2,024 research outputs found

    006 - "Christopher Clarkson: Legacy and Influence of a Conservator": Stuart Welch

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    Stuart Welch studied fine art and design from 1963 to 1969. He worked as an artist, animator and teacher before starting Atlantis Paper Company in 1977 which also ran one of the first contemporary Art Galleries in East London. In 1985 he founded conservation suppliers Atlantis France (now Conservation by Design France). In 1992 he established Conservation By Design Limited. He has a broad knowledge of Western and Eastern papermaking. Enjoying a long collaboration with conservation professionals he has innovated many familiar products, materials and equipment for conservation and storage. In 1997 following his interest in anoxic storage he invented ‘Squelch Drying’ which uses vacuum packing to dry wet books. The technique proved very successful following floods in Cambridge, Prague, Egypt and Japan where it proved especially good at removing sea salt from the paper. It was recommended by Christopher Clarkson for drying The Book in the Bog. Stuart retired from Conservation by Design in 2019 to work as a consultant and give more time to his artwork. Welch, Stuart M. ‘Memories of Work and Travel with Christopher Clarkson’. Journal of Paper Conservation 20, no. 1–4 (2 October 2019): 34–35. https://doi.org/10.1080/18680860.2019.1743543.This is part 7 of a series of 14 videos. The whole series is also available on YouTube on the IADA channel as a playlist: https://www.youtube.com/playlist?list=PL6AzuQU54OVwQgOGGV6vrJPbt_NpgqZ1

    George MacLeod’s open-air preaching: performance and counter-performance

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    Stuart Blythe uses the methodology of performance to analyse George MacLeod’s open-air preaching. He points out that MacLeod’s preaching was derived from a theology of the incarnation, and an understanding of the paradoxes and dichotomies of common human life. This preaching, Blythe suggests, was also a counter-performance in the context of outlooks and ideologies inimical to the gospel. The paper raises interesting issues related to preaching as performance, and the further question as to whether or not the life and work of the Church as a whole might now be better understood as a counter-performance.Publisher PD

    John Stuart Mill’s projected science of society: 1827-1848

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    The purpose of the thesis is to examine John Stuart Mill’s political thought from about 1827 to 1848 as an exercise in intellectual history. It focuses, first, on Mill’s view, formulated by the late 1830s, that contemporary society was ‘civilized’, and second, on his project of a science of society, which he aspired to develop in the late 1830s and early 1840s. By the late 1830s, Mill came to the view that his contemporary society was a ‘commercial society or civilization’, dominated by the middle, commercial class. The first part of my thesis, constituted by Chapters 2-4, discusses the way in which Mill formed his notion of civilization, and what he meant by the term ‘civilization’. Mill paid attention to the implications of the rise of the middle class, and regarded such phenomena of contemporary society as the corruption of the commercial spirit and excessive social conformity as an inevitable consequence of the rise of the middle class. The second part of the thesis, constituted by Chapters 5-9, examines Mill’s projected science of society. In the late 1830s and early 1840s, Mill attempted to develop a new science of society whose subject-matter was the nature and prospects of commercial, civilized society. This aspiration culminated in A System of Logic, published in 1843. In examining Mill’s projected science, I pay particular attention to the fact that he conceived new sciences of history and of the formation of character, both of which were indispensable in his project, although he failed to give a complete account of these sciences. My thesis shows that the implications of his interest both in history and in the formation of character are more significant than Mill scholars have assumed

    Redemption in the work of Francis Stuart

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    The idea of redemption is central to an understanding of the work of Francis Stuart. Through an examination of its development and expression, it is possible to demonstrate the integrity of his work and its distinctive qualities. Such a demonstration is necessary because Stuart's writing has been subjected to comparatively little scholarly inquiry, although reviews of his work, especially that produced since 1949, suggest that it is impressive and important. First, a general background to Stuart's work, a discussion of the special problems associated with reading it, and a summary of his corpus is provided. This indicates that the idea of redemption is important to his earliest writing. The state of redemption is shown to be a necessary apotheosis for Stuart's outcast heroes; it involves spiritual suffering through which may be found a sense of reintegration and a higher reality. This is expressed through interrelated themes such as those of gambler, artist and ordinary man; mystic and criminal; sacred and profane love; and spirituality and the mundane. The nature of the redemptive experience is further elaborated by distinctive, complex motifs, especially the hare, the ark and the woman-Christ. Their recurrence provides an important element in the unity of Stuart's work. Because Stuart's idea of the outcast raises important biographical questions, an examination of the relationship between Stuart's life and his work is made. Finally, the way in which the idea of redemption exists in the language structures of Stuart's novels is examined, with especial reference to his most recent work, The High Consistory. The thesis shows that the development of the these of redemption demonstrates the integrity of Stuart's work

