Simpson and Co. : a comedy in one act /

"With an illustration, and remarks by D.-G. [George Daniel]"

Observations on the vinous fermentation : with a description of a patent apparatus to improve the same : also a statement of the advantages to be derived from this system when applied to the process of brewing, as confirmed by the testimony of Messrs. Gray and Co., brewers, of Westham, in the county of Essex.

Goldsmiths'-Kress no. 23792.

Anecdotes of the English language : chiefly regarding the local dialect of London and its environs; whence it will appear that the natives of the metropolis and its vicinities have not corrupted the language of their ancestors ; in a letter from Samuel Pegge ; to an old acquaintance, and co-fellow of the Society of antiquaries, London ; to which is added, a supplement to Grose's "Provincial glossary".

Testimonials: p. [xiv]-xx.

Fuel economy in boiler rooms; a development of Fuel economy and COâ‚‚ recorders, published in the engineers' study course from Power.

First edition, 1914, has title: Fuel economy and COâ‚‚ recorders.

Pigot and Co.'s national commercial directory ... .

Description based on: 1835.

Michigan Stadium Construction, Andrew Graft and co-worker

[photo scanned by donor]

Catalogue ... of the renowned library formerly at Britwell Court, Burnham, Bucks, the property of S.R. Christie-Miller ... Which will be sold by auction by Messrs. Sotheby and Co ... 1916-1917.

[14] Apr. 7, 1924. Miscellaneous literature. 652 lots.--[15] March 23, 1925. Early English poetry and other literature. 692 lots.--[16] March 30, 1925. Early English Works on the arts and sciences. 797 lots.--[17] March 15, 1926. Early English poetry and other literature. 707 lots.--[18] March 22, 1926. Early English law and history. 570 lots.--[19] March 28, 1927. Final portion. 2151 lots.--[20] July 11, 1927. Books unsold or returned as imperfect. 183 lots.--[21] July 25, 1927. Books omitted from the sales of the Britwell Court Library. The property of S.R. Christie-Miller. 31 lots. (In Sotheby, firm, auctioneers, London. Catalogue of valuable printed books, illuminated and other manuscripts ... which will be sold ... Monday, 25th of July and two following days ... London [1927] p. 70-75, lots 456-486)

Fatigue and Co-occurring Symptoms in Women with Irritable Bowel Syndrome

Thesis (Ph.D.)--University of Washington, 2016-06

Mach Bands: multi-scale spatial filtering and co-operative coding of edges and bars

Perception of Mach bands may be explained by spatial filtering ('lateral inhibition') that can be approximated by 2nd derivative computation, and several alternative models have been proposed. To distinguish between them, we used a novel set of ‘generalised Gaussian’ images, in which the sharp ramp-plateau junction of the Mach ramp was replaced by smoother transitions. The images ranged from a slightly blurred Mach ramp to a Gaussian edge and beyond, and also included a sine-wave edge. The probability of seeing Mach Bands increased with the (relative) sharpness of the junction, but was largely independent of absolute spatial scale. These data did not fit the predictions of MIRAGE, nor 2nd derivative computation at a single fine scale. In experiment 2, observers used a cursor to mark features on the same set of images. Data on perceived position of Mach bands did not support the local energy model. Perceived width of Mach bands was poorly explained by a single-scale edge detection model, despite its previous success with Mach edges (Wallis & Georgeson, 2009, Vision Research, 49, 1886-1893). A more successful model used separate (odd and even) scale-space filtering for edges and bars, local peak detection to find candidate features, and the MAX operator to compare odd- and even-filter response maps (Georgeson, VSS 2006, Journal of Vision 6(6), 191a). Mach bands are seen when there is a local peak in the even-filter (bar) response map, AND that peak value exceeds corresponding responses in the odd-filter (edge) maps.

Using organoclay to promote morphology refinement and co-continuity in high-density polyethylene/polyamide 6 blends - Effect of filler content and polymer matrix composition

We investigate the gradual changes of the microstructure of two blends of high-density polyethylene (HDPE) and polyamide 6 (PA6) at opposite composition filled with increasing amounts of an organomodified clay. The filler locates preferentially inside the polyamide phase, bringing about radical alterations in the micron-scale arrangement of the polymer phases. When the host polyamide represents the major constituent, a sudden reduction of the average sizes of the polyethylene droplets was observed upon addition of even low amounts of organoclay. A morphology refinement was also noticed at low filler contents when the particles distributes inside the minor phase. In this case, however, keep increasing the organoclay content eventually results in a high degree of PA6 phase continuity. Rheological analyses reveal that the filler loading at which the polyamide assembles in a continuous network corresponds to the critical threshold for its rheological transition from a liquid- to a gel-like behaviour, which is indicative of the structuring of the filler inside the host PA6. On the basis of this finding, a schematic mechanism is proposed in which the role of the filler in driving the space arrangement of the polymer phases is discussed. Finally, we show that the synergism between the reinforcing action of the filler and its ability to affect the blend microstructure can be exploited in order to enhance relevant technological properties of the materials, such as their high temperature structural integrity.

Selective localization of organoclay and effects on the morphology and mechanical properties of LDPE/PA11 blends with distributed and co-continuous morphology

A study was made on the effect of small amounts of organically modified clay on the morphology and mechanical properties of blends of low-density polyethylene and polyamide 11 at different compositions. The influence of the filler on the blend morphology was investigated using wide angle X-ray diffractometry, scanning and transmission electron microscopy and selective extraction experiments. The filler was found to locate predominantly in the more hydrophilic polyamide phase. Although such uneven distribution does not have a significant effect on the onset of phase co-continuity of the polymer components, it brings about a drastic refinement of the microstructure for the blends both with droplets/matrix and co-continuous morphologies. In addition to the expected reinforcing action of the filler, the resulting fine microstructure plays an important role in enhancing the mechanical properties of the blends. This is essentially because of a good quality of stress transfer across the interface between the constituents, which also seems to benefit for a good interfacial adhesion promoted by the filler. Our results provide the experimental evidence for the capabilities of nanoparticles added to multiphase polymer systems to act selectively as a reinforcing agent for specific domains of the material and as a medium able to assist the refinement of the polymer phases during mixing.

Master and apprentice or difference and complementarity? Local government practioners, doctoral studies and co-produced research

In their search for innovative policy solutions to complex social problematics, local governance practitioners will look to synergising specific policy guidance from government departments with conceptual scientific research outputs. UK academics are also now expected to emphasise the relevance of their research and to increase its utilisation by practitioners. Away from utilitarian pressures, academics from applied discipline, such as Public Administration and Local Government Studies are increasingly drawn to the benefits of co-produced research. Despite the pressure for more co-research there are few opportunities for practitioners and academics to nurture relationships that would support close collaboration. This paper looks at the opportunity for closer collaboration when practitioners undertake research degrees, in order to enhance their cognitive skills and develop greater scientific knowledge of particular policy domains. If this route to closer collaboration is to succeed, it will require academics to think differently about their relationship with practitioner-students.