Diamond-based UV and soft X-ray photodetectors E. Pace Dip. di ...

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Figure 13 Normalized responsivity of some diamond-based detectors: a microwaveplasma CVD-grown sample (i), a hot filament CVD-grown film (ii) and anothermicrowave plasma CVD-grown sample but nitrogen doped (iii). The curve (iv) isrelative to sample (ii) after a long UV exposure (data from ref. [32]).
Figure 3 Micro-Raman spectrum of a non-textured CVD diamond film obtained illuminating asingle grain at wavelength 514.5 nm. The inset shows the linewidth of the diamond line (ref.[40]).
Page 1 and 2: Diamond-based UV and soft X-ray pho
Page 4 and 5: PROPERTIES OF DIAMONDDiamond crysta
Page 7 and 8: the current saturates. The electric
Page 10 and 11: the diamond Bragg peaks (111), (220
Page 12 and 13: using different processes and diffe
Page 14 and 15: 11. C. Wild, P. Koidl, W. Muller-Se
Page 16 and 17: Figure captionsFigure 1 Absorption
Page 18 and 19: Mean free path (cm)1010.10.011E-31E
Page 20 and 21: Si (400)A(111)(400)(220)(311)Intens
Page 22 and 23: Photocurrent (nA)10 E = 2.5x10 4 V/
Page 24 and 25: 1.035Normalized Intensity (u .a .)0
Page 26 and 27: Planar electrodesDiamondSiliconBack
Page 28: UV photocurrent (nA)6040200-20-40(1
Page 31: Figure 10 Quantum efficiency for a

Diamond-based UV and soft X-ray photodetectors E. Pace Dip. di ...

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