1,356,821 research outputs found
Entretien avec Christopher Faraone
Barbu Daniel, Borgeaud Philippe, Matthey Philippe, Meylan Nicolas, Volokhine Delphine, Faraone Christopher A. Entretien avec Christopher Faraone. In: ASDIWAL. Revue genevoise d'anthropologie et d'histoire des religions, n°6, 2011. pp. 39-55
Carlo Michelstaedter e il Novecento filosofico italiano
si tratta del volume collettaneo degli Atti del convegno svoltosi a Messina il 6 dicembre del 2011.
Il volume di AA.VV. è curato da Daniela Calabrò e Rosa Faraone
Faces and Places in Fashion: Roberto Faraone Mennella & Amadeo Scognamiglio
Part presentation, part Q&A, FIT's "Faces & Places in Fashion" lecture series is an opportunity to connect students and the public alike to the pulse of the fashion industry in an open and conversational setting.Business and design partners Mr. Mennella describe how they broke into fashion and couture jewelery. Together, in 2001, after earning law degrees in Italy and studying at Parsons and FIT, they established Faraone Menella R.F.M.A.S., successfully marketing their designs to high-end retailers like Bergdorf Goodman and Nieman-Marcus and have established their own store on 57th Street in New York City
Faces and Places in Fashion: Roberto Faraone Menella
Part presentation, part Q&A, FIT's "Faces & Places in Fashion" lecture series is an opportunity to connect students and the public alike to the pulse of the fashion industry in an open and conversational setting.Mr. Menella describes how he broke into fashion and couture jewelery with his business and design partner Amadeo Scognamiglio. Together, in 2001, after earning law degrees in Italy and studying at Parsons and FIT, they established Faraone Menella R.F.M.A.S., successfully marketing their designs to high-end retailers like Bergdorf Goodman and Nieman-Marcus and have established their own store on 57th Street in New York City. A six minute promotional video highlights how designs changed from simple gold chains to gems and shows the 57th Street showroom
Rigenerazione urbana e produzione in Veneto. Una geografia post-crisi a più voci
La città contemporanea italiana sta attraversando un periodo di grandi trasformazioni, dettate da profondi cambiamenti sociali ed economici, in cui il rapporto tra produzione e spazio si riarticola in una maniera che è strettamente dipendente dalle intenzioni e dagli interessi delle attività economiche e di servizio, rispetto a una loro determinata localizzazione. Per questo motivo, per capire le trasformazioni in atto nei contesti territoriali produttivi, è molto importante osservarle dal punto di vista dei suoi attori e delle dinamiche di interazione che sono capaci di attuare e «situare». L'analisi condotta a Porto Marghera cerca di esplorare non solo l'attuale situazione di trasformazione, ma soprattutto le aspettative e le vision degli attori che a diversa scala, con differenti obiettivi e con proprie strategie agiscono in uno specifico contesto concorrendo a processi di sviluppo con esiti imprevedibili in assenza di un coordinamento o di un coerente progetto
Faces and Places in Fashion: Roberto Faraone Menella and Amadeo Scognamiglio
Part presentation, part Q&A, FIT's "Faces & Places in Fashion" lecture series is an opportunity to connect students and the public alike to the pulse of the fashion industry in an open and conversational setting.After showing a short video that showcases their gold jewlery line, Mr. Menella describes how he broke into fashion and couture jewelery with his business and design partner Amadeo Scognamiglio. Toegether they established Faraone Menella R.F.M.A.S., successfully marketing their designs to high-end retailers like Bergdorf Goodman and Nieman-Marcus
A full-wave radiation model for a class of gridded ground interconnecting structures
A-full-wave model based on the spectral domain approach (SDA) has been developed to predict, under realistic exciting/loading condition, the radiation characteristics of planar interconnecting lines printed on a dielectric slab backed by a gridded ground plane. The radiated held level is computed through an asymptotic evaluation of the corresponding radiation integral. A class of gridded ground interconnecting structures is analyzed and spurious radiation effects due to the finite size of the full/gridded ground are pointed out
Christopher A. FARAONE, Ancient Greek Love Magic.
Phillips Richard. Christopher A. FARAONE, Ancient Greek Love Magic.. In: L'antiquité classique, Tome 72, 2003. pp. 476-478
Incomplete Hankel and Modified Bessel Functions: A Class of Special Functions for Electromagnetics
A novel class of special functions for electromagnetics is presented. Formed by the incomplete Hankel and modified Bessel functions, this class allows solving electromagnetics problems concerning truncated cylindrical structures. The differential and recurrence equations of these functions feature additional terms with respect to the classical theory of the Hankel and Bessel functions. The general properties, the most important analytical characteristics, and the large argument asymptotic approximations of the incomplete functions are derived using the steepest descent path (SDP) technique, showing that each special function splits into two terms. The first one has a discontinuous character and is linked to the saddle-point(s) contribution(s), while the second one, arising from the integral end-point contribution(s), compensates exactly the said discontinuity. In the solution of electromagnetic problems, the first term describes the geometrical optics (GO) field, the diffracted field being described by the second one. The general theory is employed to find the closed form analytical solution of the field radiated from a uniform line current source. Using the properties of the incomplete Hankel functions, it is demonstrated that this source excites cylindrical fields having optical character. Finally, the shape of the spatial regions where the GO solution cannot be applied is determined and discussed in details
On the optical behavior of the electromagnetic field excited by a semi-infinite electric traveling-wave current
A closed-form solution for the spatial distribution of the electromagnetic field excited by an electric traveling-wave current source is presented. Incomplete Hankel and modified Bessel functions are employed to represent progressive and evanescent wave fields, respectively. It is shown that these fields are expressed in. terms of spherical and cylindrical waves exhibiting optical character. Using the properties of the incomplete Hankel and modified Bessel functions, the spatial regions where the fields exist in optical sense are determined. It is shown that different shadow boundaries (SBs), featuring complex shapes, identify discontinuity surfaces for the geometrical optics (GO) field. Three surfaces, one being the well-know Keller's cone, are found to describe in the general case the SBs for both the progressive and the evanescent wave fields. It is demonstrated that these surfaces collapse to the Keller's cone surface in the limit of beta -> infinity
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