958 research outputs found
The singin lass : a reflection on the life of the poet Marion Angus (1865-1946) in the form of an account of her life and work, and three extracts from 'Blackthorn', a novel
No full textPart 1 of this thesis comprises a biography which, for the first time, places Marion Angus within her historical, family and social context. A version of this was published as the introduction to my edited collection The Singin Lass: Selected Work of Marion Angus (Polygon, 2006).
Assumptions made about the poet's activities and attitudes derive from critical reading of archival material: her published 'diaries', letters and prose, as well as her poetry. The appraisal of her work places it within literary contexts. The development of her linguistic awareness of the Scots language is traced and the extent of her commitment to it noted.
I conclude that assessment of her work has frequently been affected by erroneous judgements about her lifestyle and that the poetry, which has greater depth than it sometimes is given credit for, illuminates her struggle rather than defines her character. Her strength and resilience, as well as her contribution to Scots literature, should be respected and admired.
Part II comprises three extracts from Blackthorn, a novel based on aspects of the life and work of Marion Angus. My starting point was the marked contrast between her earlier prose and her later poetry. This, I believe, reflects an actual family crisis which is central to my narrative. The extracts presented here (dated 1900, 1930 and 1945-46) present a credible alternative to inaccurate assumptions which were made about her life. I explore two actual significant relationships in her life: with a sister who becomes wholly dependent on her, and with a younger friend who looks after her in her final year. In the absence of any firm evidence of lovers, I speculate on other relationships
Motor complications in an incident Parkinson’s disease cohort
No full textAcknowledgements We acknowledge funding for the PINE study from Parkinson's UK, the Scottish Chief Scientist Office, the BMA Doris Hillier Award, RS Macdonald Trust, the BUPA Foundation, NHS Grampian Endowments and SPRING. We thank the patients for their participation and the research staff who collected data and supported the study database. Nicholas W Scott: no financial disclosures. Angus D Macleod: funded by a Clinical Academic Fellowship from the Scottish Chief Scientist Office; also received research funding from Parkinson's UK. Carl E Counsell: research funding from Parkinson's UK, Scottish Chief Scientist Office, National Institute of Health Research, and Engineering and Physical Sciences Research Council.Peer reviewe
Predictors of functional dependency in Parkinson’s disease
No full textFinancial disclosures/conflicts of interest: Dr Macleod was funded by a Clinical Academic Fellowship from the Chief Scientist Office of the Scottish Government and received grant funding from Parkinson’s UK, the Wellcome Trust, University of Aberdeen, and NHS Grampian endowments relating to this research. Dr Counsell received grant funding from Parkinson’s UK, National Institute for Health Research, the Scottish Chief Scientist Office, the BMA Doris Hillier award, RS Macdonald Trust, the BUPA Foundation, NHS Grampian endowments and SPRING relating to this research. We declare we have no conflicts of interest. Financial support: This study was funded by Parkinson’s UK, the Scottish Chief Scientist Office, NHS Grampian endowments, the BMA Doris Hillier award, RS Macdonald Trust, the BUPA Foundation, and SPRING. Peer reviewe
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IN-SITU MONITORING OF THIN FILM GROWTH USING A WIDE-BAND SCANNING MONOCHROMATOR.
No full textTo augment the monitoring capabilities of a Balzers 760 coating chamber, we replaced the simple, single wavelength optical monitor with a wide-band scanning monochromator system which records transmission data over the visible region of the spectrum. The system is controlled by an IBM-PC. The same computer is also interfaced to a quartz crystal monitoring system which was purchased with the Balzers chamber. The scanning monochromator system required a new brighter light source to deliver sufficient signal to the detector array through the more complex, dispersive optical train. Above the chamber the filter and the photomultiplier pair were removed, and replaced by a flat mirror which diverts the beam horizontally into the scanning monochromator system. The beam passes first through a telescope-slit configuration onto a Jobin-Yvon holographic grating, built to disperse the 400-800 nm band of which we use approximately 360 nm. This reflective grating images the spectrum of the slit onto a Fairchild CCD array, which consists of 1728 elements. These elements are then averaged into 173 data points and recorded by the IBM-PC. The 173 data points allows us a wavelength resolution of about 2 nm. The IBM incorporates a Tecmar A/D board in accepting data from both the quartz crystal monitor and the scanning monochromator system. Although the system is capable of recording data at a faster rate, it is generally stored once every three seconds. This is adequate since at normal deposition rates this gives us information every 10 - 20 Angstroms of deposited material. The system has been used in several applications which will be discussed in this dissertation. They include in situ measurements of water adsorption into a film, derivation of optical constant profiles during the film deposition, both of which may lead us to a better understanding of the growth of a thin film. The monochromator has also been used to analyze the components of a multilayer coating by monitoring the film's transmission spectra while it was sputter-etched off. The extension of the system into the ultraviolet region of the spectrum and some future applications are also considered
Allan Roderick MacLeod
No full textposted: SaltWire, Feb. 26, 2021; funeral arrangements by C. L. Curry Funeral Services; raised in Antigonish; joined the Canadian Armed Forces (Ret'd); godfather: Willie Westenen
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Laser-induced desorption and damage of water- and heavy water-dosed optical thin films.
No full textPrevious work has shown that laser-induced desorption (LID) can prove useful for the determination of surface contamination. However, because of the nature of small-spot sampling utilized in the previous work, it proved rather difficult to gather statistically significant data. A solution to this problem that still allowed sampling the surface with small focused laser spots was to automate the sample manipulation, laser control, and data acquisition of the system. With the automation of the LID facility in place, a detailed study of the LID of water/heavy water (H₂O/D₂O) was undertaken. As in the earlier work, samples were irradiated with a hydrogen fluoride/deuterium fluoride (HF/DF) laser beam focused inside an ultrahigh vacuum (UHV) chamber. The molecules desorbed from the sample surface were partially contained in a glass envelope that also contained a quadrupole mass analyzer. Samples consisted of bulk-etched CaF₂ and optical thin-film coatings of CaF₂--undosed or H₂O/D₂O dosed--on a variety of substrates. Some analysis was performed on cleaved, single-crystal alkali halides. The focused laser spot size was 155 μm (l/e² diameter) for the HF laser and 138 μm (l/e² diameter) for the DF laser. Between 400 and 800 sites per sample were tested for each desorption onset analysis. A study was also performed to test the possibility of correlation between (1) laser-induced damage and defects and (2) laser-induced desorption and adsorption sites for some of the samples listed above. Attempts to deuterate and hydrate CaF₂ thin films met with limited success as laser-induced desorption samples. Other analysis techniques showed that dosing during the coating process produced a more ordered coating; in fact, dosing with H₂O reduced the optical absorption in the "H₂O" band, modified the damage morphology, and, along with a low temperature bakeout, raised the laser-damage threshold.This item was digitized from a paper original and/or a microfilm copy. If you need
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