1,721,239 research outputs found
Three Balinese Paintings of the Narrative Arjunawiwaha
No full textWorsley Peter. Three Balinese Paintings of the Narrative Arjunawiwaha. In: Archipel, volume 35, 1988. pp. 129-156
La répartition des mouvements millénaristes en Mélanésie
No full textGuiart Jean, Worsley Peter. La répartition des mouvements millénaristes en Mélanésie. In: Archives de sociologie des religions, n°5, 1958. pp. 38-46
Retrospective analysis of a national fitting database for Respiratory Protective Equipment during the early phase of COVID-19.
No full textDataset and statistics for respirator fitting in the NHS
The data looks at various demographic indicators in the trusts, gender, age, ethnicity. The data for performance is looking at BIC which behaves better than AIC for huge data sets. The last three models are the interaction models with ethnic group, sex, and age, respectively. There are clear and significant effects of type of mask, ethnic group, sex and age on fit, but these effects do not interact and work independently.
This research was funded by Bioengineering approaches for the SAFE design and fitting of Respiratory Protective Equipment UKRI (Research England) EP/V045563/1</span
Assessment of short-term knee arthroplasty function using clinical measures, motion analysis, and musculoskeletal modelling
No full textWorsley (Peter) Elle sonnera la trompette. Le Culte du Cargo en Mélanésie
No full textDesroche Henri. Worsley (Peter) Elle sonnera la trompette. Le Culte du Cargo en Mélanésie. In: Archives de sciences sociales des religions, n°44/2, 1977. pp. 298-299
Worsley (Peter) Elle sonnera la trompette. Le Culte du Cargo en Mélanésie
No full textDesroche Henri. Worsley (Peter) Elle sonnera la trompette. Le Culte du Cargo en Mélanésie. In: Archives de sciences sociales des religions, n°44/2, 1977. pp. 298-299
Worsley (Peter) The trumpet shall sound. A study of Cargo cults in Melanesia
No full textDesroche Henri. Worsley (Peter) The trumpet shall sound. A study of Cargo cults in Melanesia. In: Archives de sociologie des religions, n°5, 1958. pp. 206-207
A modified evaluation of spacer fabric and airflow technologies for controlling microclimate at the loaded support interface
No full textThe microclimate between an individual and their support surface can have a significant effect on skin health. Recently, healthcare companies have developed mattress systems designed to regulate the temperature and humidity at the individual-support surface interface, which include spacer fabric materials and active airflow systems. However, to date, there has been little formal evaluation of their performance. The aim of this study was to evaluate mattress systems using an established lab-based approach.A physical model tank was applied to each support surface, filled with 20 L of water maintained at 37°C. A continuous network of perforated plastic tubing deposited water equivalent to a sweat rate of 1.5 mL/min for 25 minutes. Humidity and temperature sensors, stitched onto the thin cotton sheet,monitored the interface conditions for a total of 24 hours. Tests were conducted using a range of support surfaces incorporating spacer fabrics, with and without active airflow and ventilated covers.The results from this study revealed that spacer fabric appears to dissipate heat more effectively than viscoelastic foam (Heat Flux 33.6W/m2 vs. 10.4 W/m2). With no active airflow the viscoelastic foam and spacer fabric exhibited a limited reduction in relative humidity at the interface. However, withactive airflow, the spacer fabric had the ability to reduce relative humidity over time to basal levels through moisture vapour transfer (MVTR) capability. This represented a change from saturation (99% RH) to ambient humidity (40%) over a 24 hour period (water vapour transfer rate = 0.9 g/m²;hr).Further parametric testing is required to evaluate the optimal combinations of spacer fabric material and active airflow systems
Dataset supporting the journal article 'An evaluation of mechanical and biophysical skin parameters at different body locations''
No full textThe aims of this study are: -
To define an array of skin monitoring technologies capable of characterising clinically relevant skin properties (focus on cost-efficient, CE marked devices).
Assess the clinical feasibility, validity, and reliability of the best candidate measures on a cohort of healthy individuals for future comparison SSc (separate NHS ethics sought).
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