Tho griiiding of tvlrcnt stnrcli in 11 bnll inill lins been cstrii-aiveIy invcstigatcd. A s griiiding progmsscd, the gnnrilcs wem incrensingly brokcii rip nnd tho stnrcli cstcr.eivcly dopolyniorised. Snrnplcs of the yrorintl atnrcli tvcm frnc. tionnted nt intervals nncl tlie pliysico.cheniicol prope
The fractionation of wheat starch. Part ix. summary and discussion
β Scribed by Lampitt, L. H. ;Fuller, C. H. F. ;Goldenberg, N.
- Publisher
- Wiley (John Wiley & Sons)
- Year
- 1941
- Weight
- 514 KB
- Volume
- 60
- Category
- Article
- ISSN
- 0368-4075
No coin nor oath required. For personal study only.
β¦ Synopsis
Tho cxpcrimontnl rcsulla dcscribod in tllc previous pnpcrs end tho conclusions drawn from thorn are mviowod and discussed.
π SIMILAR VOLUMES
which had to be taken was to discontinue the addition of bromine if, for some reason or other, the stirrer failed to work. (Accumulation of free bromine in the vessel is dangerous as it might react suddenly with great violence,) The mixture of sulphuric acid and hydrobromic acids was converted into
## Abstract The absorption spectra given by the starchβiodine complexes of the potato starch fractions are qualitatively very similar to those previously observed for the wheat starch fractions. The earlier C.W. Sol. Potato starch fractions are richer in amylose but poorer in amylopectin than the c
## Abstract The reducing powers of the fractions from ground potato starch and the mean molecular weights calculated from them show that, as in the case of wheat starch, grinding in a ball mill causes very considerable depolymerization. This process takes place more rapidly with potato starch than
and advice in the planning of our post-war programme of corrosion research-a programme that provides for a still more i n h a t e application of Chemical Research to the problems of Corrosion Control. One sometimes hears comparisons made, not altogether uninvidiously, on the prosecution of research