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At least 1,567 records · Page 87Linked to original sources
PubMed1979

Laser eye protection for flight personnel.

Developments in laser technology have resulted in an expanding use of lasers in many field and laboratory situations. The implications of the use of lasers in military applications have been examined for flight personnel, and the requirement for eye protection determined. Recommendations for methods of providing that protection are made.

Aerospace Medicine↗
PubMed1984

Eye injuries and ocular protection in the Lebanon War, 1982.

There was a high incidence of ocular trauma (6.8% of all casualties) in the Lebanon War, 1982, which is similar to the rates in previous Arab-Israeli wars. Combat in the Lebanon War consisted of both armored warfare and infantry operations, with much of the fighting taking place in built-up areas. Consequently, there were two main types of ocular injuries: perforating eye injuries caused by the small high-velocity missiles that characterize armored combat, and a wide range of injuries to the eye caused by ricochets during combat in built-up areas. The latter injuries varied in severity from complete destruction of the eye to minor corneal erosions. Not a single eye was injured in soldiers who had ballistic protective goggles properly placed over the eyes at the time of injury. Most of the ocular trauma could have been prevented had the goggles been in universal use. A considerable degree of eye protection is also afforded by ordinary ophthalmic eyeglasses.

Eye Foreign Bodies↗
PubMed1978

[Retention of radioactive aerosols (products of radon-222 decay) by various types of anti-dust masks].

The paper presents results of measurements of the efficiency of retention of radon decay products, occurring as radioactive aerosols, by anti-dust masks. The efficiency of three types of masks: PM-1, PM-3, PP-2 "Delta" was studied under various conditions of equilibrium between radon and products of its decay in the air. It was concluded that the efficiency of retention of radon decay products, occurring as radioactive aerosols, by the mentioned types of masks, comes to 75--87%. Anti-dust PM-1 (F-14 filter) and PM-3 (F-13 filter) masks are recommended as most efficient.

Aerosols↗