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Planck early results. II: The thermal performance of Planck
P.A.R. Ade
, N. Aghanim
, C.R. Lawrence
*
, Jussi Tuovinen
, Planck Collaboration
*
Corresponding author for this work
VTT Technical Research Centre of Finland
Cardiff University
Paris-Sud University
California Institute of Technology
VTT (former employee or external)
Research output
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Article
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peer-review
87
Citations (Scopus)
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Keyphrases
Thermal Performance
100%
Planck
100%
Sorption Cooler
50%
Ambient Temperature
25%
Bolometer
25%
Temperature Fluctuation
25%
Operating Conditions
25%
Radiative Cooling
25%
Solar Panel
25%
Radiator
25%
Detection Technology
25%
Low Operating Temperature
25%
Cooling Needs
25%
Passive Method
25%
Cryostat
25%
Space Mission
25%
Frequency Coverage
25%
Mean Temperature
25%
Flight Systems
25%
Microgroove
25%
AKARI
25%
Large Telescopes
25%
Gas-liquid Flow
25%
Liquid Fluctuation
25%
Active Method
25%
Passive Radiative Cooling
25%
Science Data
25%
Telescope Mirrors
25%
Joule-Thomson Cooler
25%
Scientific Requirements
25%
Mechanical Cooler
25%
Hydrogen Sorption
25%
INIS
performance
100%
coolers
100%
fluctuations
57%
space
42%
telescopes
42%
dilution
28%
sorption
28%
baffles
28%
plates
28%
sun
28%
radiative cooling
28%
data
14%
hydrogen
14%
ambient temperature
14%
gases
14%
helium 4
14%
helium 3
14%
distance
14%
cooling
14%
panels
14%
bolometers
14%
cryogenics
14%
mirrors
14%
space vehicles
14%
radiators
14%
liquid flow
14%
cryostats
14%
Physics
Cryostat
100%
Spacecraft
100%
Bolometer
100%
Operating Temperature
100%
Liquid Flow
100%
Space Mission
100%