Determination of a laser eye dazzle safety framework

Safety FrameworkCalculatorPaperData

Craig A. Williamson and Leon. N. McLin, “Determination of a laser eye dazzle safety framework,”
Journal of Laser Applications 30, 032010 (2018)

 

Nominal Ocular Dazzle Distance (NODD)

Paper

Craig A. Williamson and Leon. N. McLin, “Nominal Ocular Dazzle Distance (NODD),”
Applied Optics 54, 1564-1572 (2015)

 

Wavelength and ambient luminance dependence of laser eye dazzle

PaperData

Craig A. Williamson, Leon N. McLin, J. Michael Rickman, Michael A. Manka, Paul V. Garcia, Wesley T. Kinerk, and Peter A. Smith, “Wavelength and ambient luminance dependence of laser eye dazzle,” Applied Optics 56, 8135-8147 (2017)

Impact of
windscreen scatter on
laser eye dazzle

PaperData

Craig A. Williamson, Leon N. McLin, Michael A. Manka, J. Michael Rickman, Paul V. Garcia, and Peter A. Smith, “Impact of windscreen scatter on laser eye dazzle,” Optics Express 26, 27033-27056 (2018)

Measuring the contribution of atmospheric scatter to laser eye dazzle

Paper

Craig A. Williamson, J. Michael Rickman, David A. Freeman, Michael A. Manka, and Leon N. McLin, “Measuring the contribution of atmospheric scatter to laser eye dazzle,” Applied Optics 54, 7567-7574 (2015)

 

Visualizing the trade-offs between laser eye protection and laser eye dazzle

Paper

Oliver J. Freeman and Craig A. Williamson, “Visualizing the trade-offs between laser eye protection and laser eye dazzle,” Journal of Laser Applications 32, 012008 (2020)

Simple computer visualization of laser eye dazzle

Paper

Craig A. Williamson, “Simple computer visualization of laser eye dazzle,” Journal of Laser Applications 28, 012003 (2016)

Optical eye simulator for laser dazzle events

Paper

João M. P. Coelho, José Freitas, and Craig A. Williamson, “Optical eye simulator for laser dazzle events,” Applied Optics 55, 2240-2251 (2016)