High speed two input real-time optical correlation using photorefractive BSOFOOTE, P. D; HALL, T. J; CONNORS, L. M et al.Optics and laser technology. 1986, Vol 18, Num 1, pp 39-42, issn 0030-3992Article

Thermal and photo-oxidative degradation of poly (5',6'-bis(trifluoromethyl)- bicyclo[2.2.2]octa-5',7'-diene-2',3'-diyl)-1,2-ethenediyl, the Durham polyacetylene precursor polymer, and polyacetyleneCLEMENSON, P. I; FEAST, W. J; AHMAD, M. M et al.Polymer (Guildford). 1992, Vol 33, Num 22, pp 4711-4716, issn 0032-3861Article

Picosecond optical correlation using dynamic holography in polyacetyleneFOOTE, P. D; PROUDLEY, G. M; BEDDARD, G. S et al.Applied optics. 1993, Vol 32, Num 2, pp 174-178, issn 0003-6935Article

Short-wavelength asymptotic framework for wave mixing in photorefractive mediaCONNORS, L. M; KHAMIS, H. W; HALL, T. J et al.Journal of the Optical Society of America. A, Optics and image science. 1985, Vol 2, Num 7, pp 1035-1048, issn 0740-3232Article

Spatially resolved photochemistry in the precursor polymer to Durham polyacetylene : method, mechanism, achievements and possibilitiesALLEN, P. C; BOTT, D. C; BROWN, C. S et al.Synthetic metals. 1991, Vol 41, Num 1-2, issn 0379-6779, p. 26Conference Paper

The photorefractive effect: a reviewHALL, T. J; JAURA, R; CONNORS, L. M et al.Progress in quantum electronics. 1985, Vol 10, Num 2, pp 77-146, issn 0079-6727Serial Issue