Instrument for scanning the angular variation of irradiance in ultraviolet phototherapy cabinets

A. L. Evans Department of Clinical Physics and Bio-engineering, and Department of Dermatology, North and South Glasgow University Hospitals NHS Trusts, Glasgow GS1 4TF, UKCorrespondence[email protected]

C. J. Martin Department of Clinical Physics and Bio-engineering, and Department of Dermatology, North and South Glasgow University Hospitals NHS Trusts, Glasgow GS1 4TF, UK

D. C. Smith Department of Clinical Physics and Bio-engineering, and Department of Dermatology, North and South Glasgow University Hospitals NHS Trusts, Glasgow GS1 4TF, UK

G. D. Currie Department of Clinical Physics and Bio-engineering, and Department of Dermatology, North and South Glasgow University Hospitals NHS Trusts, Glasgow GS1 4TF, UK

S. McCalman Department of Clinical Physics and Bio-engineering, and Department of Dermatology, North and South Glasgow University Hospitals NHS Trusts, Glasgow GS1 4TF, UK

D. Bilsland Department of Clinical Physics and Bio-engineering, and Department of Dermatology, North and South Glasgow University Hospitals NHS Trusts, Glasgow GS1 4TF, UK

S. Dunn Department of Clinical Physics and Bio-engineering, and Department of Dermatology, North and South Glasgow University Hospitals NHS Trusts, Glasgow GS1 4TF, UK

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MOUNTFORD, P. J., 1986, Phototherapy and photochemotherapy ultraviolet irradiation equipment. Photodermatology, 3, 83-91.
Google Scholar
FANSELOW, D., CRONE, M. and DAHL, M.V., 1987, Dosimetry in phototherapy cabinets. Journal of American Academy of Dermatology, 17, 74-77.
Google Scholar
DIFFEY, B. L. and HART, G., 1997, Ultraviolet and blue-light phototherapy - principles, sources, dosimetry and safely. Institute of Physics and Engineering in Medicine Report 76 (York: IPEM).
Google Scholar
DIFFEY, B. L., HARRINGTON, T. R. and CHALLONER, A. V. J., 1978, A comparison of the anatomical uniformity of irradiation in two phototherapy units. British Journal of Dermatology, 99, 361 - 363.
Google Scholar
CURRIE, G. D., EVANS, A. L., SMITH, D. C., MARTIN, C. J., McCALMAN, S. and BlLSLAND, D., 2001, An automated dosimetry system for testing of whole body ultraviolet phototherapy cabinets. Physics in Medicine and Biology, 46, 333-346.
Google Scholar
PYE, S. D. and MARTIN, C. J., 2000, A study of the directional response of ultraviolet radiometers: I Practical evaluation and implications for ultraviolet measurement standards. Physics in Medicine and Biology, 45, 2701-2712.
Google Scholar
SEYMOUR, J., 1981, Electronic devices and components (London: Longman).
Google Scholar

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