Zinc ... tlitiruntion, hut rather to find if i t Imd nny cffcct on thc nccurncy of the other tletc~minntions. The lend was determined liy tho niethotl of estimnting partly n s peroxide nnd pnrtly n s sulphnte. 111 the cnsc of the two mixtures P and C: thc tin wns cletcrniincd Jcctrolyticnlly from nm
Corrosion of iron and steel
โ Scribed by H.L.
- Publisher
- Elsevier Science
- Year
- 1922
- Tongue
- English
- Weight
- 128 KB
- Volume
- 193
- Category
- Article
- ISSN
- 0016-0032
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โฆ Synopsis
florets characteristic of a number of the Composit~ were present. This substitution was complete, no stigmas of Crocus being present.
The substitute was identified as a species of Onopordon closely related to Onopordo'Jz sibthorpianum Boiss and Heldr. The materials had been dyed with a mixture of Tartrazine and commercial Ponceau 3 R. It was weighted with a mixture of at least 5 per cent. potassium nitrate and borax. About 4 per cent. glycerin was also present.
The material was evidently flavored with saffron oil.
๐ SIMILAR VOLUMES
Kruger).13 Localized Corrosion Of Passive Metals (h. Bohni).14 Stress Corrosion Cracking (r. N. Parkins).15 Hydrogen-induced Cracking And Sulfide Stress Cracking (m. Elboujdaini).16 Corrosion Fatigue (y.-z. Wang).17 Flow Effects On Corrosion (k. D. Efird).18 Erosion-corrosion In Single- And Multipha
405 contained 1.o8 per cent. of carbon, but microphotographs of the metal around a small cavity in the upper part of the axis of the ingot showed that some of the metal had been converted into white cast-iron (about 3 per cent. of carbon) whilst the eutectic areas must have contained more than 4.3 p