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Spectra

All spectra
Preview spectra
Single group of spectra: $Mg^7+$ E=105 keV $Mg^5+$ E=56 keV $Mg^3+$ E=36 keV $S^7+$ E=126 keV $S^7+$ E=87 keV $S^7+$ E=49 keV $O^6+$ E=108 keV $O^6+$ E=80 keV $O^6+$ E=50 keV
Single spectrum: MIR spectra of water ice (thickness = 161 nm) collected before irradiation with $Mg^7+$ (E = 105 keV) at T = 90 K MIR spectra of water ice (thickness = 161 nm) collected after irradiation with $Mg^7+$ (E = 105 keV) at T = 90 K MIR spectra of water ice (thickness = 190 nm) collected before irradiation with $Mg^7+$ (E = 105 keV) at T = 100 K MIR spectra of water ice (thickness = 190 nm) collected after irradiation with $Mg^7+$ (E = 105 keV) at T = 100 K MIR spectra of water ice (thickness = 151 nm) collected before irradiation with $Mg^7+$ (E = 105 keV) at T = 110 K MIR spectra of water ice (thickness = 151 nm) collected after irradiation with $Mg^7+$ (E = 105 keV) at T = 110 K MIR spectra of water ice (thickness = 130 nm) collected before irradiation with $Mg^7+$ (E = 105 keV) at T = 90 K MIR spectra of water ice (thickness = 130 nm) collected after irradiation with $Mg^7+$ (E = 105 keV) at T = 90 K MIR spectra of water ice (thickness = 131 nm) collected before irradiation with $Mg^7+$ (E = 105 keV) at T = 100 K MIR spectra of water ice (thickness = 131 nm) collected after irradiation with $Mg^7+$ (E = 105 keV) at T = 100 K MIR spectra of water ice (thickness = 69 nm) collected before irradiation with $Mg^7+$ (E = 105 keV) at T = 100 K MIR spectra of water ice (thickness = 69 nm) collected after irradiation with $Mg^7+$ (E = 105 keV) at T = 100 K MIR spectra of water ice (thickness = 78 nm) collected before irradiation with $Mg^5+$ (E = 56 keV) at T = 20 K MIR spectra of water ice (thickness = 78 nm) collected after irradiation with $Mg^5+$ (E = 56 keV) at T = 20 K MIR spectra of water ice (thickness = 81 nm) collected before irradiation with $Mg^5+$ (E = 56 keV) at T = 40 K MIR spectra of water ice (thickness = 81 nm) collected after irradiation with $Mg^5+$ (E = 56 keV) at T = 40 K MIR spectra of water ice (thickness = 74 nm) collected before irradiation with $Mg^5+$ (E = 56 keV) at T = 60 K MIR spectra of water ice (thickness = 74 nm) collected after irradiation with $Mg^5+$ (E = 56 keV) at T = 60 K MIR spectra of water ice (thickness = 82 nm) collected before irradiation with $Mg^5+$ (E = 56 keV) at T = 80 K MIR spectra of water ice (thickness = 82 nm) collected after irradiation with $Mg^5+$ (E = 56 keV) at T = 80 K MIR spectra of water ice (thickness = 82 nm) collected before irradiation with $Mg^5+$ (E = 56 keV) at T = 90 K MIR spectra of water ice (thickness = 82 nm) collected after irradiation with $Mg^5+$ (E = 56 keV) at T = 90 K MIR spectra of water ice (thickness = 97 nm) collected before irradiation with $Mg^5+$ (E = 56 keV) at T = 100 K MIR spectra of water ice (thickness = 97 nm) collected after irradiation with $Mg^5+$ (E = 56 keV) at T = 100 K MIR spectra of water ice (thickness = 89 nm) collected before irradiation with $Mg^5+$ (E = 56 keV) at T = 110 K MIR spectra of water ice (thickness = 89 nm) collected after irradiation with $Mg^5+$ (E = 56 keV) at T = 110 K MIR spectra of water ice (thickness = 47 nm) collected before irradiation with $Mg^3+$ (E = 36 keV) at T = 20 K MIR spectra of water ice (thickness = 47 nm) collected after irradiation with $Mg^3+$ (E = 36 keV) at T = 20 K MIR spectra of water ice (thickness = 55 nm) collected before irradiation with $Mg^3+$ (E = 36 keV) at T = 40 K MIR spectra of water ice (thickness = 55 nm) collected after irradiation with $Mg^3+$ (E = 36 keV) at T = 40 K MIR spectra of water ice (thickness = 49 nm) collected before irradiation with $Mg^3+$ (E = 36 keV) at T = 90 K MIR spectra of water ice (thickness = 49 nm) collected after irradiation with $Mg^3+$ (E = 36 keV) at T = 90 K MIR spectra of water ice (thickness = 53 nm) collected before irradiation with $Mg^3+$ (E = 36 keV) at T = 100 K MIR spectra of water ice (thickness = 53 nm) collected after irradiation with $Mg^3+$ (E = 36 keV) at T = 100 K MIR spectra of water ice (thickness = 53 nm) collected before irradiation with $Mg^3+$ (E = 36 keV) at T = 110 K MIR spectra of water ice (thickness = 53 nm) collected after irradiation with $Mg^3+$ (E = 36 keV) at T = 110 K MIR spectra of water ice (thickness = 101 nm) collected before irradiation with $S^7+$ (E = 126 keV) at T = 40 K MIR spectra of water ice (thickness = 101 nm) collected after irradiation with $S^7+$ (E = 126 keV) at T = 40 K MIR spectra of water ice (thickness = 118 nm) collected before irradiation with $S^7+$ (E = 126 keV) at T = 90 K MIR spectra of water ice (thickness = 118 nm) collected after irradiation with $S^7+$ (E = 126 keV) at T = 90 K MIR spectra of water ice (thickness = 113 nm) collected before irradiation with $S^7+$ (E = 126 keV) at T = 100 K MIR spectra of water ice (thickness = 113 nm) collected after irradiation with $S^7+$ (E = 126 keV) at T = 100 K MIR spectra of water ice (thickness = 108 nm) collected before irradiation with $S^7+$ (E = 126 keV) at T = 110 K MIR spectra of water ice (thickness = 108 nm) collected after irradiation with $S^7+$ (E = 126 keV) at T = 110 K MIR spectra of water ice (thickness = 112 nm) collected before irradiation with $S^7+$ (E = 126 keV) at T = 110 K MIR spectra of water ice (thickness = 112 nm) collected after irradiation with $S^7+$ (E = 126 keV) at T = 110 K MIR spectra of water ice (thickness = 115 nm) collected before irradiation with $S^7+$ (E = 126 keV) at T = 120 K MIR spectra of water ice (thickness = 115 nm) collected after irradiation with $S^7+$ (E = 126 keV) at T = 120 K MIR spectra of water ice (thickness = 111 nm) collected before irradiation with $S^7+$ (E = 126 keV) at T = 120 K MIR spectra of water ice (thickness = 111 nm) collected after irradiation with $S^7+$ (E = 126 keV) at T = 120 K MIR spectra of water ice (thickness = 73 nm) collected before irradiation with $S^7+$ (E = 87 keV) at T = 90 K MIR spectra of water ice (thickness = 73 nm) collected after irradiation with $S^7+$ (E = 87 keV) at T = 90 K MIR spectra of water ice (thickness = 56 nm) collected before irradiation with $S^7+$ (E = 87 keV) at T = 100 K MIR spectra of water ice (thickness = 56 nm) collected after irradiation with $S^7+$ (E = 87 keV) at T = 100 K MIR spectra of water ice (thickness = 64 nm) collected before irradiation with $S^7+$ (E = 87 keV) at T = 110 K MIR spectra of water ice (thickness = 64 nm) collected after irradiation with $S^7+$ (E = 87 keV) at T = 110 K MIR spectra of water ice (thickness = 58 nm) collected before irradiation with $S^7+$ (E = 87 keV) at T = 120 K MIR spectra of water ice (thickness = 58 nm) collected after irradiation with $S^7+$ (E = 87 keV) at T = 120 K MIR spectra of water ice (thickness = 54 nm) collected before irradiation with $S^7+$ (E = 49 keV) at T = 90 K MIR spectra of water ice (thickness = 54 nm) collected after irradiation with $S^7+$ (E = 49 keV) at T = 90 K MIR spectra of water ice (thickness = 44 nm) collected before irradiation with $S^7+$ (E = 49 keV) at T = 100 K MIR spectra of water ice (thickness = 44 nm) collected after irradiation with $S^7+$ (E = 49 keV) at T = 100 K MIR spectra of water ice (thickness = 45 nm) collected before irradiation with $S^7+$ (E = 49 keV) at T = 110 K MIR spectra of water ice (thickness = 45 nm) collected after irradiation with $S^7+$ (E = 49 keV) at T = 110 K MIR spectra