Corrosion Reviews, Volume 7Scientific Publications Division, Freund Publishing House, 1987 |
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Page 220
... protection system . formula ( 1 ) can be written P = ( 1 exp ( a.AE ) ) . 100 ( 3 ) Eq . ( 3 ) allows evaluation of the external current density required for achieving a given degree of protection . Using this equation relation ( 2 ) ...
... protection system . formula ( 1 ) can be written P = ( 1 exp ( a.AE ) ) . 100 ( 3 ) Eq . ( 3 ) allows evaluation of the external current density required for achieving a given degree of protection . Using this equation relation ( 2 ) ...
Page 222
... protected . This situation is illustrated in Fig . 3 which shows the value of protection Time Chours ] Protection current density vs. time at -850mV vs. Ag / AgCl in seawater at 2 m / s . - Al brass - - CuNi 90/10 . 250 300 current ...
... protected . This situation is illustrated in Fig . 3 which shows the value of protection Time Chours ] Protection current density vs. time at -850mV vs. Ag / AgCl in seawater at 2 m / s . - Al brass - - CuNi 90/10 . 250 300 current ...
Page 226
... protection system is in operation under steady state conditions , each power module is driven by a computer singly . However , this does not mean that all the generators or part of them cannot be driven in parallel in the initial start ...
... protection system is in operation under steady state conditions , each power module is driven by a computer singly . However , this does not mean that all the generators or part of them cannot be driven in parallel in the initial start ...
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