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List of Jounal Titles
A to Z index of Journal Title. Choose a letter.
New Diam Front Carbon Technol
10
- Finishing Characteristics of Ceramics by ELID-Lap Grinding Using Fixed Fine Diamond Grains.
- Diamond Films as Optical Coatings for Silicon.
2
- Fine Finishing of Diamond Tools with Broad Ion Beams.
- Fine Patterning and Fabrication of Diamond Chips with Electron Beam and Focused-Ion Beam.
- CVD Diamond Transmissive Diffractive Optics for CO2 Lasers.
- CVD Diamond Optics with Moth-Eye Antireflective Surface Structures Produced by Molding Technique.
3
- Laser Applications in Tribology of Hard Materials and Coatings.
- Laser Processing of Diamonds and Sintered c-BN in Liquid.
- Mirror-Surface Finishing of CVD Diamond Film by ELID Grinding.
- Micromachining of Diamond Thin Film.
4
- Deposition of Ternary Boron-Carbon-Nitrogen(BCN) Layers by Thermal Decomposition of Tris(dimethylamino)boran.
- Micro-Tribological Properties of Ion-Implanted Cubic Boron Nitride Films.
- Influence of Disordered Covalent Bonds in a BN Buffer Layer on Improving Adhesion of c-BN Films.
- Synthesis of Crystalline Carbon Nitride Thin Films by Electron Cyclotron Resonance(ECR) Sputtering Method.
- Adhesion Improvement of cBN Film by B-C-N Gradient Layer System.
5
- High-Quality Large Diamond Crystals.
- Synchrotron X-ray Applications of Synthetic Diamonds.
- Precipitation of Diamond and Graphite from Super-Cooled Molten Metal in a Ni-C System under HPHT Conditions.
- Heteroepitaxial Growth of cBN Single Crystals on the (100) Surface of Diamond Seed Crystals under High Pressure.
- Direct Coversion to Diamnod and BN Nanotube Growth in Nitrogen Fluid: Nanoscopic Observation of Laser-Heated Samples in Diamond Anvil Cell.
- Behavior of C60 Fullerrene under High Pressure: Producing New Carbon Materials.
6
- RHEED and STM Study of a Homoepitaxial Diamond(001) Thin Film Produced by Microwave Plasma CVD.
- Quantum Photoyield of Hydrogenated Single Crystal, Polycrystalline and Defective Diamond Surfaces.
- The Role of Adsorbates and Defects on Diamond Surfaces.
- Processing Effects on Electrical Properties of Diamond-Like Carbon.
- Ar+ Implantaion Effects on the Microstructure of Diamondlike Carbon Films Deposited by IBAD Technique.
1
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