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Nanocrystalline diamond as an electronic material : an impedance spectroscopic study and Hall effect measurement study
(2010)
Nanocrystalline diamond (NCD) has been grown using a nanodiamond seeding technique, leading to a dense form of this material, with grain sizes around 100 nm. The electrical properties of both intrinsic and lightly boron-doped ...
The influence of Ammonia on the electrical properties of detonation nanodiamond
(2009-12-01)
Detonation nanodiamonds (DNDs) are an interesting class of materials for sensing applications, but little is currently understood about their electrical properties. Here, aggregated DNDs are explored with impedance ...
Electronic properties of homoepytaxial (111) highly Boron-doped diamond films
(2009)
The use of diamond as a semiconductor for the realization of transistor structures, which can operate at high temperatures (>700 K), is of increasing interest. In terms of bipolar devices, the growth of n-type phosphorus ...
Extreme sensitivity displayed by single-crystal diamond deep ultra-violet photoconductive devices
(2009)
Deep UV detection using a single crystal diamond (SCD) substrate without a homoepitaxial layer has been demonstrated using a defect passivation treatment. Despite evidence of surface damage on the SCD, the treatments lead ...