K. Schulmeister

发表

ICNIRP Guidelines GUIDELINES FOR LIMITING EXPOSURE TO TIME-VARYING

K. Jokela, R. Saunders, B. Veyret, 1998 .

Probability of Hazardous Human Exposure from Space Based Lasers

F. Rattay, K. Schulmeister, D. Sliney, 2000 .

Nutritional and lifestyle correlates of the cancer-protective hormone melatonin.

K. Schulmeister, E. Schernhammer, Regina P. Dopfel, 2007, Cancer detection and prevention.

Review of exposure limits and experimental data for corneal and lenticular damage from short pulsed UV and IR laser radiation

K. Schulmeister, B. Stuck, J. Zuclich, 2008 .

Second order PRA model for ocular laser damage

K. Schulmeister, D. Sliney, J. Mellerio, 2003 .

Invited Review: Light at Night and Cancer Risk ¶

K. Schulmeister, E. Schernhammer, 2004 .

A probabilistic risk analysis model for receiving laser eye injury from space based lasers

David H. Sliney, F. Rattay, Karl Schulmeister, 2002 .

Laser-induced corneal injury: validation of a computer model to predict thresholds.

K. Schulmeister, B. Stuck, D. J. Lund, 2020, Biomedical optics express.

REVIEW OF THRESHOLDS AND RECOMMENDATIONS FOR REVISED EXPOSURE LIMITS FOR LASER AND OPTICAL RADIATION FOR THERMALLY INDUCED RETINAL INJURY

K. Schulmeister, B. Stuck, D. Sliney, 2011, Health physics.

Analysis method for the determination of the apparent source size in broadband radiation

K. Schulmeister, Mathieu Jean, 2015 .

1090 nm infrared radiation at close to threshold dose induces cataract with a time delay

P. Söderberg, K. Schulmeister, M. Kronschläger, 2015, Acta ophthalmologica.

Manifestation of the Strong Non-Linearity of Thermal Injury

K. Schulmeister, Mathieu Jean, 2011 .

The radiance of the sun, a 1 mW laser pointer and a phosphor emitter

K. Schulmeister, 2013 .

Beam propagation and exposure assessment

K. Schulmeister, R. Henderson, 2003 .

Validation of a computer model to predict laser induced retinal injury thresholds

K. Schulmeister, Mathieu Jean, 2017 .

Guidelines on limits of exposure to laser radiation of wavelengths between 180 nm and 1,000 microm. International Commission on Non-Ionizing Radiation Protection.

Soichi Watanabe, Bruce E. Stuck, James C. Lin, 1996, Health physics.

Laser product safety standardization projects of CENELEC TC 76

K. Schulmeister, A. Frederiksen, J. O'Hagan, 2019, International Laser Safety Conference.

Present and alternative dosimetry concept for laser exposure limits

K. Schulmeister, 2010 .

Near infrared ex-vivo bovine and computer model thresholds for laser-induced retinal damage

K. Schulmeister, R. Ullah, Mathieu Jean, 2012 .

Damage Thresholds for Irregularly Pulsed Exposure of the Retina

K. Schulmeister, Johannes Husinsky, 2009 .

Damage thresholds for scanned exposure of the retina

B. Seiser, K. Schulmeister, L. Farmer, 2009 .

The risk of retinal injury from Class 2 and visible Class 3R lasers, including medical laser aiming beams

K. Schulmeister, Mathieu Jean, 2010 .

Medium-dose is more effective than low-dose ultraviolet A1 phototherapy for localized scleroderma as shown by 20-MHz ultrasound assessment.

H. Hönigsmann, K. Schulmeister, P. Sator, 2009, Journal of the American Academy of Dermatology.

Protecting workers from ultraviolet radiation

F. Gruijl, H. Zeeb, A. Swerdlow, 2007 .

WHAT IS THE MEANING OF THRESHOLD IN LASER INJURY EXPERIMENTS? IMPLICATIONS FOR HUMAN EXPOSURE LIMITS

John Mellerio, Karl Schulmeister, David H Sliney, 2002, Health physics.

UVA1 phototherapy for disseminated granuloma annulare

K. Schulmeister, C. Schnopp, M. Mempel, 2005, Photodermatology, photoimmunology & photomedicine.

Temperature-controlled in vivo ocular exposure to 1090-nm radiation suggests that near-infrared radiation cataract is thermally induced

Karl Schulmeister, Martin Kronschläger, Zhaohua Yu, 2015, Journal of biomedical optics.

Short- and long-wave UV light (UVB and UVA) induce similar mutations in human skin cells.

K. Schulmeister, T. M. Rünger, U. P. Kappes, 2006, The Journal of investigative dermatology.

ICNIRP STATEMENT—PROTECTION OF WORKERS AGAINST ULTRAVIOLET RADIATION

Bruce E. Stuck, James C. Lin, Karl Schulmeister, 2010, Health physics.

Laser-induced injury of the skin: validation of a computer model to predict thresholds.

K. Schulmeister, Mathieu Jean, 2021, Biomedical optics express.

Modeling of Laser-Induced Thermal Damage to the Retina and the Cornea

Karl Schulmeister, Mathieu Jean, K. Schulmeister, 2014 .

Validation of a computer model to predict laser induced thermal injury thresholds of the retina

Karl Schulmeister, Mathieu Jean, K. Schulmeister, 2013 .

Light at Night and Cancer Risk¶

K. Schulmeister, E. Schernhammer, 2004, Photochemistry and photobiology.

Laser chemical vapor deposition of cobalt thin films

K. Schulmeister, J. Lunney, B. Buckley, 1992 .

Simplified method to assess the UV and blue light hazard of lamps

K. Schulmeister, A. Buberl, Marko Weber, 2013 .

Parameters influencing the accuracy and practical applicability of UV indicator cards.

K. Schulmeister, Marko Weber, H. Brusl, 2006, Photochemical and Photobiological Sciences.

Outdoor Workers’ Acceptance of Personal Protective Measures Against Solar Ultraviolet Radiation

Karl Schulmeister, Peter Kindl, Helmut Brusl, 2007, Photochemistry and photobiology.

Melatonin and cancer risk: does light at night compromise physiologic cancer protection by lowering serum melatonin levels?

K. Schulmeister, E. Schernhammer, E S Schernhammer, 2004, British Journal of Cancer.

ICNIRP Guidelines on Limits of Exposure to Laser Radiation of Wavelengths between 180 nm and 1,000 μm.

Soichi Watanabe, Bruce E. Stuck, James C. Lin, 2013, Health physics.

Excimer laser etching of transparent conducting oxides

Karl Schulmeister, James G. Lunney, K. Schulmeister, 1991 .

THE UPCOMING NEW EDITIONS OF IEC 60825-1 AND ANSI Z136.1 - EXAMPLES ON IMPACT FOR CLASSIFICATION AND EXPOSURE LIMITS

Karl Schulmeister, K. Schulmeister, 2013 .

Ocular temperature elevation induced by threshold in vivo exposure to 1090-nm infrared radiation and associated heat diffusion

Karl Schulmeister, Martin Kronschläger, Zhaohua Yu, 2014, Journal of biomedical optics.