Reflective practice: writing and professional development
Abstract
Reflecting thoughtfully on your work is vital for improving your own self-awareness, effectiveness and professional development. This newly updated fifth edition of Gillie Bolton’s bestselling book explores reflective writing as a creative and dynamic process for this critical enquiry. New to this edition: An expanded range of exercises and activities A new emphasis on using e-portfolios Further guidance on reflective writing assignments Enhanced discussion of reflection as a key employability skill Additional online resources This popular book has been used worldwide in various disciplines including education, social work, business and management, medicine and healthcare and is essential reading for students and professionals seeking to enhance their reflective writing skills and to examine their own practice in greater critical depth.Version
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Bolton G and Delderfield R (2018) Reflective practice: writing and professional development. London, England: SAGE Publications Ltd. 5th Ed.Link to published version
https://uk.sagepub.com/en-gb/eur/reflective-practice/book252252Type
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Computer colour matching with fluorescent dyes : The influence of fluorescence on reflectance - concentration relationships for fluorescent dyes, singly and in mixtures, and the effects on the prediction of recipes for use in colour matching.A simple and feasible method of computer colour matching involving fluorescent dyes was developed. An ordinary abridged-spectroreflectometer with polychomatic illumination and a simulated D65 xenon light source was employed for all measurements. In addition to the normal K/S constants for non-fluorescent dyes and the non-fluorescent portion of the fluorescent dye'.. constants responsible for the fluorescent portion were necessary. Two sets of equations to relate the total radiance factors of dyeings with a fluorescent dye and its concentration were developed respectively for self and compound shades where a non-fluorescent dye is admixed. Finding constants responsible for the compound shades required a number of calibration mixture dyeings. Negative K/S constants were found useful when the total radiance factor was above that for the substrate but below one hundred. Three computer programs? s were developed to deal with calibration constants for self and compound shade and also for match prediction. Optimization was used in all cases to minimize errors in total radiance factors or colour differences. Half of the actual dyeingq formulations from the predicted were visually passed by a panel of five dyers. In this study, disperse dyes on polyester were used. Moreover, a commercial matching package was studied using non-fluorescent dyes. The dyeing system affected its accuracy. The polyester/disperse dye system was better than the cotton/reactive dye system. The sample size and luminancefactor of target colours; were also studied. The accuracy was affected slightly by the latter but not the former.
