… Given these highly desirable attributes, conductive diamond … chemical and biochemical
sensing, environmental degradation, … electrical conductivity to the diamond, the characteristics of …

… Hydrogen-terminated diamond exhibits p-type surface conductivity after its exposure to air. …
to the surface of the diamond as it relies on the hydrogen termination of the surface and the …

… , high-temperature electronics, as well as sensing and quantum applications. Yet, significant
… of the diamond surface played a key role in the dramatically increased surface conductivity, …

… the electrical conductivity of NCD film is comparable to that of SCD and MCD films. Diamond
films … at the input transducer and they are converted back to an electrical signal at the output …

… , and a wide range of electrical conductivity properties. These properties make them suitable
for … agents for electrochemical drug sensors due to their unique electrochemical activity, …

… The principle of diamond DUV detector is based on the electrical conductivity change
when light is absorbed by it to generate free electron-hole pairs across the bandgap. The …

… on hydrogen-terminated diamond surface by a combination of electrical characterization …
3 on a diamond surface, even at extremely low coverage, already yields a surface conductivity. …

… [ 125 ] In contrast, surface conductivity of H-terminated diamond on both MCD and NCD
enables its … Another approach for diamond-based sensors is the exploitation of the surface …

… cm −3 , diamond possesses high electrical conductivity and … Diamond sensors and
biosensors for antifouling applications This section will introduce representative diamond sensors …

… It is reported that the electrical conductivity of the N doped diamond films could research
up … are fast emerging qubits that can be harnessed in quantum communication and sensor …