John F. Asmus

Q: What Schools Are Affiliated With John F. Asmus

John F. Asmus is affiliated with the following schools: University of California, Berkeley, California Institute of Technology, University of California, San Diego, Stanford University

John F. Asmus's AcademicInfluence.com Rankings

John F. Asmus

Physics

#7489

World Rank

#9523

Historical Rank

physics Degrees

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Physics

John F. Asmus's Degrees

PhD Physics Stanford University
Masters Physics Stanford University
Bachelors Physics Stanford University

Why Is John F. Asmus Influential?

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According to Wikipedia, John Fredrich Asmus is a research physicist who has focused his work on the use of scientific techniques in art conservation. , he taught at the Institute for Pure and Applied Physical Science at the University of California, San Diego, where he began working in 1974.

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John F. Asmus's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Studies On The Interaction Of Laser Radiation With Art Artifacts (1974) (83)
Lasers in the Conservation of Artworks (2005) (79)
HOLOGRAPHY IN THE CONSERVATION OF STATUARY (1973) (51)
More light for art conservation (1986) (43)
Lasers for the Cleaning of Statuary: Initial Results and Potentialities (1973) (37)
The Application of Laser Radiation to the Cleaning of Statuary (1973) (22)
PULSE BROADENING IN A MHD COPPER VAPOR LASER (1968) (22)
Light for Art Conservation (1987) (21)
Lichen removal from Chinese Spirit Path figures of marble (2000) (16)
Digital image processing in art conservation (1987) (14)
A study of homogenization and dispersion of laser induced stress waves. (1970) (10)
Laser technique for the divestment of a lost Leonardo da Vinci mural (1975) (10)
Laser divestment for natural history museum collections (2000) (9)
Non-divestment laser applications in art conservation (2003) (9)
Computer Studies Of The Isleworth And Louvre Mona Lisas (1989) (8)
Underwater inverse LIBS (iLIBS) for marine archaeology (2013) (8)
Micrometeorite generation with a high-power laser (1967) (8)
Digital Image Processing Applied To Problems In Art And Archaeology (1988) (7)
UV hologram recording with an excimer laser (1981) (6)
Decay and Preservation of Stone (1978) (6)
Mona Lisa symbolism uncovered by computer processing (1992) (6)
Coating ablation and surface modification by pulsed light radiation (1993) (6)
Computer image studies of Rembrandt self portraits (1992) (6)
HOLOGRAPHIC INTERFEROMETRY OF PAINTED SURFACES (1978) (5)
Citric acid augmented flashlamp cleaning of corroded steel surfaces (1981) (5)
A study of homogenization and dispersion of laser-induced stress waves (1969) (4)
Stone decay in urban atmospheres (1978) (4)
The Use of Holography in the Conservation, Preservation and Historical Recording of Art (1976) (4)
Spectral control in laser restoration of archaeological treasurers (1994) (4)
Characterization of Rembrandt self-portraits through digital-chiaroscuro statistics (2019) (4)
Lasers in conservation (1987) (3)
Laser dusting of delicate objects (2005) (3)
USE OF LASERS IN THE CONSERVATION OF STAINED GLASS (1975) (3)
Properties of laser-cleaned Carrara marble surfaces (1978) (3)
Lasers in the conservation of artworks : LACONA V proceedings, Osnabrück, Germany, Sept. 15-18, 2003 (2005) (3)
A high-power laser shutter. (1969) (2)
An X-Ray Microprobe for In-Situ Stone and Wood Characterization (2005) (2)
Spectral and spatial statistics of Raphael paintings (1994) (2)
ENTOPTIC PHENOMENA WITH CONTINUOUS WAVE LASERS* (1970) (2)
Image restoration of the office of the Vice President (1994) (2)
Stone weathering: A literature review (1978) (2)
Laser restoration of the medieval sculpture of the Cremona Cathedral (1999) (2)
Seeing double: Leonardo’s Mona Lisa twin (2016) (2)
Science in the service of art (and vice versa) (2003) (1)
Non-laser light divestment in conservation and preservation (2003) (1)
Photoacoustic spectroscopy as an aid in selective paint layer divestment (1982) (1)
A tandem giant-pulse laser oscillator. (1968) (1)
Antimatter, clockwork orange, laser divestment (2005) (1)
Plasma pinchlamp surface preparation (1997) (1)
Final Endeavors of “Monument Man” (2017) (1)
Ultrasonic imaging of a beat culture icon (1997) (1)
LACONA: past, present, and future? (2003) (1)
Art in the Service of Science (2005) (1)
Spin-offs from laser ablation in art conservation (2013) (1)
President Kennedy in Dallas: Dealey Plaza memorialized (2007) (1)
Grazing incidence laser photography (1988) (1)
Laser conservation paleontology (2001) (1)
Photonic restoration of marine artifacts and vessels of New Spain (2008) (1)
Advances in Laser-Pumping Technology (1970) (1)
Paul Gauguin in Brittany (2009) (0)
Radiation ablation for the Isis temples at Philae, Egypt (2015) (0)
HOLOGRAPHY IN THE CONSERVATION (2016) (0)
Plasmaeinschnürungssystem and its application process. (1988) (0)
Seeing double: Leonardo’s Mona Lisa twin (2016) (0)
A nuclear-free land for Kennewick Man (2011) (0)
Paul Gauguin and the origin of art nouveau (1997) (0)
Procedure for the preservation of foodstuffs (1990) (0)
Pinch plasma system and method for using the same. (1988) (0)
A method of preserving food. (1989) (0)
Apparatus and method for aseptic packaging of food products. (1986) (0)
Non-Invasive Monitoring of Water Intake in Limestones (2005) (0)
Inhibition of intestinal radiocaesium absorption from chernobyl contaminated whey by hexacyanoferrates(II) in pigs (1993) (0)
An analysis of perturbed confocal resonators (1965) (0)
Decontaminating pesticide-exposed museum collections (2010) (0)
Radiation Science in the Service of Art (2006) (0)
The Hanford Nuclear Plant: Radiation Ablation Meets History, Cultural Heritage, and Nuclear Decontamination (2017) (0)
Hologram Recording With An E-Beam Pumped Excimer Laser Employing Unstable Optics (1982) (0)
Development of a Plasma Pinch Photocathode (1989) (0)
Report of the 1971 JASON Laser Summer Study. Volume II. Supporting Appendices A-M, (1971) (0)
A Scientific Method for the Attribution of Paintings with Application to Leonardo’s Mona Lisa Twins (2018) (0)
Dense-Pinch Photocathode (1988) (0)
Dust Removal from Next Generation Tokamaks by Laser and Flashlamp Cleaning (2001) (0)

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Other Resources About John F. Asmus

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What Schools Are Affiliated With John F. Asmus?

John F. Asmus is affiliated with the following schools:

John F. Asmus's Academic­Influence.com Rankings