Processing, Optics and Thermal Management

13:45 • 1378 • A TEM study of the 3D nanographitic generated structures generated by Laser writing process to induce local diamond conduction > D. Daniel ARAUJO (Puerto Real) 14:15 • 521 • Surface Transfer Doped Diamond Diodes with Metal Oxide Passivation and Field-plate > R. Rebecca WATKINS (London) 14:30 • 2398 • Locally Ion Implantation and Annealing Effects in Diamond > M. Mohamed Elhachmi BOURAS (Versailles) 14:45 • 525 • Diamond Electrochemical Sensors: Graphitic microchannels as both through substrate vias and patterned electrodes > R. Ralph MOORS (London) 15:00 • 1857 • Surface modification of thin boron doped diamond electrodes with controlled sp² sites – ultrashort laser pulses fabrication and electrochemical characterization > N. Nicolas LAMBERT (Prague 8) 15:15 • 1750 • Consistent manufacturing of high-quality in-diamond lens devices for enhanced Color Center Photolumincenence detection > E. Eftychia TSAPANOU-KATRANARA (Delft) 15:30 • 2126 • Nano-structured Diamond Sensors for Extreme Environments: Taking SERS from the laboratory to the Ocean > M. Massimiliano RAMSAY (London) 15:45 • 2769 • Low Thermal Budget Diamond Heat Spreader for Semiconductor Devices Channel Cooling > M. Mohamadali MALAKOUTIAN (Stanford, California)