Lunar Surface Thermal Performance Experiment

GPTKB entity

Statements (51)
Predicate Object
gptkbp:instance_of gptkb:scientific_experiments
gptkbp:analysis thermal modeling
gptkbp:average_temperature -180 to 120 degrees Celsius
gptkbp:collaborator gptkb:Jet_Propulsion_Laboratory
gptkb:University_of_California
gptkbp:collection thermal conductivity
heat capacity
thermal diffusivity
gptkbp:conducted gptkb:NASA
gptkbp:data_type digital
gptkbp:data_usage future lunar missions
gptkbp:duration several months
gptkbp:economic_impact thermal management systems
gptkbp:events lunar geology
gptkbp:experiment_setup gptkb:communication_systems
gptkb:power_adapter
data loggers
surface probes
gptkbp:funding gptkb:NASA
https://www.w3.org/2000/01/rdf-schema#label Lunar Surface Thermal Performance Experiment
gptkbp:impact lunar science
gptkbp:instrumentation thermal sensors
gptkbp:landing_site Hadley-Apennine region
gptkbp:launch_date 1971-08-06
gptkbp:launch_vehicle gptkb:Saturn_V
gptkbp:location gptkb:Moon
gptkbp:mission_type gptkb:Moon
gptkbp:notable_mission gptkb:Apollo_15
gptkbp:objective measure thermal properties of lunar surface
gptkbp:provides_information_on gptkb:scientific_community
gptkbp:research gptkb:Lunar_Surface_Magnetometer_Experiment
contributions to planetary science
in-situ measurement
advancements in space exploration technology
support for lunar resource utilization
Lunar Module Descent Engine Test
data for future lunar habitats
enhanced understanding of lunar day-night cycle
foundation for lunar exploration strategies
improved lunar lander designs
influence on international lunar missions
insights into lunar dust behavior
legacy in lunar research
validated thermal models
gptkbp:result gptkb:academic_journals
thermal properties affected by lunar regolith
thermal properties vary with depth
gptkbp:significance understanding lunar environment
gptkbp:storage NASA archives
gptkbp:bfsParent gptkb:Apollo_15
gptkbp:bfsLayer 4