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    Experiment enhances C-130’s competitive edge against CBRN threat [Image 1 of 7]

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    The image shows a Honeywell ppbRAE 3000 photoionization detector (PID) gas monitor placed on an aircraft cockpit control panel. The device displays a reading of 5935 ppb with a correction factor of 1.00 for Isobutylene, and is labeled 'Pilot' with a green tape marker. This appears to be an air quality or volatile organic compound (VOC) measurement being conducted in an aircraft cockpit environment.

    LITTLE ROCK AIR FORCE BASE, ARKANSAS, UNITED STATES

    07.23.2020

    Photo by Airman 1st Class Jayden Ford 

    19th Airlift Wing

    A piece of equipment reads the amount of chemical particles that are in the air inside a C-130J Super Hercules at Little Rock Air Force Base, Arkansas, July 23, 2020. Chemical, Biological, Radiological, and Nuclear analysts from the 711th Human Performance Wing at Wright-Patterson Air Force Base conducted an experiment that looked to determine how long it takes for a chemical contaminant, such as tear gas, to purge itself from an aircraft as well as potential best practices to reduce the amount of chemical particles in the air in the most efficient way possible. (U.S. Air Force photo by Airman 1st Class Jayden Ford)

    IMAGE INFO

    Date Taken: 07.23.2020
    Date Posted: 07.29.2020 15:10
    Photo ID: 6290124
    VIRIN: 200724-F-XY725-1014
    Resolution: 5634x4024
    Size: 1.51 MB
    Location: LITTLE ROCK AIR FORCE BASE, ARKANSAS, US
    Web Views: 21
    Downloads: 7

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    This work, Experiment enhances C-130’s competitive edge against CBRN threat [Image 7 of 7], by SSgt Jayden Ford, identified by DVIDS, must comply with the restrictions shown on https://www.dvidshub.net/about/copyright.

    GALLERY

    The image shows a Honeywell ppbRAE 3000 photoionization detector (PID) gas monitor placed on an aircraft cockpit control panel. The device displays a reading of 5935 ppb with a correction factor of 1.00 for Isobutylene, and is labeled 'Pilot' with a green tape marker. This appears to be an air quality or volatile organic compound (VOC) measurement being conducted in an aircraft cockpit environment.
    A military aviator is seated in the cockpit of a large military aircraft, wearing full flight gear including a helmet with oxygen mask and a flight suit with a US flag patch. The cockpit features multiple green-lit digital displays and instrument panels consistent with a modern military transport or special operations aircraft. The pilot appears to be reviewing documents or operating controls during what appears to be a pre-flight or in-flight operation.
    A large turboprop military or maritime patrol aircraft is photographed in dramatic silhouette against a bright blue sky with scattered clouds. The sun is positioned directly behind the aircraft's fuselage, creating a strong backlit halo effect. The aircraft appears to be parked on a tarmac with ground support equipment visible in the background.
    A dramatic silhouette photograph taken from a low angle showing a propeller-driven aircraft on an airfield tarmac. A ground crew member is visible in silhouette reaching up toward the underside of the wing. The sun is positioned directly behind the engine and propeller hub, creating a strong backlit effect against a blue sky with scattered clouds.
    A U.S. Air Force C-130 Hercules turboprop military transport aircraft is parked on a tarmac apron under a partly cloudy blue sky. Ground crew personnel are visible around the aircraft performing what appears to be pre-flight or maintenance operations. The image is taken from a low ground-level perspective, emphasizing the aircraft's size against the open airfield environment.
    A woman wearing a white Tyvek protective suit and face mask is seated inside what appears to be a military cargo aircraft, taking notes on a notepad. She is working alongside a Honeywell RAE Systems gas detection device labeled 'CB2' and an open equipment case containing vials and testing materials. The setting and equipment suggest a chemical, biological, radiological, or nuclear (CBRN) detection or sampling operation.
    An open metal carrying case containing what appears to be specialized electronic or scientific equipment. The case holds multiple cylindrical metal tubes or probes arranged in rows, along with a control panel featuring indicator lights and switches. The case is surrounded by blue battery packs with yellow numbered labels and sits on a canvas or fabric surface.

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    Air Mobility Command
    18th Air Force
    AMC
    United States Air Force
    USAF
    19th Airlift Wing
    19 AW
    LRAFB
    Herk Nation
    34th Combat Training Squadron
    34 CTS
    Airmen
    Little Rock Air Force Base
    Arkansas
    U.S. Air Force

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