343 research outputs found
Instructional Procedures Used with Hearing Impaired Pupils: An Investigation to Determine the Relative Effectiveness of Various Methods of Instruction Used in Public School Classes for Deaf and Hard of Hearing Children
No full textA Paper Presented to the Faculty of the Graduate School, University of Minnesota, A Requirement for the Degree Master of Arts (Plan B), by Merlen George Gruenhagen, June 1958.Gruenhagen, Merlen George. (1958). Instructional Procedures Used with Hearing Impaired Pupils: An Investigation to Determine the Relative Effectiveness of Various Methods of Instruction Used in Public School Classes for Deaf and Hard of Hearing Children. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/229659
Merlen Noyes & Woolley 1994
No full text<i>Merlen</i> Noyes & Woolley 1994 [New state record] <p>spp.</p> <p> <b>Remarks.</b> A short series of an undetermined species was collected in Stanislaus County, as well as a single male in Modoc county (RLZC).</p>Published as part of <i>Zuparko, Robert L., 2015, Annotated Checklist of California Encyrtidae (Hymenoptera), pp. 1-126 in Zootaxa 4017 (1)</i> on page 34, DOI: 10.11646/zootaxa.4017.1.1, <a href="http://zenodo.org/record/245475">http://zenodo.org/record/245475</a>
Un passage de Théodore van Merlen à Paris : un marché pour un portrait de Louis XIV destiné à un livre religieux du P. Adam (1655)
No full textInternational audienceThe Van Merlen family - well-known artists in Antwerp - had a special place for Jacques (1616-1682), who went to Paris to seek his fortune. This contract for a portrait of the king for a book of hours by the Jesuit Jean Adam shows that Theodore, Jacques' brother, did not hesitate to come to France aswell in search of work. He was paid 40 livres and given six weeks to complete the work.Dans la famille Van Merlen – artistes bien connus à Anvers – on plaçait à part Jacques (1616-1682), qui était allé chercher fortune à Paris. Ce marché pour un portrait du roi Louis XIV destiné à un livre d’heures du jésuite Jean Adam montre que Théodore, frère de Jacques, n’hésitait pas à venir en France chercher du travail. Il est payé 40 livres et dispose de six semaines pour son travail
Des wereldts proef-steen ofte De ydelheydt door de waerheyd beschuldight ende overtuyght van valscheydt /
No full text[titelgravure: Abr. à Diepenbeke delin, Theodor. Ioa. van Merlen fecit].Herkomst: Ex bibliotheca J.F.J. Heremans; Biblioth. coll. Hall. S. J. e.a.Europeana-GoogleBook
Aquilae Austriacae pars secunda, seu, Monarchiae occidentalis tomus octauus : in quo imperatores Austrii a Maximiliano II vsquè ad coronationem Leopoldi Primi Occidentis imperatorem LI elogijs, hieroglyphicis, numismatibus, insignibus, symbolis, imaginibus antiquis ad viuum exhibentur exculpti, & longa historiarum serie exarati : vt nihil relictum sit, quod prisci vel hodierni habeant annales, sed diplomata, leges, indulta, genealogiae, donationes, priuilegia offeruntur congesta : inseruntur et regum principumque imagines, nummi honorarij, castrenses, triumphales, votiui, missiles, &c. qui sanguine, foedere, bello imperatoribus iuncti, occurrunt in opere : subijcitur cuique caesarum appendix symbolica, sacrolegalis, & historicopolitica, in qua symbolis & hieroglyphicis, are affabrè exculptis, Caesares eorumq[ue] gesta pinguntur & explanantur /
No full textErrata, last p.Includes index.Signatures: pi² A-2O⁴ 2P² a-g².Not an emblem book according to Praz, though emblems in form of numismatic reverses are illustrated.Nine full-page engravings include 5 allegorical ports. of emperors. Some are signed by Cornelis van Merlen or Pieter van Sikkelaer as engraver, after Arnold van Westerhout. Additional engravings depict coins and medals.Praz, M. Studies in 17th-century imagery (2nd ed.),Mode of access: Internet.Binding, c. 1: vellum. Title written on spine. Edges sprinkled red & purple. Photocopied armorial bookplate
Des wereldts proef-steen, ofte, De ydelheydt door de waerheyd beschuldight ende overtuyght van valscheydt /
