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A view of titanium burning after exposure to an electric discharger laser beam in the laser laboratory of the Air Force Weapons Laboratory. The lasers are used to determine the laser interaction with various types of materials

A close-up view of an electric discharge laser beam during an experiment in the laser laboratory of the Air Force Weapons Laboratory. The lasers are used to determine the laser interaction with various types of materials

A view of an electric discharge laser device during an experiment in the laser laboratory of the Air Force Weapons Laboratory. The lasers are used to determine the laser interaction with various types of materials

Two laser engineering technicians conduct an electric discharge laser experiment in the laser laboratory of the Air Force Weapons Laboratory. The lasers are used to determine the laser interaction with various types of materials

Two laser engineering technicians conduct an experiment with an electric discharge laser beam in the laser laboratory of the Air Force Weapons Laboratory. The lasers are used in laboratory experiments to determine the laser interaction with various types of materials

A 15 kilowatt carbon dioxide electric discharge laser used to investigate the effect of laser radiation on various materials is operated at the Air Force Weapons Laboratory

A sheet of titanium mounted in a subsonic wind tunnel is burned with a laser at the Air Force Weapons Laboratory

A carbon dioxide electric discharge laser burns a sheet of plexiglass at the Air Force Weapons Laboratory

A laser beam is directed at a sheet of alloy during a test. The test is being conducted using a linear array laser interferometer displacement gauge designed by engineers from the University of Dayton Research Institute and the Metals Behavior Branch of the Air Force Wright Aeronautical Laboratories (AFWAL). The system is being used to study material response near the tip of a crack in alloys of the type used in the aircraft turbine engines

A view of titanium burning after exposure to an electric discharger laser beam in the laser laboratory of the Air Force Weapons Laboratory. The lasers are used to determine the laser interaction with various types of materials

description

Summary

The original finding aid described this photograph as:

Base: Kirtland Air Force Base

State: New Mexico (NM)

Country: United States Of America (USA)

Scene Camera Operator: Unknown

Release Status: Released to Public

Combined Military Service Digital Photographic Files

label_outline

Tags

view titanium exposure discharger laser beam discharger laser beam laboratory laser laboratory weapons air force weapons laboratory interaction laser interaction types materials new mexico air force high resolution kirtland air force base state lasers us air force usaf air force base us national archives
date_range

Date

01/05/1980
place

Location

create

Source

The U.S. National Archives
link

Link

https://catalog.archives.gov/
copyright

Copyright info

No known copyright restrictions

label_outline Explore Air Force Weapons Laboratory, Laser Laboratory, Titanium

Daniel King prepares alignment of various optical components using eye-safe visible lasers.

Interior view of the laser device compartment aboard the NKC-135 airborne laser laboratory (ALL) aircraft in flight. In the foreground is the laser device and the laser fuel tanks are in the background

20 INCH CASCADE ANNULAR RING SHOWING LASER LDV ACCESS AND LDV WINDOW

NASA NBS CALORIMETERS IN LASER LABORATORY

Members of 3rd Section, A Battery, 1ST Battalion, 319th Field Artillery Regiment (Airborne), Fort Bragg, plug their ears as the M119 105mm howitzer fires during a joint field training. The soldiers are wearing MILES (Multiple Integrated Laser Engagement System) equipment. (Duplicate image, see also DASD9803109 or search 980201A6522J506)

Camp H.M. Smith and Navy Public Works Center Manana Title VII (Capehart) Housing, Three-Bedroom Single-Family Types 8 and 11, Birch Circle, Elm Drive, Elm Circle, and Date Drive, Pearl City, Honolulu County, HI

MASTER Sergeant (MSGT) David K. Shihara touches a light pen to a computer screen to access functions from the interaction videodisc program

20 INCH CASCADE ANNULAR RING SHOWING LASER LDV ACCESS AND LDV WINDOW

AIRMAN Jason Bass, Crew CHIEF for the 77th Fighter Squadron, Shaw Air Force Base (AFB), South Carolina, launches his F-16 Fighting Falcon at Kirtland AFB, New Mexico, for a local airspace orientation flight in preparation for ROVING SANDS '97. ROVING SANDS is a multinational effort and is the largest military exercise on United States soil that allows training in a joint environment to hone command and control procedures and integrate new systems in Theater and Air Missile Defense

Complete Bone Gaming Die (FOUS 32558)

STS101-353-032 - STS-101 - MS Usachev on flight deck with laser range finder

BLOWER INLET AND WHEEL AT LASER LABORATORY

Topics

view titanium exposure discharger laser beam discharger laser beam laboratory laser laboratory weapons air force weapons laboratory interaction laser interaction types materials new mexico air force high resolution kirtland air force base state lasers us air force usaf air force base us national archives