Crystallume/edi

CVD diamond will be explored for high frequency bandpass filters in Phase I by producing an ultra-smooth diamond coating over an 8in. diamond silicon wafer. Current materials limit the frequency respo ...

Diamond films grown by plasma enhanced chemical vapor deposition (CVD) have become an important engineering material. Microwave plasma (MP) CVD ofdiamond is particularly advantageous because it leads ...

The feasibility of diamond-coated fibers for polymer matrix composites will be explored. The poor thermal conductivity of polymers restricts the use of these materials as structural components under t ...

One of the drawbacks of using single crystal diamond is the small size and expense of using natural diamond substrates. Single crystal natural diamonds are readily available in sizes up to 5 mm x 5 mm ...

The objective of this program is to develop a silicon-on-insulator technology (SOI) using CVD diamond films as insulators. Such structures should permit the fabrication of integrated circuits with per ...

A NOVEL INTERLAYER IS PROPOSED TO ALLOW HIGHER QUALITY DIAMOND COATINGS TO BE DEPOSITED ON STEEL SUBSTRATES THAN HAS PREVIOUSLY BEEN ACHIEVED. STEEL ALLOYS HAVE PRESENTED PARTICULAR DIFFICULTY FOR TH ...

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IN ORDER TO BET USE NEW GENERATION CVD DIAMOND FILMS FOR ADVANCED ELECTRONIC APPLICATIONS, WE PROPOSE EXTENDING THE PRESENT TECHNOLOGY FOR THE PURPOSE OF GROWING SINGLE CRYSTAL DIAMOND DOPING SUPERLAT ...

BECAUSE OF THEIR UNIQUE ELECTRONIC PROPERTIES, DIAMOND THIN FILMS OFFER AN OPPORTUNITY TO GREATLY IMPROVE THE EFFICIENCY OF MICROWAVE POWER TUBE SYSTEMS BY USING A HIGH EFFICIENCY COLD CATHODE EMPLOYI ...

THE UNIQUE RUGGEDNESS OF DIAMOND THIN FILMS OFFER AN OPPORTUNITY TO GREATLY IMPROVE THE RELIABILITY OF POWER CONDITIONING CAPACITORS USING HIGHLY RADIATION TOLERANT INSULATORS FABRICATED FROM CVD DIAM ...