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Optics and Photonics Research Group

Publications

Content: S.-W. LEE and S. KORPOSH, 2015. Optical fiber sensing of human skin emanations In: Fifth Asia-Pacific Optical Sensors Conference. SPIE 9655. 96551K

Content: M. PARTRIDGE, S. KORPOSH, S. JAMES and R. TATAM, 2015. Long period grating sensors response to photosensitive Bacteriorhodopsin coating In: Fifth Asia-Pacific Optical Sensors Conference. SPIE 9655. 965533

Content: D. TIWARI, S. JAMES, R. TATAM, S. KORPOSH and S.-W. LEE, 2015. A high-sensitivity chemical sensor based on titania coated optical-fiber long period grating for ammonia sensing in water In: Fifth Asia-Pacific Optical Sensors Conference. SPIE 9655. 96552H

Content: HROMADKA, J., TOKAY, B., JAMES, S., TATAM, R. P. and KORPOSH, S., 2015. Optical fibre long period grating gas sensor modified with metal organic framework thin films: Sensors and Actuators, B: Chemical Sensors and Actuators, B: Chemical. 221, 891-899

Content: KORPOSH, S., OKUDA, H., WANG, T., JAMES, S. W. and LEE, S. W., 2015. U-shaped evanescent wave optical fibre sensor based on a porphyrin anchored nanoassembled thin film for high sensitivity ammonia detection

Content: KORPOSH, S., TATAM, R. P., JAMES, S. W. and LEE, S. W., 2015. Chirality measurements using optical fibre long period gratings fabricated in high birefringent fibre

Content: LEE, S. W., WANG, T., SELYANCHYN, R., KORPOSH, S. and JAMES, S. W., 2015. Optical fiber sensing of human skin emanations

Content: TIWARI, D., JAMES, S. W., TATAM, R. P., KORPOSH, S. and LEE, S. W., 2015. A high-sensitivity chemical sensor based on titania coated optical-fiber long period grating for ammonia sensing in water

Content: WONG, R., KORPOSH, S., LEE, S. W., JAMES, S. W. and TATAM, R. P., 2015. Photodecomposition of a target compound detected using an optical fibre long period grating coated with a molecularly imprinted titania thin film

Content: ZHANG, J., SEE, C. W., SMITH, R. J., JOHNSTON, N. S., PITTER, M. C., SOMEKH, M. G. and LIGHT, R. A., 2015. Rapid wide-field heterodyne interferometry with custom 2D CMOS camera: Electronics Letters Electronics Letters. 51(6), 479-480

Content: LIGHT, R., 2015. Interview: Electronics Letters Electronics Letters. 51(6), 432

Content: HASHMI, A., MALAKOUTIKHAH, M., LIGHT, R. A. and KALASHNIKOV, A. N., 2015. Embedded supervisory control and output reporting for the oscillating ultrasonic temperature sensors

Content: ACHAMFUO-YEBOAH, S. O., LIGHT, R. A. and SHARPIES, S. D., 2015. Optical detection of ultrasound from optically rough surfaces using a custom CMOS sensor: 13th Anglo-French Physical Acoustics Conference, AFPAC 2014 13th Anglo-French Physical Acoustics Conference, AFPAC 2014. 581(1),

Content: HASHMI, A., KALASHNIKOV, A. N. and LIGHT, R. A., 2015. Experimental evaluation of ultrasonic oscillating temperature sensors (UOTS) under cyclically changing temperatures

Content: JUNG, D. S., CROWE, J. A., BIRCHALL, J. P., SOMEKH, M. G. and SEE, C. W., 2015. Anti-confocal versus confocal assessment of the middle ear simulated by Monte Carlo methods: Biomedical Optics Express Biomedical Optics Express. 6(10), 3820-3825

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Optics and Photonics Research Group

Faculty of Engineering
The University of Nottingham
University Park
Nottingham, NG7 2RD

telephone: +44 (0)115 95 15536
email: optics@nottingham.ac.uk