Research has been directed toward use of economically viable ion processing strategies for production and improvement of hardcoatings. Processing techniques were high-energy ion implantation and electron cyclotron resonance microwave plasma processing. Subject materials were boron suboxides, Ti-6Al-4V alloy, CoCrMo alloy (a Stellite{trademark}), and electroplated Cr. These materials may be regarded either as coatings themselves (which might be deposited by thermal spraying, plasma processing, etc.) or in some cases, as substrates whose surfaces can be improved. hardness and other properties in relation to process variables are reported
We review research investigating the application of intense pulsed ion beams (IPIBs) for the surface...
There currently exists a broad range of applications for which the ability to produce an adherent, h...
The possibility to coat steel substrates with a WC-Co hardmetal coating by means of electrophoretic ...
Various ion and plasma assisted techniques used for surface modification and formation of functional...
Abstract. Recent developments in plasma synthesis of hard materials using energetic ions are describ...
Recent developments in plasma synthesis of hard materials using energetic ions are described. Metal ...
Recent developments in plasma synthesis of hard materials using energetic ions are described. Metal...
We are developing two high-throughput technologies for materials modification. The first is a repeti...
The emerging capability to produce high average power (10--300 kW) pulsed ion beams at 0.2{minus}2 M...
The effect of different combinations of the "target-substrate" on the mechanical and chemical proper...
A new technique using energetic ion beams has been developped for depositing advanced coatings resul...
Ion plating has been introduced about four decades ago, and recently much progress has been made in ...
A vacuum arc ion source based metal ion implantation facility is built and in operation at TUBITAK (...
The emerging technology of pulsed intense ion beams has been shown to lead to improvements in surfac...
The recent achievements of critical currents exceeding million amperes per square centimeter at 77K ...
We review research investigating the application of intense pulsed ion beams (IPIBs) for the surface...
There currently exists a broad range of applications for which the ability to produce an adherent, h...
The possibility to coat steel substrates with a WC-Co hardmetal coating by means of electrophoretic ...
Various ion and plasma assisted techniques used for surface modification and formation of functional...
Abstract. Recent developments in plasma synthesis of hard materials using energetic ions are describ...
Recent developments in plasma synthesis of hard materials using energetic ions are described. Metal ...
Recent developments in plasma synthesis of hard materials using energetic ions are described. Metal...
We are developing two high-throughput technologies for materials modification. The first is a repeti...
The emerging capability to produce high average power (10--300 kW) pulsed ion beams at 0.2{minus}2 M...
The effect of different combinations of the "target-substrate" on the mechanical and chemical proper...
A new technique using energetic ion beams has been developped for depositing advanced coatings resul...
Ion plating has been introduced about four decades ago, and recently much progress has been made in ...
A vacuum arc ion source based metal ion implantation facility is built and in operation at TUBITAK (...
The emerging technology of pulsed intense ion beams has been shown to lead to improvements in surfac...
The recent achievements of critical currents exceeding million amperes per square centimeter at 77K ...
We review research investigating the application of intense pulsed ion beams (IPIBs) for the surface...
There currently exists a broad range of applications for which the ability to produce an adherent, h...
The possibility to coat steel substrates with a WC-Co hardmetal coating by means of electrophoretic ...