Moore studies

E. W. Moore, Studies with ion-exchange calcium electrodes in biological fluids ... 

Examining the details involved in solvent interactions reveals a story which is particularly complicated by the interplay between enthalpic and entropic components. This is apparent even in Flory s treatment of traditional polymers, where the solutions often apply generally, but not specifically. While Moores study of solvents showed a general trend toward better folding of his hydrophobic mPE foldamers in more polar solvents [49] treatment of the data required rejection of chlorinated solvents, and did not include aromatics, apart from the anecdotal evidence that they did not unfold the aromatic backbone. This is a strongly interacting system which will require much more work to understand at a fundamental level. 

G.D. Brewer, R.E. Morris, R.H. Lange, and J.W. Moore, Study of the Application of Hydrogen Fuel to Long-Range Subsonic Transport Aircraft, NASA CR-132559 (January 1975). 

Moore studied the removal of Cu(II) ions from synthetic sea water by adsorption on different activated carbons and observed that the adsorption was strongly influenced by pH and the nature of the carbon. The adsorption of Cu(II) ions increased with increase in the ionic concentration of the solution on addition of NaCl. This increase in adsorption was attributed to the formation and adsorption of negatively charged Cu(ll) chloride complexes. The effect of parameters such as contact time, pH and the concentration of the solution in the range 10 to 1000 ppm on the adsorption of Cu(ll) ions has also been reported. Low et al. found that the dye modification of coconut husk enhanced its ability to absorb Cu. 

An example of an early and very detailed investigation of such a dual system is the work of Moore [13], in which different types of cationic polymers were combined with hydrolyzed polyacrylamides at various alumina concentrations. In contrast to other workers, Moore studied the charge relationship of the various charged species. He discovered that a combination of cationic and anionic polymers can give very high levels of retention with high shear resistance only in the case of a proper balance of charges and concentrations. 

Goruganthu R R, Coplan M A, Moore J H and Tossell J A 1988 (e,2e) momentum speotrosoopio study of the interaotion of-CHj and - CFj groups with the oarbon-oarbon triple bond J. Chem. Phys. 89 25... 

Moore C B and Smith I W M 1996 State-resolved studies of reactions in the gas-phase J. Phys. Chem. 100 12 848... 

Liddell P A, Sumida J P, Macpherson A N, Noss L, Seely G R, Clark K N, Moore A L, Moore T A and Gust D 1994 Preparation and photophysical studies of porphyrin-Cgg dyads Photochem. Photobiol. 60 537-41... 

Moore C B 1969 Laser studies of vibrational energy transfer Accounts Chem. Res. 2 103-9... 

In work with the hydrogen chloride-air-water system, Dobratz, Moore, Barnard, and Mever [Chem. Eng. Prog., 49, 611 (1953)] using a cociirrent-flowsystem found that /cg (Eig. 14-77) instead of the 0.8 power as indicated by the Gilliland equation. Heat-transfer coefficients were also determined in this study. The radical increase in heat-transfer rate in the range of G = 30 kg/(s m ) [20,000 lb/(h fH)] was similar to that obsei ved by Tepe and Mueller [Chem. Eng. Prog., 43, 267 (1947)] in condensation inside tubes. 

Liner wear increases with the size, hardness, and sharpness of feed more than with ball size. The hardness of manganese steel corresponds to softer types of ore, while Nihard is about the same as magnetite [Moore et al.. International J. of Mineral Proce.s.sing, 22, 313-343 (1983)]. Quartz and pyrite are considerablv harder than any metals used. Rubber, being resihent, is less affected by ore hardness, and therefore has the advantage with harder ores. Low-charge volume below 35 percent results in increased wear since the liners are not protected bv a covering of ore. Several studies indicate that wear increases at least proportional to the square of mill speed in percent of critical. 

Barchet, W. R., Dennis, R. L., and Seilkop, S. K., Evaluation of RADM using surface data from the Eulerian model evaluation field study. Paper 5.2, pp 63-66, in "Preprints, Seventh Joint Conference on Applications of Air Pollution Meteorology with AWMA," Jan. 14-18, 1991, New Orleans. American Meteorological Shdety, Boston, 1991. Nicholas, G., and Boyd, R. R., Dames and Moore Eng. Bull. 58, 4-12 (1981). 

In this work, the response of PVDF is studied in a cooperative effort with Francois Bauer of the Institut Saint Louis, France, L.M. Lee of the Ktech Corporation of Albuquerque, New Mexico, and M.U. Anderson, R.P. Reed, and L.M. Moore of Sandia National Laboratories. The basis of the work is... 

Perhaps the single most studied (and joyfully played with) rule - certainly the most famous is the two-dimensional Moore neighborhood binary-valued CA invented by John H. Conway, and popularized extensively by Martin Gardner in his Mathematical Gaines column in Scientific. American in the early 1970 s ([gardnerTO], [gardnerTl], [gardner78]). 

Moore J, Seiter K, Kolitz J et al (2006) A Phase II study of Bcl-2 antisense (oblimersen sodium) combined with gemtuzumab ozogamicin in older patients with acute myeloid leukemia in first relapse. Leuk Res 30(7) 777-783... 

The authors of reports referred to in Vol. 14-B (2) who participated in these early investigations under the direction of Professor R. E. Connick are (in alphabetical order) S. C. Carniglia, M. Kasha, W. H. McVey, G. E. Moore, G. E. Sheline and W. K. Wilmarth. These early studies were carried out in HClOit and HC1 solutions and the net effect was a reduction to Pu(III). 

Moore. R. L Basie Instrumentation Lecture Notes and Study Guide, Voi. 1 — Measurement Fundamentals, Vo . 2 - Process Analyzers and Recorders. Instrument Society of America (Prentice Hall, Englewood Cliffs. 1982). 

Schoeninger, M.J. and Moore, K. 1992 Bone stable isotope studies in archaeology. Jowrtta/ of World Prehistory 6 247-296. 

Warner, R.P., Peterson, K.K., and Borgman, L. (1966). Behavioural pathology in fish a quantitative study of sublethal pesticide intoxication. In Pesticides in the Environment and Their Effects on Wildlife. N.W. Moore (Ed.) Journal of Applied Ecology 3 (Supplement), 223-248. 

Many environmental toxins interact with specific cellular receptors, including enzymes, ion channels and ion pumps, and thus provide natural tools for the study of cellular signalling pathways. Palytoxin, a compound isolated from the coelen-terate of genus Palythoa, is one such useful and intriguing compound. The structure of palytoxin was first determined in 1981 independently by Hirata (7) and Moore (2). As one of the most potent marine toxins known, palytoxin has been studied in a variety of systems ranging from erythrocytes to neurons. As a tumor promoter of the non 12-O-tetradecanoylphorbol-13-acetate (TPA) type, palytoxin can also be studied in the context of a growth control system. 

While the nigrostriatal pathways are ipsilateral some crossing occurs in fibres from the ventral tegmental AlO nucleus. These pathways are shown diagramatically in Fig. 7.1. Further details can be obtained from Moore and Bloom (1978) and Lindvall and Bjorkland (1978). The nuclei provide distinct loci for activating the dopamine systems for electrophysiological, release and behavioural studies and for their destruction by electrolytic lesion or injection of the toxin 6-hydroxydopamine (6-OHDA). 

Moore ° has made a brief study of the slow reduction of U(VI) by Sn(II) in hydrochloric acid media. Chloride ion has a pronounced effect on the rate. Spectrophotometric evidence is cited for the complexing interaction of U(VI) and Sn(II). 

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