Synthesis of Research / Reading Comprehension: What Works

Rogers, M., Bethel, A., Boddy, K. (2014) The development of a MEDLINE search filter to find patient and public involvement (PPI) research literature. Paper presented at HLG Conference, Oxford

Rogers, M., Bethel, A., Abbott, R. (2015) Finding qualitative literature on dementia in MEDLINE, EMBASE, PsycINFO and CINAHL: assessment of three qualitative search filters. Paper presented at Cochrane Colloquium, Vienna

A synthesis of this research suggests that cooperative ..

Briscoe, S. Cooper, C. Glanville, J. Lefebvre, C. The loss of the NHS EED and DARE databases and the effect on evidence synthesis and evaluation. Research Synthesis Methods 2017 DOI: 10.1002/jrsm.1235.

Self-complexity and well-being: A review and research synthesis.

1996-09-22 · Teacher perceptions of mainstreaming/inclusion, 1958-1995: a research synthesis

Bethel, A., Rogers, M. (2015) A simple method to merge duplicate Endnote Libraries together after screening as part of a systematic review. (presented at EAHIL, Edinburgh)

Rogers, M., Bethel, A., Boddy, K. (2014) The Development of a Search Filter to Identify Literature about Patient and Public Involvement (PPI) in Health Research (presented at Campbell Collaboration Colloquium, Belfast)

Research & Ingredients | SwellNoMore

Briscoe, S. A review of the reporting of web searching to identify studies for Cochrane systematic reviews. Research Synthesis Methods. 2017; doi: 10.1002/jrsm.1275. [Epub ahead of print].

Background Currently, no single U.S

Since defects affect many aspects of semiconductor behavior, the ability to control the type, concentration, spatial distribution, and mobility of such defects is important for practical applications. The practice of such control is termed “defect engineering.” Research in this group focuses on developing new methods for defect engineering in semiconductors to make nanoscale devices of interest for energy, environmental, and nanoelectronics applications. We have discovered several new physical mechanisms to accomplish this control that work well at small length scales below about one micrometer. Our work employs both experiments and computations to develop a fundamental science base while simultaneously applying the findings to practical applications.