No full textSignatures: +-4+⁴ A-2Z⁴.Engraved illustrated t.p. by Theodor van Merlen after Abraham van Diepenbeeck. Engraving by A. Loemans on p. [3] depicting arms of Iudocus Bouckaert, Bishop of Ypre, to whom the work is dedicated. Fifty emblematic engravings by Andries Pauli after van Diepenbeeck. Tail-piece, initials.Latin ed. published Antwerp, 1639, by Ian Cnobbaert's widow.Mode of access: Internet.Bookseller's stamp of Oswald Weigel, Leipzig.Binding: vellum. Title written at head of spine, date at foot. Lapped foredges. Page edges sprinkled red
Mvndi lapis lydivs siue Vanitas per veritate[m] falsi accusata & conuicta /
No full textGegraveerde titelpagina (Abr. a Diepenbeke deliniauit Theodor. Iun. van Merlen fecit); 50 emblemataEuropeana-GoogleBooksPrinters device on f. K4 recto and O2 rectoVingerafdruk: 163904 - # a1=a2 +3 & - # b1 A a : # b2 2L4 teatEr is ook een andere editie (BIB.BL.000467 en BIB.BL.009465)Onvolledig f. +2-4, f. A3, f. C4, f. F2.3, f. L2.3, f. M1, f. S1 en f. 2C2.3 ontbrekenLandwehr, J. Emblem & fable books (3rd ed.) 98 (mentions additional quires in the prelims)Bib. catholica Neerlandica impressa 919
Stokes Flow Around a Rolling Cylinder
No full textMicropumps are a necessary device for microfluidics. Many solutions are possible and technical devices are numerous. In this paper, we have developed an analytical solution for the peristaltic technique in microchannels that enlighten some physical limitations. We have then compared this solution to a numerical one that also provides results when no theoretical results were found. The squeezing of the wall, in the peristaltic technique, is represented by the corner formed by a rolling cylinder on a wall (cf. fig.1).</jats:p
A Guide to and Review of the Use of Multiwavelength Raman Spectroscopy for Characterizing Defective Aromatic Carbon Solids: from Graphene to Amorphous Carbons
No full textInternational audiencesp 2 hybridized carbons constitute a broad class of solid phases composed primarily of elemental carbon and can be either synthetic or naturally occurring. Some examples are graphite, chars, soot, graphene, carbon nanotubes, pyrolytic carbon, and diamond-like carbon. They vary from highly ordered to completely disordered solids and detailed knowledge of their internal structure and composition is of utmost importance for the scientific and engineering communities working with these materials. Multiwavelength Raman spectroscopy has proven to be a very powerful and non-destructive tool for the characterization of carbons containing both aromatic domains and defects and has been widely used since the 1980s. Depending on the material studied, some specific spectroscopic parameters (e.g., band position, full width at half maximum, relative intensity ratio between two bands) are used to characterize defects. This paper is addressed first to (but not limited to) the newcomer in the field, who needs to be guided due to the vast literature on the subject, in order to understand the physics at play when dealing with Raman spectroscopy of graphene-based solids. We also give historical aspects on the development of the Raman spectroscopy technique and on its application to sp 2 hybridized carbons, which are generally not presented in the literature. We review the way Raman spectroscopy is used for sp 2 based carbon samples containing defects. As graphene is the building block for all these materials, we try to bridge these two worlds by also reviewing the use of Raman spectroscopy in the characterization of graphene and nanographenes (e.g., nanotubes, nanoribbons, nanocones, bombarded graphene). Counterintuitively, because of the Dirac cones in the electronic structure of graphene, Raman spectra are driven by electronic properties: Phonons and electrons being coupled by the double resonance mechanism. This justifies the use of multiwavelength Raman spectroscopy to better characterize these materials. We conclude with the possible influence of both phonon confinement and curvature of aromatic planes on the shape of Raman spectra, and discuss samples to be studied in the future with some complementary technique (e.g., high resolution transmission electron microscopy) in order to disentangle the influence of structure and defects
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