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China 1965 stock footage and images
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Aerial views of the 1964 World's Fair as seen by boy scouts riding the monorail in New York.
Views of the Worlds Fair in New York from the monorail. A view of the fair. People walk on a pathway and head towards the fair. The monorail station. A sign in front of the station reads 'Meet Me At The Monorail Corner'. A group of Boy Scouts in uniform enter the monorail train. The monorail train is seen moving on tracks. Closeup of a Boy Scout seated at the control panel of the monorail. The amusement area of the fair seen from above. Rides seen include the merry go round, a helicopter simulator, the log flume, and a boat labeled with the words, "The World Beneath the Sea." An African American Boy Scout points to various attractions at the fair.
Lucky Debonair wins the Kentucky Derby horse race in Kentucky, United States.
The Kentucky Derby horse race in Kentucky, United States. A fire on the ground before the race. Smokes rises due to the fire. Spectators in the stands. Traffic on streets. Eleven horses at a gate. The horse race starts. The spectators watch the race. A woman looks through binoculars. The horses run on the track. People in the stands cheer. Lucky Debonair wins the race. The results on a board. The winner horse in the center and people around the horse.
Animation shows the functioning and working of the AN/FPS-85 Spacetrack Radar in Florida,United States.
A USAF film report covering the principles of electronics phased array radar AN/FPS-85 for performing functions of satellite surveillance and spacecraft instantly and concurrently. A view of the space. A satellite moves in the space. The AN/FPS-85 Spacetrack Radar at Eglin Air Force Base in Florida. Men working at drawing boards. The Bendix Building in Baltimore, Maryland. Cars parked outside the building. An array antenna on top of the building. A five-storey array antenna Bendix facility. A view of the AN/FPS-85 Spacetrack Radar at the Eglin AFB. The antenna elements on the radar. The AN/FPS-85 radar facing equator. An animation depicting the functioning and working of the AN/FPS-85. The functions include satellite detection, recognition of old targets, tracking of new targets and target signature data.
Bendix workers at work during construction of a 13-storey structure for the AN/FPS-85 radar at Eglin AFB,United States.
A USAF film report shows the construction of a 13-storey structure at the Eglin Air Force Base in Florida, United States. The AN/FPS-85 Spacetrack Radar at Eglin AFB. Men at work on the radar. The construction work at Eglin AFB. Cars move on a dirt road. A sign reads ' AN/FPS-85 Site C-6, USAF RADC, Bendix Radio Div, The Bendix Corp'. The construction work for AN/FPS-85 radar site. A crane digging out mud for making holes. Bendix workers at work on the construction site. The erection of steel girders' work at the construction area. A crane carrying a steel girder and making skeleton of the radar. An engineer at the site. Men near steel girder and the crane lifting up the girder. A man at the controls of the crane. A girder being pulled up. The engineers joining the girders. An engineer looks at the engineering plan. The engineers and mathematicians working together. The steel girders in the foreground. Men working on the skeleton. The finished skeleton at the Eglin AFB. Men working in the night. A man surveying and aligning each member on the 45DG scanner face with delicate optical equipment.
The antenna elements and transmitter modules tested at a laboratory and transported to construction site in United States.
A USAF film report shows the production lines, fabrication and testing of radio antenna elements, and receiver and transmitter modules in the United States. The Bendix Radio division headquarters building in Towson, Maryland. 1960's cars parked outside the building. An engineer writes on a blackboard. Other engineers seated around a table. The production line where parts are being assembled into antenna elements. People at work in the plant. Women on an assembly line assemble the parts. The receiver and transmitter modules hooked up to load to special test cells. The life test runs being conducted. A man operates the controls. The sub systems being tested in the engineering laboratory. Men work on beam steering. Men at the plant test individual fabricated parts. A man checking and testing a sub system. The testing of receiver antenna module control. A man mounts a steel sheet panel on the modules. The testing of the antennas and a woman operates controls. The modules packed and transported by a truck. View of truck leaving the assembly building, with "Bendix Radio" sign on the building. The Spacetrack Radar site under construction in Florida. Men at the site install the completed panels on the planar surface. The outer panels placed on a planar surface by a power driven sled lift. A man seals the panels. The land grading is finished around huge structure by a large powered grading truck. The power transmission facility nearby and air conditioning equipment at the base.
Technicians install elements and sub systems in a structure located at Eglin AFB in Florida,United States.
A USAF film report on AN/FPS-85 Spacetrack Radar shows the installation and checkout of equipment in the structure located at Eglin Air Force Base in Florida, United States. The structure at Eglin AFB in Florida. Animation depicts the installation of component parts and systems in the structure. A truck carrying equipment arrives at the construction site. A trolley carrying the equipment in the enclosed structure. The technicians mount the modules. A technician mount transmit modules. The technicians operate a four-way power divider. A technician attaches the wires of each module to the divider. A technician installs a sub system and another technician checks a MOLO sub systems. A technician wearing headphones seated on a chair. The technician tests the beam steering the sub system. The technician checks and controls the temperature. A technician operates the air conditioning unit. A meter showing the temperature. A technician tests and checks the sub systems.
