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Page 120
Boiling sulphuric acid 154 2 . Hydrochloric acid ( ambient temperature ) 155 ( c ) Corrosion rate determinations 158 1 . Boiling sulphuric acid solutions 158 2 . Hydrochloric acid solutions ( ambient temperature ) 162 ( ü ) The ...
Boiling sulphuric acid 154 2 . Hydrochloric acid ( ambient temperature ) 155 ( c ) Corrosion rate determinations 158 1 . Boiling sulphuric acid solutions 158 2 . Hydrochloric acid solutions ( ambient temperature ) 162 ( ü ) The ...
Page 164
Thus , Yoshida et al / 20 / claim that the addition of 15 % Mo produces an alloy fully resistant to virtually all concentrations of sulphuric and hydrochloric acids at room temperature , whilst with 30 % Mo the alloy is resistant to all ...
Thus , Yoshida et al / 20 / claim that the addition of 15 % Mo produces an alloy fully resistant to virtually all concentrations of sulphuric and hydrochloric acids at room temperature , whilst with 30 % Mo the alloy is resistant to all ...
Page 293
The effect of acid concentration on corrosion rate depends on the nature of the acid and its ionization in water . In general , at very high concentration , nearing 100 % , for H2SO4 and H3PO4 , acid ionization is reduced . 2.3 .
The effect of acid concentration on corrosion rate depends on the nature of the acid and its ionization in water . In general , at very high concentration , nearing 100 % , for H2SO4 and H3PO4 , acid ionization is reduced . 2.3 .
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Contents
H Craig and R N Parkins | 123 |
Some Studies of Ion Implantation in the fields of Corrosion and Stress | 202 |
J Kolts J B C Wu?P E Manning and A I Asphahani | 280 |
Copyright | |
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