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High pitch angle resolution allows distinguishing between different ring current decay mechanisms.
Detector design studies, achievable Cherenkov angle resolution, expected performance and high momentum triggering will be discussed.
The measured angular range is 0 360° in azimuth angle and 0 85° in zenith angle with 0.01° angle resolution.
The measured angle range is 0 80° in zenith angle and 0 360° in azimuth angle with 0.01° angle resolution.
The instrument is designed to detect with high pitch angle resolution ions that form the Earth's ring current within the energy range of 10 to 300 keV.
Due to the limited resolution of bearing angle measurements of the cheap radar module, CCD measurements are used to compensate for the low angle resolution.
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CHICO2 (Compact Heavy Ion COunter), is a large solid-angle, charged-particle detector array developed to provide both θ and ϕ angle resolutions matching those of GRETINA (Gamma-Ray Energy TrackinGamma-Ray Nuclear Array).
In PPHT, the parameter space has been discretized using values of 1 and π/180 for distance and angle resolutions.
According to the calibration test, the average azimuth angle resolutions of coarse channels and fine channels are 21.5 deg and 4.7 deg, respectively.
A resolution of about 30 keV and a scattering-angle resolution of about 5 mrad were achieved in the (3He,t) reaction at T3He =4200 MeV (140 MeV/A) and angles of 0° 3°.
This high-resolution and good angle-resolution reaction enables us to study nuclear structure and fine structure of giant resonances with unprecedented precision.
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