Source: ctbto restrictions: none language: english

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’’)

1. 
   Close up, equipment: ‘Detector A’ (0’04’’)
   
2. 
   Medium shot, room with equipment: two large metal cylindrical devices (0’07’’)
   
3. 
   Close up, computer screen with data, back of head of expert (0’09’’)
   
4. 
   Medium shot, computer screen with data, analyst working (0’12’’)
   
5. 
   Medium shot, equipment: digital gamma ray spectrometer (0’15’’)
   
6. 
   Close up, analyst (0’19’’)
   
7. 
   Medium shot, analyst measuring radioactivity of sample (0’24’’)
   
8. 
   Close up, equipment: meter measuring radioactivity (0’26’’)
   

1. 
   Medium shot, cars with engineers driving through gate of station (0’31’’)
   
2. 
   Medium shot, four engineers walking (0’35’’)
   
3. 
   Close up, infrasound array (0’37’’)
   
4. 
   Medium shot, two engineers opening infrasound equipment (0’41’’)
   
5. 
   Wide shot, area surrounding station, trees, going down to two engineers working (0’45’’)
   
6. 
   Medium shot, engineers picking up equipment (0’49’’)
   
7. 
   Medium shot, engineers working on equipment (0’51’’)
   
8. 
   Close up, engineer holding and checking parts of equipment: circuit board (0’54’’)
   
9. 
   Medium shot, engineer putting circuit board back into equipment (0’56’’)
   
10. 
    Medium shot, engineer jumping down and looking over shoulder of other analyst (0’57’’)
    
11. 
    Close up, side of face of engineer (0’59)
    
12. 
    Medium shot, computer screen showing data and analyst working on data (1’01’’)
    
13. 
    Close up, screen showing infrasound waves (1’05’’)
    

1. 
   Wide shot, engineer walking up to station (1’08’’)
   
2. 
   Medium shot, engineer going in underground part of station (1’12’’)
   
3. 
   Medium shot, engineer looking into containing unit of seismic sensor (1’16’’)
   
4. 
   Wide shot, surroundings of station, 3 engineers and big satellite dish (1’19’’)
   

1. 
   Wide shot, red truck (1’23’’)
   
2. 
   Wide shot, sign of Geophysical Observatory, Geological Survey at Yellow Knife, Canada (1’35’’)
   
3. 
   Medium shot, technician taking notes (1’38’’)
   
4. 
   Medium shot, technician taking slide with material out of equipment and puts another slide back in. (1’40’’)
   
5. 
   Medium shot, technician taking notes (1’47’’)
   
6. 
   Close up, measuring equipment: “CTBT – IMS RN16” above computer screen (1’49’’)
   
7. 
   Medium shot, analyst adding data into computer (1’56’’)
   

1. 
   Wide shot, surroundings station (2’12’’)
   
2. 
   Medium shot, technician opening radionuclide equipment (2’16’’)
   
3. 
   Close up, technician taking cartridge out of radionuclide equipment (2’18’’)
   
4. 
   Medium shot, technician putting new filter into cartridge frame (2’20’’)
   
5. 
   Medium shot, technician putting radionuclide sample into a compressor (2’24’’)
   
6. 
   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’’)
   
7. 
   Close up, technician taking radionuclide sample slide and puts it into analysing equipment (2’34’’)
   
8. 
   Close up, radionuclide sample slide being analysed (2’37’’)
   
9. 
   Close up, computer screen of the analysing (2’39’’)
   
10. 
    Close up, computer screen showing data (2’40’’)
    
11. 
    Close up, computer screen showing graphics (2’41’’)
    
12. 
    Medium shot, analyst putting radionuclide sample slide into container (2’42’’)