Aircraft weapons

The test may also be conducted in a special elactrostatic hangfire machine , which should give the time between the shots of 0.0014 seconds for aircraft weapons and 0.0025 secs for other weapons... 

Armament is the aggregate of a nation s military strength, which includes all the items used by the Army, Navy and Air Force (ships, aircraft weapons, ammunition, expls, tanks, transportation, etc), as well as the personnel to man them. It also includes all military installations (fortifications, barracks, ammo magazines, etc) and all industries working for war purposes... 

Vulcan. US anti-aircraft weapon system based on the Vulcan 20 mm six-barrel gun. The gun was originally designed for aircraft use but has lent itself readily to integration in a sophisticated light anti-aircraft system... 

Anti-aircraft weapons 12.7mm Degtyarev 38/46 HMG Soviet. Obtained at end of WWU... 

Anti-aircraft weapons 5 Browning HSM2 20mm Oerlikon La/5TG (towed) TT A VUl A Oerlikon, Switzerland... 

Anti-aircraft weapons 20mm cannon AB Bofors... 

The Navy consists of several components, including ships, submarines, aircraft weapons, and facilities such as buildings, piers, docks, and harbor structures. An internal Navy study conducted in 1993 estimated the total cost of corrosion for all naval systems at 2 billion per year (Sedriks, Office of Naval Research, Personal Communication, July 2000). 

The fleet consists of ships, submarines, aircraft weapons, and facilities, and the total cost of corrosion is estimated to be 2 billion/year. 

In this definition, a system is an item of equipment, a facility, or a process. Examples of complex systems are aircraft, weapons, missiles, satellites and space equipment, production plants, vehicles, computers, software, instrumentation, power grids, and buildings. 

The Department of Defense has a long-standing standard on system safety. The standard covers methods and procedures. The Department of Defense also extends system safety practices to software development" and other procurement regulations. Software is often an integral and critical pait of aircraft, weapon, and other systems. Software can introduce hazards for those involved with a system. 

Example 2 An aircraft weapon system enters the abort state if any unsafe store conditions are detected in other states, and/or if any abnormal conditions that preclude completion of the normal initialization and release sequence occur. An abort command is issued to the store, and all station power is subsequently removed. If transition to the abort state occurs after the launch state has been entered (and irreversible functions have been initiated), power is removed from the store interface, and no further attempts to operate the store are conducted during the ongoing mission. In this case, the system itself is the authorized entity. 

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