Denning, Michael

Denning, Michael. 2003 [1987]. Licensed to Look James Bond and the Heroism of Consimqttiom in Christoph Lindner ed.. The James Bond Phenomenon A Critical Reader. Manchester Manchester University Press. 56-75. Reprinted from Cover Stories Narrative and Ideology in the British Spy Thriller. London Routledge. 

Denning, Michael. 1987. Cover Stories Narrative and Ideology in the British Spy Thriller. London Routledge and Kegan Paul. 

Charles Chesnutt, The Marrow of Tradition [1901] (New York Penguin, 1993), pp. 90, 289-290 James Weldon Johnson, The Autobiography of an Ex-Colored Man [1912] (New York Penguin, 1990), pp. Ill, 113, 116 Michael Denning, The Cultural Front The Laboring of American Culture in the Twentieth Century (London Verso, 1997), pp. 195-199. 

Sitkoff, New Deal, pp. 60-65, 161-165. On Popular Front politics as race politics, see Michael Denning, The Cultural Front The Laboring of American... 

Bei den Iminen I mit raumerfiillenden Resten am a-C-Atom (z.B. Phenylalanin, Valin) werden die chemischen und die optischen Ausbeuten von diesen beeinfluBt1 3,8, Letztere hangen auch von der Aktivitat der verwendeten Alkylhalogenide ab9. Fur die stereo-selektive Michael-Addition der Imine I an elektrophile Olefine ist die Methode wenig geeignet1. 

Hodgkin and Wigner, Michael Polanyi, 1891-1976, 417. See M. Polanyi, Betrach-tungen liber den Aktivierungsvorgang an Grenzflachen, Zeitschriji fur Elektrochemie 35 (1929) 561-567. 

Several studies have shown that the amide bonds that comprise the PAM AM dendrimer backbone are relatively unstable and begin decomposing at temperatures as low as 75 °C [45,50,52,56-58]. The low onset temperature of dendrimer decomposition is not surprising given that PAMAM den-drimers can undergo retro-Michael addition reactions at temperatures above 100 °C [16]. Far more forcing conditions are required to fully activate the catalysts, which suggests that the dendrimer decomposes into various surface species that continue to poison the nanoparticle surfaces. 

Michael Maier, Examen fucorum pseudo-chymicorum (Frankfurt Theodor de Bry, 1617), 14 reprinted in Wolfgang Beck, "Michael Maiers Examen Fucorum Pseudo-Chymicorum Eine Schrift wider den falschen Alchemisten" (PhD diss., Fakultat fur Chemie, Biologie und Geowissenschaft der Technischen Universitat Miinchen, 1992). 

WHO-TEF (2006). Martin van den Berg, Linda S. Bimbaum, Michael Denison, Mike De Vito, William Farland, Mark... 

Blommaert, F. A., Michael, C., Terheggen, P. M. A. B Muggiam, F. M Kortes, V., Chomagel, J. H., Hart, A. A. M., and Den Engelse, L. (1993) Drug-induced DNA modification of buccal cells of cancer patients receiving carboplatin and cisplatin combination chemotherapy, as determined by an immunocytochemical method inter-individual variation and correlation with disease response. Cancer Res. 53, 5669. 

John (Michael) Brown, Cliff Davies, Bob Denning, Robert Fox, John Freeman, Susan Green, Peter Grout, Karl Ffarrison, Annie Jamieson, John Ff. Jones, Paul Kent, Jeremy Knowles, Matthew Lodge, Graham Richards, Rex Richards, John Shorter, Tony Simcock, Keith Waters. 

Michael Mutter, Die Produktion von Recht Eine selbstreferentielle Theorie der Wirtschaft, angewandt auf den Fall des Arzneimittelpatentrechts (Tubingen, 1989). 

Jaroschek C (2004) Innovationen auf den zweiten Blick. Kunststoffe 12 39-43 Menges G, Michael W, Mohren P (1999) Anleitung zum Ban vrai SpritzgieBwerkzeugen, 5th edn. Carl Hanser Verlag, Miinchen... 

Otto van den Berg, Michael Wubbenhorst, Stephen J. Picken, Wolter F. Jager, (2005). 

Nitroolefine 448 reagieren mit den Yliden 117 unter Michael-Addition. Es entstehen die sehr stabilen, Nitrogruppen enthaltenden Phosphin-alkylene 449, die keine Wittig-Reaktion mehr eingehen... 

Aus 475 und den Yliden 7/7 bildet sich neben 478 das Ketenimin 479, das — wie schon oben berichtet — durch Michael-Addition mit einem zweiten Mol 117 in das stabile Phosphinalkylen 480 iibergeht 159,152). 

Ketone 628, die in a-Stellung zur Carbonylgruppe eine Methylengruppe tragen, reagieren mit dem Ylid 617 ausschlieBlich unter Michael-Addition und anschlieBender Athanolabspaltung zu den stabilen Phosphin-alkylenen 629 93). 

The targetry and radiochemical separation related to production (c O Sect. 39.2.5 above) are based on established technology for dry distillation of radioiodine from Te02 target (cf. Van den Bosch et al. 1977 Michael et al. 1981). The separated product is either directly led to a 0.01 M solution of NaOH or is first adsorbed on a column and subsequently eluted with dilute NaOH. The final product exists >98% as iodide and is very suitable for subsequent labeling work. 

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