and. Pre**- sures" by F. H. Beck and M. G. Fon- tana of The Ohio State University. It seems desirable to briefly review here these two papers because ...
Oct 6, 2008 - Mars G. Fontana. Ind. Eng. Chem. , 1953, 45 (6), pp 91Aâ94A. DOI: 10.1021/ie50522a009. Publication Date: June 1953. ACS Legacy Archive.
Corrosion of Metals by Mil. Effects of ...... VELOCITY 0 7 M PER MI^ ... M , d . d . STATION TEMP. VELOCITY. C. M./min. 1. 7. 5. 2. 9. 6. 3. 26. 6. 4. 49. 6. 5. 49. 50.
eventually breaks loose, the segments of âropeâ remaining intact. Therest of the culture is highly viscous. This organ- ism develops slowly on potato-glucose agar ...
1 A 1) I, 5'1 I{ 1 A I, A N D EN G I N E E H I N G CIi E M 1 S T 1% 1 a39. Corrosion of Metals by Milk ... riot quite reliable. For, if the specimens Bse moved, m is ...
of velocity on corm sion, shows 5 emvc which increases slightly from 20 to. 130 meters per minute, hut then drops. The use of the rotating ma- chine perhaps.
sion studies is presented here. An erosion-corrosion apparatus that yields results that correlate well with actual son-ice conditions and also plant failures were.
Alan H. Singleton, James F. Tompkins, Sidney. Kleinberg, and C. J. Sterner. Ind. Eng. Chem. , 1965, 57 (3), pp 47â53. DOI: 10.1021/ie50663a008. Publication ...
being suspended in stirrups attached to the moving arm of the apparatus. In Germany, however, we consider an arrangement like this not quite reliable.
(scarlet lead chromate) and linseed oil are undoubtedly among the very best for the protection of iron. The suggestion is therefore offered thatfuture tests be.
by Mars G. Fontana. Corrosion data for 18-8S .... down to 0 psi absolute with 1% of full scale accuracy and temperature compensation. ... 1. Schedule 40 IPS.
