Elgin

Robert Bond Chicago Rawhide (Americas), Elgin, Illinois... 

Figure 9-45. Liquid hoid-up variation of surface tension exponent with liquid rate. Reproduced by permission of the American Institute of Chemical Engineers Jesser, B. W., and Elgin, J. C. Trans. A.I.Ch.E. V. 39, No. 3 (1943) p. 295 all rights reserved.

Jesser, B. W. and J. C. Elgin, Studies of Liquid Hold-up in Packed Towers, Trans. Amer. Inst. Chem. Engr., 39, No. 3 277 (1943). 

Tests of a High-Speed Nonretarded Fuel-Air Explosive (FAE) , Rept No ADTC-TR-73-93, Elgin AFB (1973) 8) R.C. Weaver et al,... 

Liquid holdup has been studied by Elgin and Weiss (E2), Piret et al. (P3), Jesser and Elgin (J2), Shulman et al. (S9), and Otake and Okada (09). The results of these studies are in substantial agreement. 

Fio. 29. Comparison of computed (left) and experimental (right) phase diagrams [experimental data by Elgin and Weinstock (E4)]. 

Elgin J, Jovanovich L, Vahed S, et al. 1990. Alteration of hepatic lipid by mirex in rats. Pestic Biochem Physiol 38(3) 273-285. 

Elgin, J. C. Trans. Am. Inst. Chem. Eng. 32 (1936) 451. Graphical calculation of leaching operations. 

Ruby, C. L. and Elgin, J. C. Mass transfer—Transport properties. Chem. Eng. Prog. Symp. Series No. 16, 51 (1955) 17. Mass transfer between liquid drops and a continuous liquid phase in a countercurrent fluidized system. Liquid-liquid extraction in a spray tower. 

Figure 20.14. Layout of distributor heads applied in experiments with high-g rotor 20 (a) The Elgin-head...

Elgin, J. C. and Foust, H. C. Ind. Eng. Chem. 42 (1950) 1127. Countercurrent flow of particles through moving continuous liquid pressure drop and flooding in spray-type liquid towers. 

Since their discovery in 1884 by Kossel, the histones have been the subject of comprehensive study. This work has been summarized in several books and reviews (Phillips, 1971 DeLange and Smith, 1971, 1972 Hnilica, 1972 Elgin and Weintraub, 1975 Li, 1977 Isenberg, 1978, 1979 Von Holt et al., 1979). Therefore, no attempt will be made here to give a comprehensive treatment of the work already reviewed. However, a brief discussion of some special properties of the histones will be presented before we proceed to the treatment of those structural aspects of the histones which are the focus of this article. 

The phosphorylation of histone HI has been reviewed several times in recent years (Dixon et al., 1975 Elgin and Weintraub, 1975 Gurley et al., 1978 Langan, 1978 Isenberg, 1978). Therefore, we will not give a full discussion of the subject here. Only points relevant to HI-DNA interaction will be mentioned. 

The topic of histone modifications has been reviewed recently (Elgin and Weintraub, 1975 Dixon, 1976 Allffey, 1977 Isenberg, 1979), and no attempt will be made here to give a comprehensive review. However, we will present a brief summary of results which can be correlated with the structural role of histones. 

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