Mukherjee

I. 45677, n O 1.4513, pK 6.86, pK 9.92. Forms a constant-boiling (b 118.5°) mixture with water (15%) [hygroscopic and miscible with water]. Recommended purification procedure [Asthana and Mukherjee in... 

Kurchi bark is principally used in India as a remedy for amoebic dysentery, and in recent years there has been a revival of medical interest in the drug in this eonneetion. It is generally used in the form of a bark extract but, in imitation of emetine bismuth iodide, kurchi bismuth iodide, consisting of the bismuth iodides of the mixed alkaloids of the bark, has also been used. On the pharmaceutical side Datta and Bal have studied the pharmacognosy of the bark and a method of alkaloidal assay has been devised by Schroff and Dhir, who have also described a process for the preparation of kurchi bismuth iodide, a product for which they, and also Mukherjee and Dutta, have provided methods of assay. 

Mukherjee, D.K. (1976), Design of turbines, using distributed or average losses effect of blading. AGARD 195, 8-1-8-13. 

Mieck et al. [13], and Mukherjee et al. [14] on different types of flax and pineapple fibers. Their results show that tensile strength of flax fibers is remarkably more dependent on the length of the specimen than are usual glass fibers (Fig. 3). In contrast, tensile strength of pineapple fibers is less dependent on the length. The dispersion of the measured values is located mainly in the range of the standard deviation. 

This model was applied by Mukherjee et al. [20] for various natural fibers. By considering diverse mechanisms of deformation they arrived at different calculation possibilities for the stiffness of the fiber. According to Eq. (1), the calculation of Young s modulus of the fibers is based on an isochoric deformation. This equation sufficiently describes the behavior for small angles of fibrils (<45°) [19]. 

Mukherjee presents an interesting examination of factors that can influence operating problems with air-cooled heat exchangers. 

Mukherjee studied the gas phase equilibria and the kinetics of the possible chemical reactions in the pack-chromising of iron by the iodide process. One conclusion was that iodine-etching of the iron preceded chromis-ing also, not unexpectedly, the initial rate of chromising was controlled by transport of chromium iodide. Neiri and Vandenbulcke calculated, for the Al-Ni-Cr-Fe system, the partial pressures of chlorides and mixed chlorides in equilibrium with various alloys and phases, and so developed for pack aluminising a model of gaseous transport, solid-state transport, and equilibria at interfaces. 

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