Authors:
GRIFFIN PG
MORRISON RJS
CAMPISI A
CHADWICK BL
Citation: Pg. Griffin et al., APPARATUS FOR THE DETECTION AND REMOVAL OF VAPOR-PHASE ALKALI SPECIESFROM COAL-DERIVED GASES AT HIGH-TEMPERATURE AND PRESSURE, Review of scientific instruments, 69(10), 1998, pp. 3674-3677
Citation: Bl. Chadwick et Phm. Dummer, FACTORS AFFECTING THE DIAGNOSTIC QUALITY OF BITEWING RADIOGRAPHS - A REVIEW, British Dental Journal, 184(2), 1998, pp. 80-84
Citation: Mg. Harrison et al., ODONTOGENIC MYXOMA IN AN ADOLESCENT WITH TUBEROUS SCLEROSIS, Journal of oral pathology & medicine, 26(7), 1997, pp. 339-341
Citation: Bl. Chadwick et Pmh. Dummer, THE EFFECT OF X-RAY-BEAM MOVEMENTS ON RADIOGRAPHIC APPROXIMAL CAVITY DEPTH, Journal of dental research, 76(5), 1997, pp. 1070-1070
Citation: Bl. Chadwick et al., QUANTITATIVE DETECTION OF GAS-PHASE NAOH USING 355-NM MULTIPLE-PHOTONABSORPTION AND PHOTOFRAGMENT FLUORESCENCE, Applied spectroscopy, 51(7), 1997, pp. 990-993
Authors:
CHADWICK BL
ASHMAN RA
CAMPISI A
CROFTS GJ
GODFREY PD
GRIFFIN PG
OTTREY AL
MORRISON RJS
Citation: Bl. Chadwick et al., DEVELOPMENT OF TECHNIQUES FOR MONITORING GAS-PHASE SODIUM SPECIES FORMED DURING COAL COMBUSTION AND GASIFICATION, International journal of coal geology, 32(1-4), 1996, pp. 241-253
Citation: Bl. Chadwick et Rjs. Morrison, MONTE-CARLO SIMULATION OF RADIATION TRAPPING AND QUENCHING OF PHOTOFRAGMENT FLUORESCENCE AFTER 193 NM PHOTOLYSIS OF NACL, Journal of the Chemical Society. Faraday transactions, 91(13), 1995, pp. 1931-1934
Citation: Bl. Chadwick et al., MULTIWAVELENGTH MONITORING OF PHOTOFRAGMENT FLUORESCENCE AFTER 193-NMPHOTOLYSIS OF NACL AND NAOH - APPLICATION TO MEASURING THE SODIUM SPECIES RELEASED FROM COAL AT HIGH-TEMPERATURES, Analytical chemistry, 67(4), 1995, pp. 710-716
Citation: Bl. Chadwick et al., FLUORESCENCE-DETECTED INFRARED-ULTRAVIOLET AND RAMAN-ULTRAVIOLET DOUBLE-RESONANCE IN ACETYLENE GAS - STUDIES OF SPECTROSCOPY AND ROTATIONALENERGY-TRANSFER, Canadian journal of physics, 72(11-12), 1994, pp. 939-953
Citation: Bl. Chadwick et al., STATE-TO-STATE VIBRATIONAL-ENERGY TRANSFER IN ACETYLENE GAS, MEASUREDBY FLUORESCENCE-DETECTED RAMAN ULTRAVIOLET DOUBLE-RESONANCE SPECTROSCOPY, Chemical physics, 175(1), 1993, pp. 113-125