Open Access

Table 1

Overview of the experimental set-up.

Irradiation type Irradiation (ions cm−2) p (mbar) Spectroscopy Spectrometer set-up Place
H+ OL 1014, 1015, 1016, 1017, 10−7 ex situ Integrating sphere, i = 10° HEL
2 × 1017, 5 × 1017, 1018
H+ OPX 1016, 1017, 2 × 1017, 5 × 1017, 1018 10−7 ex situ Integrating sphere, i = 10° HEL
He+ OL, OPX 1016, 3 × 1016, 6 × 1016, 1017 10−7 in situ iV = cV = 15°, ϕV = 20° PAR
iN = 20°, cN = ϕN = 15°
Ar+ OL, OPX 1015, 3 × 1015, 6 × 1015, 1016, 10−7 in situ iV = cV = 15°, ϕV = 20° PAR
2 × 1016, 6 × 1016, 1017 iN = 20°, cN = ϕN = 15°

Irradiation (J cm−2)

Laser OL 1.7, 2.4, 3.8, 4.6, 6.7, 10.4, 10−4 ex situ i = 0°, c = 30° PRG
15, 23.4, 30.6, 60, 93.8, 375
Laser OPX 4.5, 5.6, 12.5, 18, 28.1, 36.7, 10−4 ex situ i = 0°, c = 30° PRG
50, 72, 112.5, 200, 450, 1800

Notes. OL and OPX stand for olivine and pyroxene, respectively; H+, He+, and Ar+ correspond to hydrogen, helium, and argon ions, respectively; p is the pressure in the vacuum chamber during the irradiation; i is the incidence, c the collection, and ϕ the phase angle of the spectral measurements; the subscripts stand for different wavelength ranges: V is the visible and N is the near-infrared. HEL indicates the University of Helsinki laboratories, PAR indicates the INGMAR set-up at IAS-CSNSM in Orsay, and PRG indicates the laboratories at Charles University in Prague.

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