Add to ORKGWith a recently constructed deposition set-up, based on the expanding thermal plasma technique, amorphous hydrogenated carbon films have been deposited on glass and silicon substrates. The plasma burns on argon to which acetylene is added as precursor gas. The plasma parameters varied are the flow of acetylene and the elec. current through the plasma. The films have been analyzed ex-situ. Fourier Transform IR Spectroscopy reveals the bonding types, the thickness and refractive index of the films and from Nano-indentation expts. the hardness of the films is obtained. It is found that with decreasing arc current and increasing acetylene flow, the hardness, refractive index and growth rate of the films increase. [on SciFinder (R)
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...
Diamondlike amorphous hydrogenated carbon is deposited from an expanding thermal argon/acetylene pla...
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...
With a recently constructed deposition set-up, based on the expanding thermal plasma technique, amor...
Diamondlike amorphous hydrogenated carbon is deposited from an expanding thermal argon/acetylene pla...
Diamondlike amorphous hydrogenated carbon is deposited from an expanding thermal argon/acetylene pla...
An improved plasma beam deposition set-up, based on an expanding thermal plasma, is presented. Amorp...
Amorphous hydrogenated carbon films have been deposited on crystalline silicon and on glass from an ...
Amorphous hydrogenated carbon films have been deposited on crystalline silicon and on glass from an ...
High quality diamondlike a-C:H has been deposited, at low ion bombardment energies, from an expandin...
High quality diamondlike a-C:H has been deposited, at low ion bombardment energies, from an expandin...
High quality diamondlike a-C:H has been deposited, at low ion bombardment energies, from an expandin...
This work was performed to verify the chemical structure, mechanical and hydrophilic properties of a...
Diamondlike amorphous hydrogenated carbon is deposited from an expanding thermal argon/acetylene pla...
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...
Diamondlike amorphous hydrogenated carbon is deposited from an expanding thermal argon/acetylene pla...
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...
With a recently constructed deposition set-up, based on the expanding thermal plasma technique, amor...
Diamondlike amorphous hydrogenated carbon is deposited from an expanding thermal argon/acetylene pla...
Diamondlike amorphous hydrogenated carbon is deposited from an expanding thermal argon/acetylene pla...
An improved plasma beam deposition set-up, based on an expanding thermal plasma, is presented. Amorp...
Amorphous hydrogenated carbon films have been deposited on crystalline silicon and on glass from an ...
Amorphous hydrogenated carbon films have been deposited on crystalline silicon and on glass from an ...
High quality diamondlike a-C:H has been deposited, at low ion bombardment energies, from an expandin...
High quality diamondlike a-C:H has been deposited, at low ion bombardment energies, from an expandin...
High quality diamondlike a-C:H has been deposited, at low ion bombardment energies, from an expandin...
This work was performed to verify the chemical structure, mechanical and hydrophilic properties of a...
Diamondlike amorphous hydrogenated carbon is deposited from an expanding thermal argon/acetylene pla...
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...
Diamondlike amorphous hydrogenated carbon is deposited from an expanding thermal argon/acetylene pla...
An expanding thermal plasma of argon and nitrogen into which acetylene is injected, was used to depo...