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The marketing of public library services for a profitJones-Evans, Angela January 1995 (has links)
No description available.
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Automatic compiler generation from natural semantics specificationsMcKeever, Stephen Walter January 2002 (has links)
No description available.
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Hydrology and hydrochemistry of an upland peat catchment, Cancer Cleugh Redesdale, NorthumberlandStunell, Judith M. January 1996 (has links)
No description available.
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User friendly response generation and transparent task allocation in a networked abstract machine environmentEfe, K. January 1985 (has links)
No description available.
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Simulation program generation for an array processorPeers, J. C. January 1985 (has links)
No description available.
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On some problems related to machine-generated noiseStockis, Jean-Pierre January 1997 (has links)
No description available.
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The study of neurogenesis in the rodent telencephalonNangla, Jyoti January 1999 (has links)
No description available.
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Commercialising wind power in China : the policy challengeBrown, Carol-Ann January 2002 (has links)
No description available.
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Floquet calculations of rates of frequency conversion and multiphoton ionisation in intense laser fieldMese, Emine January 1997 (has links)
Nonperturbative rates of harmonic generation or frequency mixing and rates of multiphoton ionisation were obtained for atomic hydrogen and for a one-electron model of the negative hydrogen ion, using the Floquet-Sturmian method. The following cases were investigated: elliptically polarised, monochromatic incident field, two-colour incident field with incommensurable frequencies, coherent super position of an incident field and its third harmonic, and superposition of a laser field and a static electric field. For elliptical polarisation, the ellipticity angle of the harmonics differ from the ellipticity of the incident laser and we established that there is an offset angle between the major axis of the incident laser's polarisation ellipse and that of the harmonics generated. The variation is greatest in the plateau region. Resonance-enhanced ionisation was studied when a high frequency field was applied in addition to a fundamental field. In contrast to these changes in the ionisation rate only small variations have been obtained in the harmonic generation rate. Results for frequency-mixing exhibit a difference in the strength of the harmonics, although the behaviour is the same in terms of the length of the plateau and the cut-off order. Also we found a marked change between sum-frequency and difference frequency processes, which depends on the harmonic order. In addition to a strong production of even harmonics, it was found that the variation of the rate of ionisation and harmonic generation in the presence of a static field oscillates as a function of the strength of the latter. In the case of hydrogen, we observed dc-stark shift induced resonance enhancements. The results obtained for H(^-) are in very good agreement with those obtained for two-colour (w, 3w) mixing. We concluded that the application of a static field in general leads to a reduction in the conversion efficiency.
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Coroutine-based combinatorial generationSaba, Sahand 29 January 2015 (has links)
The two well-known approaches to designing combinatorial generation algorithms are the recursive approach and the iterative approach. In this thesis a third design approach using coroutines, introduced by Knuth and Ruskey, is explored further. An introduction to coroutines and their implementation in modern languages (in particular Python) is provided, and the coroutine-based approach is introduced using an example, and contrasted with the recursive and iterative approaches. The coroutine sum, coroutine product, and coroutine symmetric sum constructs are defined to create an algebra of coroutines, and used to give concise definitions of coroutine-based algorithms for generating ideals of chain and forest posets. Afterwards, new coroutine-based variations of several algorithms, including the Steinhaus-Johnson-Trotter algorithm for generating permutations in Gray order, the Varol-Rotem algorithm for generating linear extensions in Gray order, and the Pruesse-Ruskey algorithm for generating signed linear extensions of a poset in Gray order, are given. / Graduate / 0984 / saba@uvic.ca
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