    Public debts and deficits in Mexico: a comment

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    Mexico ; Debt

    An Analytical Criterion for Centrifugal Instability in Non-Axisymmetric Vortices

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    Non-axisymmetric vortices are ubiquitous in nature; examples include polar vortices in planets, the giant red spot in Jupiter, tornadoes and cyclones on Earth, mesoscale eddies in the ocean. Turbulent flows are furthermore known to be dominated by small- and large-scale vortex structures. Owing to the wide range of applications, knowledge of conditions under which a given vortex becomes unstable is beneficial. Here, the centrifugal instability of two-dimensional, non-axisymmetric vortices in the presence of an axial flow (w)(w) and a background rotation (Ωz)(\Omega_z) is studied using the local stability approach. The local stability approach, based on geometric optics and similar in formulation to the rapid distortion theory \cite{bib:godeferd2001}, considers the evolution of shortwavelength perturbations along streamlines in the base flow. This approach, developed by Lifschitz &\& Hameiri \cite{bib:lifschitz1991}, is particularly useful for base flows for which a global stability analysis is computationally expensive. A sufficient criterion for centrifugal instability in an axisymmetric vortex with (w)(w) and (Ωz)(\Omega_z) is first derived by analytically solving the local stability equations for wave vectors that are periodic upon evolution around a closed streamline. This criterion is then heuristically extended to non-axisymmetric vortices and written in terms of integral quantities on a streamline. The criterion is then shown to be accurate in describing centrifugal instability over a reasonably large range of parameters that specify Stuart vortices and Taylor-Green vortices

    A colorimetric PCR method for the detection of M. leprae in skin biopsies from leprosy patients

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    A one-tube nested polymerase chain reaction (PCR) method for the diagnosis of paucibacillary leprosy was developed using the repetitive RLEP sequence as a target. Detection of the PCR products was simplified by the adaptation of a colorimetric method. The test was specific for Mycobacterium leprae, and the sensitivity of the assay was 1 fg of purified genomic M. leprae DNA (less than one genome). Complete concordance was seen between the development of color and resolution on agarose gels. The results of frozen skin sections from untreated patients showed that the assay could detect 100% of multibacillary samples [bacterial index (BI) of 2 or more] and 69% and 70% of the samples with Bis of 1 and 0, respectively. The use of one-tube nested PCR in assessing the effectiveness of multidrug therapy (MDT) in leprosy also was determined. The simplified colorimetric assay was found to be sensitive, rapid and specific, and is suitable for use in routing diagnostic laboratories.Peer reviewedfinal article publishe

    Nominal feedback rules for monetary policy: some comments

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    Monetary policy - United States

    Cologny, Fondation Martin Bodmer, M-48.1 : John Stuart Mill, <i>Note on Freedom of Speech</i>, signed autograph

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    Following enlightenment philosophers, liberal thinkers - which include Mill - considered freedom of speech a fundamental human right. In this small autograph, with embossed monogram "JSM", consisting of three folios intended for dispatch, the philosopher copies a passage of his famous "On Liberty" from 1869, taken from chapter II: "Of the Liberty of Thought and Discussion." Mill emphasizes that humankind no more has the right to silence a single opinion than it has the right to silence all of humankind, if it had the power to do so. Before it became the property of Martin Bodmer, this letter had been purchased by the author Stefan Zweig in 1923.Online Since: 2017-06-2

    High pressure phase transformations in polycrystalline yttrium oxide

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    Numerous studies have been performed on high-pressure/high temperature phase transitions in rare-earth sesquioxides. Most of these studies were performed using diamond-anvil presses, which limits the size of samples that can be processed. Hence, studies of microstructural and properties changes accompanying phase transitions have been largely neglected. The purpose of this study has been to fill this gap, working with polycrystalline cubic-Y2O3 because of its importance in IR window and dome applications. We selected Diamond Materials Inc. as partner in this investigation, since this company has the expertise to make test pieces under well-controlled HPHT-processing conditions, thus ensuring that the results obtained for one batch of samples to the next are reproducible. This turned out to be crucial, since variations in applied pressure (1.0 to 8.0 GPa range), and holding times (seconds to hours), resulted in significant changes in observed micro/nano-structures. The temperature was fixed at 1000°C in order to limit HPHT-processing variables to pressure and holding time. In view of the results reported here, it now seems clear that extending the investigation to higher temperatures and lower pressures would be productive. The principal accomplishments of this research are as follows: (1) optimization of a reversible-phase transformation process to convert polycrystalline cubic-Y2O3 into the nanocrystalline state, involving a forward-phase transformation from cubic-to-monoclinic (c-to-m) Y2O3 at a high pressure (8.0 GPa) followed by a reverse-phase transformation from monoclinic-to-cubic (m-to-c) Y2O3 at a lower pressure (1.0 GPa); (2) discovery of a transformation-induced crystallization process to convert polycrystalline c-Y2O3 into columnar-grained m-Y2O3, and possibly into single-crystal m-Y2O3 - the driving force is attributed to a pressure-induced phase transformation that occurs at the tips of the growing columnar-grains; (3) formation of a mixed-phase (c-Y2O3/m-Y2O3) nanocomposite due to incomplete reverse transformation from m-to-c Y2O3 - a near 50:50 nanocomposite displays the highest hardness; and (4) insight into infiltration of carbon-containing gases (e.g. CO, CO2), formed via reactions between carbon heater and entrapped gases (e.g. O2, H2O) in the pressure cell, into cracked grain boundaries to form carbon particles/films via a vapor-deposition mechanism, and into uncracked grain boundaries to form carbon-rich species via a boundary-diffusion mechanism.Ph. D.Includes bibliographical referencesby Stuart Deutsc
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