54,456 research outputs found
James Bond: international man of gastronomy
No full textThis article is concerned with the representation of food and drink in Ian Fleming’s James Bond novels. In particular, it examines how the author uses Bond’s culinary knowledge and habits of consumption as an important constituent of his hero’s character. Similarly, the food choices of other characters, notably villains, are shown to be linked, by Fleming, to core aspects of their identity − principally their ethnicity. Bond’s impulse to observe and classify, very much in evidence in the novels’ food sequences, is examined in terms of the texts’ construction of Bond as a skilled identifier of signs
Philip Strong letter to Reuben Wood, January 27, 1852
No full textLegal correspondence written by Philip Strong to Governor Reuben Wood regarding a warrant to arrest Peyton Polly, dated January 27, 1852.
Reuben Wood was governor of Ohio from 1850 through 1853, and was closely involved with the Peyton Polly case and attempts to secure the Polly family's release. Peyton Polly and his family were freedmen living in Lawrence County, Ohio, when they were kidnapped on June 6, 1850, and sold back into slavery in Kentucky and Virginia
Strong photosensitive gratings in tin-doped phosphosilicate optical fibres
No full textStrong photosensitive gratings of both type I and II have been demonstrated in germanium-free tin-doped phosphosilicate fibers. The fibers have strong absorption (~0.8 dB/µm) at the writing wavelength of ~248 nm because of tin doping. This is the first time to our knowledge that such strong gratings have been written in a phosphorous-containing silica fiber without low-temperature hydrogenation and that type II gratings have been written in a germanium-free fiber. The tin-doping technique can be used to write gratings in rare-earth-doped phosphosilicate fibers and to produce low-N.A. fibers for mass production of strong single-pulse type II gratings during fiber pulling
Letter to John Strong from His Brother L.A. Strong
No full textThe letter gives news of crops and harvesting. The author notes that Vicksburg has been taken by Union forces and says the 71st Indiana Regiment was camped near Bloomington looking for secessionists and found some in Indian Creek Township and Greene County. The author describes the formation of "our militia cavalry.
Exact two-dimensionalization of low-magnetic-Reynolds-number flows subject to a strong magnetic field
No full textWe investigate the behavior of flows, including turbulent flows, driven by a horizontal body-force and subject to a vertical magnetic field, with the following question in mind: for very strong applied magnetic field, is the flow mostly two-dimensional, with remaining weak three-dimensional fluctuations, or does it become exactly 2D, with no dependence along the vertical? We restrict attention to low-magnetic-Reynolds number (Rm) flow. Because liquid metals have low magnetic Prandtl number, such low- flows can have a kinetic Reynolds number as large as one million and therefore be strongly turbulent. We first focus on the quasi-static approximation, i.e. the asymptotic limit of vanishing magnetic Reynolds number Rm << 1: we prove that the flow becomes exactly 2D asymptotically in time, regardless of the initial condition and provided the interaction parameter N is larger than a threshold value. We call this property absolute two-dimensionalization: the attractor of the system is necessarily a (possibly turbulent) 2D flow. We then consider the full-magnetohydrodynamic equations and we prove that, for low enough Rm and large enough N, the flow becomes exactly two-dimensional in the long-time limit provided the initial vertically-dependent perturbations are infinitesimal. We call this phenomenon linear two-dimensionalization: the (possibly turbulent) 2D flow is an attractor of the dynamics, but it is not necessarily the only attractor of the system. Some 3D attractors may also exist and be attained for strong enough initial 3D perturbations. These results shed some light on the existence of a dissipative anomaly for magnetohydrodynamic flows subject to a strong external magnetic field
Fleming, adaptation, and the author biopic
No full textThe mini-series Fleming: The Man Who Would Be Bond, which aired in the U.S. on BBC America and in the U.K. on Sky Atlantic in 2014, offered an entertaining and glamorised account of Ian Fleming, creator of James Bond. Focusing in particular on Fleming’s time during the Second World War, a period in which he served in British Naval Intelligence, successive episodes comprised embroidered accounts of his experiences, with a heavy emphasis on scenes and motifs that chimed with the doings of his most famous character. This approach to the author’s life-story foregrounded the same elements upon which previous small-screen biographies of Ian Fleming had focused, especially his creation of Bond. The TV film Goldeneye: The Secret Life of Ian Fleming (1989) addressed his wartime experiences and subsequent Bond writing, while Spymaker: The Secret Life of Ian Fleming (1990) doubled down on its Bond connections by casting Jason Connery (son of original film 007, Sean Connery) as Fleming in a Second World War adventure with numerous James Bond parallels. Likewise, Ian Fleming: Bondmaker (2005) and Ian Fleming: Where Bond Began (2008) both framed Fleming first and foremost in terms of his literary creation.
With high production values, and a strong cast that included Dominic Cooper, Lara Pulver, and Samuel West, Fleming bore several of the hallmarks of what has come to be called “quality television” (Thompson, 1997) , and was heavily promoted in the weeks running up to its broadcast. However, a contemporary review in Wired by Graeme McMillan saw it as evidence of a problematic tendency in recent biopics. McMillan asserted that while such texts were previously “a mix of entertainment, education and guilt-free voyeurism,” they have become “a contradictory mix of hagiography and revisionism, lionizing their subjects while somehow managing to diminish them in comparison to the products of their imagination” (McMillan, 2014). In this chapter I will look to unpick this contention, and—in particular—to approach Fleming and the author biopic in terms of adaptation
Boundary-layer-flow instability in a rapidly rotating and strong precessing sphere
No full textThe linear stability analysis of the steady flow is performed in a rapidly rotating sphere with strong precession. It is shown that the localized mode destabilizing the boundary-layer flow determines the stability boundary, giving the asymptote, , which is consistent with the results obtained by direct numerical simulation
Strong coupling of partitioned fluid-structure interaction problems with reduced order models
No full textThe paper describes a new and powerful technique to solve strongly coupled fluid-structure interaction (FSI) problems with partitioned solvers. In order to achieve strong coupling approximate Jacobians of the fluid and structural solvers have to be known. In the proposed method the response to applied displacement and pressure modes are used to build up reduced order models for respectively the fluid and structural solver during the coupling process. The Jacobians of these reduced order models are used to obtain implicit coupling of the reduced order models, finally resulting in an implicit coupling of the partitioned solvers. The method is applied to the flow in the left ventricle during the filling and emptying phase. Two to three modes are needed, depending on the moment in the heart cycle, to reduce the residual by four orders of magnitude and to achieve a fully coupled solution at each time step
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