984 resultados para Backhouse, Deborah, 1793-1827.
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Includes bibliographical references and indexes.
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Pages [29]-32 contain: "Address to the Church and Society, by Rev. S. L. Pomroy [i.e. Pomeroy], of Bangor."
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Mode of access: Internet.
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Mode of access: Internet.
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Page 24 contains an advertisement for Henry's Commentary on the Bible.
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Mode of access: Internet.
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Mode of access: Internet.
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Published anonymously. By Charlotte Biggs. Has been wrongly attributed to Helen Maria Williams. Cf. Biggs.
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Letters written during vacation tours in western North Carolina.
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Patrick Danoy, Meng Wei, Hadler Johanna, et al. Association of variants in MMEL1 and CTLA4 with rheumatoid arthritis in the Han Chinese population. Ann Rheum Dis 2011;70:1793–97. The following authors were listed as contributing equally to the study...
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Three original documents: citizenship certificate and oath for Israel Fabian (June 23, 1827); certificate of family name and Prussian citizenship for Israel Fabian (December 21, 1838); appointment of widow Fabian as quartermaster (September 14, 1875).
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Brachysaura is a monotypic genus of agamid lizard found in the Indian subcontinent; the identity and systematic position of B. minor has been long debated, and it has at times been subsumed into Agama, Charasia and Laudakia, with some authors suggesting affinities to Calotes. We constructed nuclear and mitochondrial phylogenetic trees including Brachysaura and allied agamid genera to resolve its phylogenetic position. We also compared osteology and external morphology with the genera Agama, Calotes and Laudakia. Hemipenial morphology was compared with Calotes and some other agamids from South Asia. Both nuclear and mitochondrial phylogenies demonstrate that Brachysaura is nested within the widespread South and Southeast Asian genus Calotes, with which it also shares certain external morphological, osteological and hemipenial characters. Adaptations to ground dwelling in Brachysaura minor has resulted in unique modifications to its body plan, which is likely why generic allocation has been long confused. This study also highlights the need for an integrated systematic approach to resolve taxonomic ambiguity in Asian agamids.
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Louis Marie Prudhomm nasceu em Lyon em 1752 e morreu em Paris em 1830. Entre os anos de 1787 e 1789, morando em Paris, publicou um número incalculável de panfletos revolucionários, entre os quais destaca-se ‘Résume des cahiers de doléances des bailliages pour les deputés des trois ordres aux etats géneraux’, em 1789. Pouco antes da queda da Bastilha, publicou ‘Las Revoluciones de Paris’. Em 1799, tornou-se impressor e livreiro. Entre suas inúmeras obras se encontram ‘Les crimes des reines de France’; ‘Les crimes des rois de France’; ‘Les crimes des Papes’; ‘Les crimes des empereurs d'Allemagne’, todas publicadas em 1793; ‘Histoire impartiale des révolutions de France depuis la mort de Louis XV’, publicada entre 1824 e 1825; e ‘Repertoire universel, historique, biographique des femmes célebres’, publicada entre 1826 e 1827. De acordo com a ‘Enciclopédia Universal Ilustrada’, há dúvidas quanto à autoria da obra ‘Les crimes des empereurs d'Allemagne’ aventando-se a possibilidade de o literato e político francês, Louis de La Vicomtérie de Saint-Samson ser seu autor
“Deborah Numbers”, Coupling Multiple Space and Time Scales and Governing Damage Evolution to Failure
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Two different spatial levels are involved concerning damage accumulation to eventual failure. nucleation and growth rates of microdamage nN* and V*. It is found that the trans-scale length ratio c*/L does not directly affect the process. Instead, two independent dimensionless numbers: the trans-scale one * * ( V*)including the * **5 * N c V including mesoscopic parameters only, play the key role in the process of damage accumulation to failure. The above implies that there are three time scales involved in the process: the macroscopic imposed time scale tim = /a and two meso-scopic time scales, nucleation and growth of damage, (* *4) N N t =1 n c and tV=c*/V*. Clearly, the dimensionless number De*=tV/tim refers to the ratio of microdamage growth time scale over the macroscopically imposed time scale. So, analogous to the definition of Deborah number as the ratio of relaxation time over external one in rheology. Let De be the imposed Deborah number while De represents the competition and coupling between the microdamage growth and the macroscopically imposed wave loading. In stress-wave induced tensile failure (spallation) De* < 1, this means that microdamage has enough time to grow during the macroscopic wave loading. Thus, the microdamage growth appears to be the predominate mechanism governing the failure. Moreover, the dimensionless number D* = tV/tN characterizes the ratio of two intrinsic mesoscopic time scales: growth over nucleation. Similarly let D be the “intrinsic Deborah number”. Both time scales are relevant to intrinsic relaxation rather than imposed one. Furthermore, the intrinsic Deborah number D* implies a certain characteristic damage. In particular, it is derived that D* is a proper indicator of macroscopic critical damage to damage localization, like D* ∼ (10–3~10–2) in spallation. More importantly, we found that this small intrinsic Deborah number D* indicates the energy partition of microdamage dissipation over bulk plastic work. This explains why spallation can not be formulated by macroscopic energy criterion and must be treated by multi-scale analysis.
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Parte 1 - Atos do Poder Legislativo