nitrogen . Air was also mixed with larger quantities of nitrogen to ...
Page 319
... oxygen ) resulted in the material remaining active with some low measure of corrosion currents . Increasing the oxygen concentration by purging with various gas mixtures , that is , 95 % nitrogen and 5 % oxygen , compressed air ( 80 ...
... oxygen ) resulted in the material remaining active with some low measure of corrosion currents . Increasing the oxygen concentration by purging with various gas mixtures , that is , 95 % nitrogen and 5 % oxygen , compressed air ( 80 ...
Contents
Introduction | 1 |
Problems and Pitfalls | 14 |
Microcomputer Data Aquisition for Corrosion Research | 24 |
Copyright | |
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