STORY: CTBTO Stations Detect Announced North Korean Nuclear Test
TRT: 2’47”
SOURCE: CTBTO
RESTRICTIONS: NONE
LANGUAGE: ENGLISH / NATS
DATELINE: DAY MONTH 2014
FILE – July 2014, July 2011, TAKASAKI, JAPAN (CTBTO radionuclide and noble gas station) = 0’00’’ - 0’31’’
The 2013 North Korean nuclear test was detected by the Takasaki noble gas station. It registered a higher concentration of Xenon 133 and Xenon 131m.
Wide shot, exterior of CTBTO station, TAKASAKI, JAPAN (0’00’’)
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Close up, equipment: ‘Detector A’ (0’04’’)
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Medium shot, room with equipment: two large metal cylindrical devices (0’07’’)
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Close up, computer screen with data, back of head of expert (0’09’’)
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Medium shot, computer screen with data, analyst working (0’12’’)
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Medium shot, equipment: digital gamma ray spectrometer (0’15’’)
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Close up, analyst (0’19’’)
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Medium shot, analyst measuring radioactivity of sample (0’24’’)
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Close up, equipment: meter measuring radioactivity (0’26’’)
FILE – NOVEMBER 2010, BARILOCHE, ARGENTINA (CTBTO infrasound station) = 0’31’’ - 1’08’’
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Medium shot, cars with engineers driving through gate of station (0’31’’)
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Medium shot, four engineers walking (0’35’’)
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Close up, infrasound array (0’37’’)
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Medium shot, two engineers opening infrasound equipment (0’41’’)
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Wide shot, area surrounding station, trees, going down to two engineers working (0’45’’)
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Medium shot, engineers picking up equipment (0’49’’)
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Medium shot, engineers working on equipment (0’51’’)
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Close up, engineer holding and checking parts of equipment: circuit board (0’54’’)
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Medium shot, engineer putting circuit board back into equipment (0’56’’)
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Medium shot, engineer jumping down and looking over shoulder of other analyst (0’57’’)
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Close up, side of face of engineer (0’59)
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Medium shot, computer screen showing data and analyst working on data (1’01’’)
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Close up, screen showing infrasound waves (1’05’’)
FILE – NOVEMBER 2010, ARGENTINA, USHUAIA (CTBTO seismic station) = 1’08’’ - 1’23’’
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Wide shot, engineer walking up to station (1’08’’)
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Medium shot, engineer going in underground part of station (1’12’’)
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Medium shot, engineer looking into containing unit of seismic sensor (1’16’’)
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Wide shot, surroundings of station, 3 engineers and big satellite dish (1’19’’)
FILE - 13 APRIL 2012, YELLOWKNIFE, CANADA (radionuclide) = 1’23’’ - 2’12’’
(The 2006 North Korean nuclear test was detected by the CTBTO’s Yellowknife noble gas station. It registered a higher concentration of Xenon 133, two weeks after the test)
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Wide shot, red truck (1’23’’)
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Wide shot, sign of Geophysical Observatory, Geological Survey at Yellow Knife, Canada (1’35’’)
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Medium shot, technician taking notes (1’38’’)
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Medium shot, technician taking slide with material out of equipment and puts another slide back in. (1’40’’)
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Medium shot, technician taking notes (1’47’’)
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Close up, measuring equipment: “CTBT – IMS RN16” above computer screen (1’49’’)
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Medium shot, analyst adding data into computer (1’56’’)
FILE – NOVEMBER 2010, ARGENTINA, BUNEOS AIRES (radionuclide) = 2’12’’ - 2’47’’
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Wide shot, surroundings station (2’12’’)
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Medium shot, technician opening radionuclide equipment (2’16’’)
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Close up, technician taking cartridge out of radionuclide equipment (2’18’’)
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Medium shot, technician putting new filter into cartridge frame (2’20’’)
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Medium shot, technician putting radionuclide sample into a compressor (2’24’’)
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Close up, technician takes radionuclide sample out of the compressor, opens it and takes the filter that has already been compressed and puts it into a slide (2’30’’)
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Close up, technician taking radionuclide sample slide and puts it into analysing equipment (2’34’’)
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Close up, radionuclide sample slide being analysed (2’37’’)
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Close up, computer screen of the analysing (2’39’’)
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Close up, computer screen showing data (2’40’’)
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Close up, computer screen showing graphics (2’41’’)
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Medium shot, analyst putting radionuclide sample slide into container (2’42’’)
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