of water ice (thickness = 177 nm) collected before irradiation with $O^6+$ (E = 108 keV) at T = 90 K MIR spectra of water ice (thickness = 177 nm) collected after irradiation with $O^6+$ (E = 108 keV) at T = 90 K MIR spectra of water ice (thickness = 214 nm) collected before irradiation with $O^6+$ (E = 108 keV) at T = 100 K MIR spectra of water ice (thickness = 214 nm) collected after irradiation with $O^6+$ (E = 108 keV) at T = 100 K MIR spectra of water ice (thickness = 173 nm) collected before irradiation with $O^6+$ (E = 108 keV) at T = 110 K MIR spectra of water ice (thickness = 173 nm) collected after irradiation with $O^6+$ (E = 108 keV) at T = 110 K MIR spectra of water ice (thickness = 184 nm) collected before irradiation with $O^6+$ (E = 108 keV) at T = 120 K MIR spectra of water ice (thickness = 184 nm) collected after irradiation with $O^6+$ (E = 108 keV) at T = 120 K MIR spectra of water ice (thickness = 146 nm) collected before irradiation with $O^6+$ (E = 80 keV) at T = 90 K MIR spectra of water ice (thickness = 146 nm) collected after irradiation with $O^6+$ (E = 80 keV) at T = 90 K MIR spectra of water ice (thickness = 144 nm) collected before irradiation with $O^6+$ (E = 80 keV) at T = 90 K MIR spectra of water ice (thickness = 144 nm) collected after irradiation with $O^6+$ (E = 80 keV) at T = 90 K MIR spectra of water ice (thickness = 115 nm) collected before irradiation with $O^6+$ (E = 80 keV) at T = 90 K MIR spectra of water ice (thickness = 115 nm) collected after irradiation with $O^6+$ (E = 80 keV) at T = 90 K MIR spectra of water ice (thickness = 146 nm) collected before irradiation with $O^6+$ (E = 80 keV) at T = 100 K MIR spectra of water ice (thickness = 146 nm) collected after irradiation with $O^6+$ (E = 80 keV) at T = 100 K MIR spectra of water ice (thickness = 137 nm) collected before irradiation with $O^6+$ (E = 80 keV) at T = 110 K MIR spectra of water ice (thickness = 137 nm) collected after irradiation with $O^6+$ (E = 80 keV) at T = 110 K MIR spectra of water ice (thickness = 147 nm) collected before irradiation with $O^6+$ (E = 80 keV) at T = 120 K MIR spectra of water ice (thickness = 147 nm) collected after irradiation with $O^6+$ (E = 80 keV) at T = 120 K MIR spectra of water ice (thickness = 84 nm) collected before irradiation with $O^6+$ (E = 50 keV) at T = 40 K MIR spectra of water ice (thickness = 84 nm) collected after irradiation with $O^6+$ (E = 50 keV) at T = 40 K MIR spectra of water ice (thickness = 79 nm) collected before irradiation with $O^6+$ (E = 50 keV) at T = 40 K MIR spectra of water ice (thickness = 79 nm) collected after irradiation with $O^6+$ (E = 50 keV) at T = 40 K MIR spectra of water ice (thickness = 96 nm) collected before irradiation with $O^6+$ (E = 50 keV) at T = 40 K MIR spectra of water ice (thickness = 96 nm) collected after irradiation with $O^6+$ (E = 50 keV) at T = 40 K MIR spectra of water ice (thickness = 68 nm) collected before irradiation with $O^6+$ (E = 50 keV) at T = 90 K MIR spectra of water ice (thickness = 68 nm) collected after irradiation with $O^6+$ (E = 50 keV) at T = 90 K MIR spectra of water ice (thickness = 99 nm) collected before irradiation with $O^6+$ (E = 50 keV) at T = 100 K MIR spectra of water ice (thickness = 99 nm) collected after irradiation with $O^6+$ (E = 50 keV) at T = 100 K MIR spectra of water ice (thickness = 90 nm) collected before irradiation with $O^6+$ (E = 50 keV) at T = 110 K MIR spectra of water ice (thickness = 90 nm) collected after irradiation with $O^6+$ (E = 50 keV) at T = 110 K

Data

Unit: cm-1 m-1 mm µm nm Angström kHz MHz GHz eV keV  Range: Valid Full Valid spectral range(s): 1064.0 - 7128.0 cm-1

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