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Ellis, Albert

Eco, Umberto The Limits of Interpretation Indiana University Press, 1990 Eisenman, Robert and Michael Wise The Dead Sea Scrolls Uncovered Element, 1992 Eleazar, Abraham Uraltes Chymisches Werck fourteenth century Eliade, Mircea The Forge and the Crucible University of Chicago Press, 2 Ed, 1956 Ellis, Albert Howto Live with a Neurotic Wiltshire, 1975... [Pg.494]

This bathochromic shift is typical of 77 —> tt transitions. The behavior of the water solution when acidified was attributed by Albert (175) absorption by the thiazolium cation, by analogy with pyridine. However, allowance is made for the very weak basicity of thiazole (pK = 2.52) compared with that of pyridine (pK = 5.2), Ellis and Griffiths (176) consider the differences between the spectrum of thiazole in water and in... [Pg.47]

Fig. 4.5 John Emmett Ellis (born in 1943), a native of California, received his Ph.D. in 1971 from MIT under the direction of Alan Davison who opened his eyes to the challenge and wonder of inorganic syntheses (J. E. E.). In 1971, John joined the faculty at the University of Minnesota, where he is Professor of Chemistry since 1984. His recent honors include a Humboldt Senior Scientist Award, spent in Wolfgang Beck s group in Miinchen, and the F. Albert Cotton Award in Synthetic Inorganic Chemistry for his studies on the synthesis and characterization of compounds containing d-block elements in their lowest known formal oxidation states. John s research also includes investigations on the reactions of polyarene radical anions with high-valent transition metal precursors as a route to new classes of homoleptic polyarene metal species, in particular anionic ones. Those species can function as highly reactive sources of naked metal anions which previously had only been detected in the gas phase (photo by courtesy of J. E. E.)... Fig. 4.5 John Emmett Ellis (born in 1943), a native of California, received his Ph.D. in 1971 from MIT under the direction of Alan Davison who opened his eyes to the challenge and wonder of inorganic syntheses (J. E. E.). In 1971, John joined the faculty at the University of Minnesota, where he is Professor of Chemistry since 1984. His recent honors include a Humboldt Senior Scientist Award, spent in Wolfgang Beck s group in Miinchen, and the F. Albert Cotton Award in Synthetic Inorganic Chemistry for his studies on the synthesis and characterization of compounds containing d-block elements in their lowest known formal oxidation states. John s research also includes investigations on the reactions of polyarene radical anions with high-valent transition metal precursors as a route to new classes of homoleptic polyarene metal species, in particular anionic ones. Those species can function as highly reactive sources of naked metal anions which previously had only been detected in the gas phase (photo by courtesy of J. E. E.)...
E3. Ellis, S., Observations on stability of sheep pituitary LH and FSH. In Human Pituitary Gonadotropins (A. Albert, ed.), pp. 378-380. Thomas, Springfield, Illinois, 1961. [Pg.55]

World One is the material world World Two the subjective world of each individual s mind World Three is objective structures that are produced by the collective action of human minds but once produced are independent. Within World Three is the knowledge of books, social organizations and techniques of communication. The US clinical psychotherapist Albert Ellis independently developed a famous system of cognitive behavioral psychology involving Activating experiences. Belief systems and Consequences of actions that closely corresponds to Popper s three worlds. His system of disputation and accountability is now at the heart of most clinical therapy. [Pg.285]

Current meters are hydrodynamic instruments with rotating vanes or buckets. The speed of their rotation is proportional to the flow velocity. The forerunners of current meters were the paddle wheels developed in the early 18 century. These were applied by Francesco Domenico Michelotti (1710-1777) in 1767, or by Pierre-Louis Du Buat (1734-1809) in 1786. There are two principal types of current meters, namely the screw and the cup types. The first was conceived by the famous British engineer Robert Hooke in 1783 to measure wind velocity with four vanes similar to a windmill. This type was developed by Reinhard Woltman (1757-1837) in 1790, Andre Baumgarten (1808-1859), Albert Ott (1847-1895), Alphonse Fteley (1837-1903) and Haskell, among many others. The other type meter has several cups on spokes rotating around an axis oriented transverse to the current. These anemometers were first applied around 1850 to measure wind velocities, and then were developed by Theodore Gunville Ellis (1829-1883), or William G. Price (1853-1928) to record flow velocity in rivers. [Pg.405]


See other pages where Ellis, Albert is mentioned: [Pg.164]    [Pg.102]    [Pg.216]    [Pg.360]    [Pg.1007]    [Pg.383]    [Pg.425]    [Pg.283]   
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