241 research outputs found
The Athenaid: a poem, by the author of Leonidas.
No full text3v.,plate ; 12⁰.Author of Leonidas = Richard Glover.Edited by Mrs. Halsey.Reproduction of original from the British Library.English Short Title Catalog, ESTCT96995.Electronic data. Farmington Hills, Mich. : Thomson Gale, 2003. Page image (PNG). Digitized image of the microfilm version produced in Woodbridge, CT by Research Publications, 1982-2002 (later known as Primary Source Microfilm, an imprint of the Gale Group)
The Athenaid: a poem, by the author of Leonidas.
No full text3v.,plate ; 12⁰.Author of Leonidas = Richard Glover.Edited by Mrs. Halsey.Reproduction of original from the British Library.English Short Title Catalog, ESTCT96995.Electronic data. Farmington Hills, Mich. : Thomson Gale, 2003. Page image (PNG). Digitized image of the microfilm version produced in Woodbridge, CT by Research Publications, 1982-2002 (later known as Primary Source Microfilm, an imprint of the Gale Group)
The Athenaid: a poem, by the author of Leonidas.
No full text3v.,plate ; 12⁰.Author of Leonidas = Richard Glover.Edited by Mrs. Halsey.Reproduction of original from the British Library.English Short Title Catalog, ESTCT96995.Electronic data. Farmington Hills, Mich. : Thomson Gale, 2003. Page image (PNG). Digitized image of the microfilm version produced in Woodbridge, CT by Research Publications, 1982-2002 (later known as Primary Source Microfilm, an imprint of the Gale Group)
Configurations, electronic properties, and diffusion of carbon and nitrogen dopants in rutile TiO2: A density functional theory study
No full text
Defect and impurities in Ge-based electronic devices
No full textFurther advances in the performance and reliability of Ge-based electronic devices require an understanding of the most prominent types of defects and impurities in these systems. In this respect, computational studies can play an important role for the elucidation of the physical mechanisms that control the stability and dynamics of these defects. Here we will review recent results of first-principles calculations within density-functional theory on Ge-related imperfections in the bulk of various dielectrics and at the boundary between a gate oxide and a Ge substrate. We will also discuss results on the stability of hydrogen impurities and dopant-hydrogen complexes in SiGe alloys.</jats:p
How is Leonidas Donskis remembered in Lithuania?
No full textReikšminiai žodžiai: Leonidas Donskis; Personalijos; Leonidas Donskis; PersonalitiesI was asked to talk about how Leonidas Donskis is remembered in Lithuania. Being one of a few non-scholars in this event, I will not try to go deeper into ideas of prof. Donskis – I believe this will be the topic of prof. Miloiu’s presentation. Instead, I will try to paint the portrait of prof. Donskis, the way he is remembered in the Lithuanian society, and also briefly summarize the initiatives which were or will be implemented in order to pay tribute to prof. Donskis and preserve his legacy. For those of you who are not familiar with Leonidas Donskis and his work, I would like to start with a brief introduction to his life. Mr. Donskis was born in 1962, in the Lithuanian port city Klaipėda. He graduated from the present-day Lithuanian Academy of Music and Theatre, majoring in philology and theatre, and continued his studies in Vilnius University, where he received his first doctorate in philosophy. He earned his second doctorate in social and moral philosophy from the University of Helsinki, Finland, and later was awarded with an honorary doctorate in the Bradford University in Great Britain and, of course, Valahia University of Târgovişte. Mr. Donskis was a Professor at Vytautas Magnus University in Kaunas, Lithuania, where he served as the Dean of the Faculty of Political Science and Diplomacy, but he also taught students all over the world: Finland, Estonia, USA, Great Britain, Sweden, Hungary, etc. Donskis has been published widely in international refereed journals, and is the author or editor of more than 50 books, half of which are available in English. His works have been translated into 18 languages, including Romanian. Donskis also served as a member of the European Parliament from 2009 to 2015
Green function studies of the interlayer exchange coupling in magnetic multilayers
No full textThe Interlayer Exchange Coupling (IEC) of magnetic multilayers has been one of the most studied problems in condensed matter physics for the last decade. It is found that for a multilayer structure in which magnetic layers are separated by a spacer, the magnetic moments of each layer orient
themselves parallel, antiparallel or even perpendicular to each other, depending on the thickness of the spacer. This variable interlayer coupling of the magnetizations is oscillatory and usually multiperiodic. Its determination has posed interesting challenges, because often calculated results
differ from the experimental ones. From the application standpoint, multilayer structures are used in the new generation of recording heads. In the first part of the present work, we used the Reflection
Amplitude Approximation (RAA) to calculate the coupling in the prototypical system of an Fe/Cr trilayer. We were able to identify the origin of the long period oscillation in the coupling, and obtain a coupling strength that was among the best theoretical predictions. In the second part, we used a
more accurate method that employed the so called Analytical Green Function (AGF). The results of this approach offered a good checkpoint of RAA, and they were in good agreement with the experimental findings in Fe/Cr and Co/Cu systems. We then calculated the intrinsic biquadratic coupling and compared it to the extrinsic one, obtained from the thickness fluctuation model. We
also studied the effect that the finite thickness of the magnetic layers may have on the coupling, in particular in the appearance of Fano resonances. Finally, we studied how the coupling changes when roughness, alloying of the spacer, or strain are present. In all cases, the results were in very good agreement with experiment, showing that the AGF method is a very accurate, and yet very efficient method, for the determination of the IEC.Submitted by Elizabeth Kent ([email protected]) on 2012-05-25T16:20:47Z
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