Corrosion Reviews, Volumes 14-15Scientific Publications Division, Freund Publishing House, 1996 |
From inside the book
Results 1-3 of 85
Page 270
... Temperature plays a key role in the development of both types of corrosion . Therefore , the temperature distribution around the blade determines the most probable sites where corrosion may occur , by influencing the chemical reaction ...
... Temperature plays a key role in the development of both types of corrosion . Therefore , the temperature distribution around the blade determines the most probable sites where corrosion may occur , by influencing the chemical reaction ...
Page 284
... temperature , i.e. , the rate of ash accumulation accelerates at higher firing temperatures . For instance , for the longest operation period ( 216 h ) , when the gas inlet temperature was 950 ° C , sampled deposits up to 7 mm thick ...
... temperature , i.e. , the rate of ash accumulation accelerates at higher firing temperatures . For instance , for the longest operation period ( 216 h ) , when the gas inlet temperature was 950 ° C , sampled deposits up to 7 mm thick ...
Page 330
... temperature to 450 ° C , three characteristic crystalline patterns were revealed . Crystals of definite composition prevailed in specific temperature ranges – ( NisP4 , Ni ) , ( NiP , Ni ) and ( Ni3P , NiP2 , Ni ) at 260-360 , 340-420 ...
... temperature to 450 ° C , three characteristic crystalline patterns were revealed . Crystals of definite composition prevailed in specific temperature ranges – ( NisP4 , Ni ) , ( NiP , Ni ) and ( Ni3P , NiP2 , Ni ) at 260-360 , 340-420 ...
Contents
Expert Systems for Corrosion Prevention and Control | 1 |
Use of Computerized Techniques in Corrosion | 15 |
Design and Structure of Knowledge Based Systems | 71 |
22 other sections not shown
Other editions - View all
Common terms and phrases
acid alloys aluminum analysis anodic anticorrosive application aqueous ASTM behaviour binder Biofouling calcium resinate carbon cathodic protection Chem chemical chloride CO₂ composition concentration containing corrosion control corrosion inhibitors corrosion potential corrosion protection corrosion rate corrosion resistance Corrosion Reviews current density deposits dissolution effect electrochemical electrode electrolyte engineering environment epoxy evaluation experimental expert system exposure film thickness fuel function galvanic corrosion gas turbine hydrogen immersion impedance increase industry inhibition inhibitors interface layer materials measurements mechanism metal Michael Schorr NACE NACE International oxide paint film panels parameters particles performance petrochemical pigment pitting corrosion polarization curves polymer potentiostatic prediction present properties reaction samples silicate Skoulikidis sodium solution specific specimens steel stress corrosion cracking structure substrate surface system developer Table techniques Technology temperature tests titanium values WW rosin zinc ZRP coatings