Studies of Flash Burns: The Carbon Arc Source

Davis, Thomas P.; Krolak, L.J.; Blakney, R. M.

doi:10.2172/4390246

Cited by 3 publications

(2 citation statements)

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“…t h e mean of f i v e curves obtained by the use of an integrating sphere as previously described (TIo ing mde i n t h i s manner, and demonstrates *he r e l a t i v e magnitude of the "flicker" i n t h e frradimce received at the exposure plane, of such cwves, t h e mean transmission of the pulse wheel was calculated, and t h e a c t u a l transmission during one cycle of the pulse was measured by d i r e c t calorimetry (13) e The two values checked with each other and with the idealized curve within e- …”

Section: ( 7 )mentioning

confidence: 78%

Studies of Flash Burns: An Investigation of the Effectiveness of the "Tail" of a Simulated Field Pulse in the Production of Skin Burns in Pigs

Mixter¹

1955

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Section: ( 7 )mentioning

confidence: 78%

Studies of Flash Burns: An Investigation of the Effectiveness of the "Tail" of a Simulated Field Pulse in the Production of Skin Burns in Pigs

Mixter¹

1955

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“…A monitoring apparatus was developed in this laboratory to record the intensity of radiation at the moment of exposure (3). A Pyrex glass plate in this monitoring apparatus altered the spectral characteristics of the radiation from the carbon arc soxirce by eliminating much of the ultraviolet.…”

Section: Introductionmentioning

confidence: 99%

Study on Flash Burns: The Influence of Ultraviolet Radiation on the Production of Cutaneous Burns

Berkley¹

1954

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Radiant energy of wavelengths shorter than 3200 1 was excluded by Pyrex glass in producing cutaneous bums in the pig with the carbon arc so\irce. The 50^ effective exposures for burns so produced were conrpared with those escposiires required with the caxbon axe source alone at 0.5 sec. exposxire times.It was found that excltision of the shorter ultraviolet wavelengths increased the 50?^ effective exposiire of radiation required to produce 1+, 2+, 3+ and k+ bums. Ultraviolet radiation had a most marked effect in producing erythema (l+ burn); the 5^5^ effective exposure was increased two-fold with its exclusion. No effect was observed in the 50^ effective exposxire for the threshold of complete transepidermal damage Judged by depth of damage microscopically produced with or without the short wavelength radiation.

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The Effect of Thermal Radiation on Textile Materials: Part I

McQuade¹,

Waldron²

1964

Thermal Imaging Techniques

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Studies of Flash Burns: The Carbon Arc Source

Cited by 3 publications

References 0 publications

Studies of Flash Burns: An Investigation of the Effectiveness of the "Tail" of a Simulated Field Pulse in the Production of Skin Burns in Pigs

Studies of Flash Burns: An Investigation of the Effectiveness of the "Tail" of a Simulated Field Pulse in the Production of Skin Burns in Pigs

Study on Flash Burns: The Influence of Ultraviolet Radiation on the Production of Cutaneous Burns

The Effect of Thermal Radiation on Textile Materials: Part I

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