SWEAP

E576691

SWEAP is a scientific instrument suite on NASA’s Parker Solar Probe designed to measure the solar wind’s particles and plasma properties near the Sun.

All labels observed (2)

Label Occurrences
SWEAP canonical 2
SWEAP electronics module 1

How this entity was disambiguated

Statements (51)

Predicate Object
instanceOf scientific instrument suite
spacecraft instrument
acronymFor Solar Wind Electrons Alphas and Protons
collaboratesWithInstrument FIELDS
ISʘIS
WISPR
component SPAN-A instrument
SPAN-Ae electron sensor
SPAN-Ai ion sensor
SPAN-B instrument
SPAN-Be electron sensor
SPAN-Bi ion sensor
SWEAP electronics module
linked to: SWEAP

Solar Probe Cup
linked to: Parker Solar Probe
dataUsedFor characterizing solar wind near perihelion
constraining models of solar wind origin
studying solar wind–magnetic field coupling
designedForEnvironment near-Sun environment
fullName Solar Wind Electrons Alphas and Protons investigation
hostBody Sun
instrumentType Faraday cup
linked to: Faraday Cup

electrostatic analyzer
measures electron heat flux
particle densities
particle temperatures
particle velocity distributions
plasma moments
solar wind bulk flow speed
solar wind flux
mission NASA Heliophysics System Observatory
missionPhase in-situ measurements
operator NASA
partOfMission Parker Solar Probe
primaryObjective measure plasma properties near the Sun
measure solar wind particles
scienceDiscipline heliophysics
space plasma physics
spacecraft Parker Solar Probe
studies solar corona plasma
solar wind alpha particles
solar wind electrons
solar wind protons
supportsInvestigationOf solar corona heating
solar energetic particle transport
solar wind acceleration
solar wind source regions
solar wind turbulence
solar wind variability
targetRegion inner heliosphere
solar corona
solar wind acceleration region

How these facts were elicited

Referenced by (3)

Full triples — surface form annotated when it differs from this entity's canonical label.

SWEAP component SWEAP electronics module
linked to: SWEAP