3,767 research outputs found

    The antiquarian photography of Cosmo Innes

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    The article focuses on the photography of historian Cosmo Innes. The author provides a brief historical background on Innes, discusses his interest in photographing pre-Reformation Scottish churches, and contrasts his work depicting church architecture to his photographs of country mansions, including Cawdor Castle, Auldbar Castle, and Gordon Castle

    Innes Smith Medical Portrait

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    Portrait of Sir Thomas Browne. Physician and author. After a paintin

    Innes Smith Medical Portrait

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    Photograph of a sculpture of John Heysham. Author of "The Carlisle Bills of Mortality

    Innes Smith Medical Portrait

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    Portrait of David Macbeth Moir. Physician and author at Musselburg. After a painting by Sir John Watson Gordo

    Photoacoustic Absorption Spectrum Of The 1436Cm11436 Cm^{-1} Band Of The 3B3u1Ag^{3}B_{3u}-1Ag System of s.Tetrazine.

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    1.^{1.} K.K. Innes, I.G. Ross \& W.R. Moomaw J. Mol. Spectrosc. 132, 492 (1988). 2.^{2.} R. Hochstrasser and D.S. King Chem. Phys. 5, 439 (1974). 3.^{3.} D.T. Livak and K.K. Innes J. Mol. Spectrosc. 39. 115 (1971).Author Institution: Department of Chemistry, S.U.N.Y. BinghamtonThe 3B3u1Ag(π)^{3}B_{3u}-1Ag (\pi) band system of s-tetrazine with its origin at 13608cm113608 cm^{-1} is known (1-3) to be dominated by a progression built on the 6a10 in-plane ring breathing vibrational mode. A high resolution room temperature vapor phase intracavity absorption spectrum of the 6a026a^{2}_{0} band of s-tetrazine was recorded using photoacoustic detection. The band origin is located at 15043.8cm115043.8 cm^{-1} and the band is violet degraded. The sharp and extensive rovibronic features of this band are subjected to rotational analyses, the results of which will be presented along with a few interesting dynamic properties of the spin sublevels of this triplet state

    Final : Oregon efficiency study final report

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    submitted to: Office of Student Learning and Partnerships, Oregon Department of Education ; prepared by: American Institutes for Research, Thomas B. Parrish, Ed.D., Fiona K. Innes Helsel, Ph.D., Jenifer J. Harr, Ph.D.Title from PDF cover (viewed on September 27, 2023).This archived document is maintained by the State Library of Oregon as part of the Oregon Documents Depository Program. It is for informational purposes and may not be suitable for legal purposes.Mode of access: Internet from the Oregon Government Publications Collection.Text in English

    Influence of different intravenous lipid emulsions on fatty acid status and laboratory and clinical outcomes in adult patients receiving home parenteral nutrition: a systematic review

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    Background & aims: Patients who have chronic intestinal failure require home parenteral nutrition (HPN) support. Intravenous lipid emulsions (IVLEs) are a vital part of HPN. The conventional IVLE is based on pure soybean oil, which contains a high concentration of omega-6 fatty acids. Alternative IVLEs are commercially available. These contain various oil blends and have different fatty acid compositions from soybean oil that could provide benefit to patients on HPN. The aim of this systematic review is to assess the effects of different IVLEs in adult patients requiring HPN. Methods: A systematic literature search was conducted up to October 2019 using relevant search terms in the Medline, EMBASE and CINAHL databases. Only randomised controlled trials (RCTs) in adults on HPN that compared two or more IVLEs were included. Data were extracted and the Cochrane Collaboration's tool for assessing risk of bias was used. Results: Six articles were identified for inclusion in this systematic review. Studies differed according to sample size, duration and the IVLEs compared. Four studies found no increased risk of adverse effects related to the different IVLEs, whilst one study found a higher frequency of serious adverse events with soybean oil. One study found higher serum α-tocopherol with the blend of soybean oil, medium chain triglycerides, olive oil and fish oil. Inflammatory markers were not affected by different IVLEs in three studies. Differences in liver function tests were minimal, but one study found slight abnormalities in patients receiving soybean oil. IVLEs containing olive oil or fish oil modified the blood fatty acid profile. No studies reported essential fatty acid deficiency. Conclusions: There may be benefits of using alternative IVLEs to soybean oil-based emulsions in adults requiring HPN, although there is currently insufficient evidence to determine superiority of one formulation over another. More and larger RCTs are required in this area

    MOLECULAR GEOMETRY AND PREDISSOCIATION TIMES IN THE A~1A\tilde{A}^{1}A'' ELECTRONIC STATE OF HCN AND DCN

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    1^{1}G. A. Bickel and K. K. Innes, Can. J. Phys. 62, 1763-1774 (1984). 2^{2}Y. C. Hsu, M. A. Smith, and S. C. Wallace, Chem. Phys. Letters 111, 219-225 (1934).Author Institution: Department of Chemistry, State University of New York at BinghamtonMerging of the vibrational structures of the Aˉ\bar{A} and Bˉ\bar{B} electronic states of HCN and DCN into a single A1AA{-1} A^{\prime\prime} state1state^{1}, and new measurements of rotational fine structure between 1600 and 1950 {\AA}, have made it possible to attempt refinement of the molecular geometry in the A\overline{A} state; an attempt based on rotational constants of HCN, DCN, D13CND^{13}CN and DC15NDC^{15}N will be described. The fine structure is mostly predissociated so that the rotational constants were determined by computer simulation of Kv1K_{v}^{1} sub-band contours; in the simulation process it was convenient to measure and analyze also the line-widths of unblended lines in each simulated K01K_{0}^{1} sub-band. It was then straight forward to estimate A~\tilde{A}-state lifetimes of the DCN’s and their variations with vibrational quantum numbers. These lifetimes range from 120 to 0.4 ps; they will be compared with recently published2published^{2}, directly measured lifetimes for lower vibrational levels of the A\overline{A}-states of HCN and DCN

    Empty Boots - A Whaling Story: Alan Innes-Taylor

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    The following is a heretofore unpublished account of a small but significant part of the 1st Byrd Antarctic Expedition, 1928-1930. It recounts one man\u27s first journey to Antarctica. The author is the late Alan Innes-Taylor, polar survival expert, and the manuscript was recently made available by his family. Only minor grammatical changes have been made. ... [The account describes his time aboard a whaling ship enroute to the Antarctic.
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