日球层边界探测、行星际空间探测、系外行星探测等
Chapter 1 Introduction to space exploration: history and background (2 hours)
Chapter 2 Electromagnetic field detection (8 hours, including 4 lecture hours and 4 lab hours)
Fluxgate magnetometer, search coil magnetometer, double probe electric field measurement, electron drift technique,
electromagnetic waves measurement, spacecraft potential measurement, etc.
Chapter 3 Mass spectrometer and charged particle detectors (8 hours, including 4 lecture hours and 4 lab
hours)
Radio frequency mass spectrometer, Time-of-light mass spectrometer,retarding potential analyzer, low energy particle
detector, etc.
Chapter 4 Energetic Neutral Atoms (4 hours, including 2 lecture hours and 2 lab hours)
Energetic neutral atom imaging, Cassini Magnetospheric Imaging Instrument (MIMI), Interstellar Boundary Explorer
(IBEX) mission, etc.
Chapter 5 Cosmic rays and radiations (2 hours)
Energetic particles detection, X-ray and Gamma ray detection in space, etc.
Chapter 6 Cosmic dust detection (4 hours, including 2 lecture hours and 2 lab hours)
Detection methods for cosmic dust, measuring the constituents of cosmic dust, size and density distribution of cosmic
dust, etc.
Chapter 7 Optical spectrometer (4 hours, including 2 lecture hours and 2 lab hours)
Basic components and parameters of optical spectrometer, grating spectrometer, crystal spectrometer, etc.
Chapter 8 Optical remote sensing (6 hours, including 2 lecture hours and 4 lab hours)
Telescope, infrared remote sensing, ultraviolet remote sensing, LIDAR, etc.
Chapter 9 Ionosphere remote sensing and in-situ measurement (8 hours, including 4 lecture hours and 4 lab
hours)
Coherent scatter radar, incoherent scatter radar, ionosonde, Langmuir probe, etc.
Chapter 10 Magnetosphere observation (4 hours, including 2 lecture hours and 2 lab hours)
Electric field measurement in magnetosphere and ionosphere, plasma wave detection, magnetospheric imaging
technique, etc.
Chapter 11 Solar observation (6 hours, including 2 lecture hours and 4 lab hours)
Helioseismology, solar corona observation, solar flare observation, measurement of the solar magnetic field, etc.
Chapter 12 Exploration of the solar system (6 hours, including 2 lecture hours and 4 lab hours)
Terrestrial planets exploration, giant planets exploration, comets and asteroids exploration, etc.