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Researcher Details
 
Name: Professor RB Jackman
Organisation: UCL
Department: London Centre for Nanotechnology
Current EPSRC-Supported Research Topics:
Med.Instrument.Device& Equip.

Current EPSRC Support
EP/R034699/1 Q-NEURO: Diamond Quantum Technology for the Investigation of Neurological disease(P)
Previous EPSRC Support
EP/N004159/1 Diamond for Image Intensifier and Photodetection Applications(P)
EP/H020055/1 Delta-doped diamond structures for high performance electronic devices(P)
EP/F026110/1 Diamond devices for bioelectronic applications - invited resubmission(P)
EP/D029651/1 Diamond: a semiconductor for power devices for high temperature aerospace applications(P)
GR/R97047/01 Carbon Based Electronics: A National Consortium(C)
GR/R30006/01 Carrier Generation and Transport Within Hydrogen 'Doped' Thin Film Diamond(C)
GR/R29871/01 Carrier Generation and Transport Within Hydrogen 'Doped' Thin Film Diamond(P)
GR/N63925/01 DIAMOND PHOTOCATHODES FOR UV IMAGING APPLICATIONS(P)
GR/N63918/01 DIAMOND PHOTOCATHODES FOR UV IMAGING APPLICATIONS(C)
GR/M37431/01 NEW APPROACHES TO DOPING THIN FILM DIAMOND FOR THE FORMATION OF HIGH PERFORMANCE ELECTRONIC DEVICES(C)
GR/M37455/01 NEW APPROACHES TO DOPING THIN FILM DIAMOND FOR THE FORMATION OF HIGH PERFORMANCE ELECTRONIC DEVICES(P)
GR/M14685/01 DEEP UV SENSORS FOR MATERIALS PROCESSING AND INDUSTRIAL APPLICATIONS(P)
GR/L54219/01 STATE SELECTIVE REACTIONS OF COSMIC DUST ANALOGUES AT CRYOGENIC TEMPERATURES(C)
GR/L50891/01 ELECTRONIC PROPERTIES OF DIAMOND FOR THIN FILM DEVICE APPLICATIONS(C)
GR/K88538/01 DIAMOND FIELD EMITTERS FOR NANOLITHOGRAPHY(P)
GR/L06805/01 DIAMOND FIELD EMITTERS FOR NANOLITHOGRAPHY(C)
GR/K71493/01 FULLERENE SELECTIVE AREA GROWTH OF DIAMOND(C)
GR/K72223/01 DIAMOND NANOSTRUCTURES:FULLERENE SELECTIVE AREA GROWTH COMPARED TO LASER PATTERNING FOR MICROENGINEERING(P)
GR/J84182/01 NUCLEATION MECHANISMS AND THEIR EXPLOITATION FOR THE SELECTIVE AREA GROWTH OF CVD DIAMOND(P)
GR/H25058/01 SELECTIVE EXPLOITATION OF ION BEAM INDUCED SURFACE CHEMISTRY OVER PHYSICAL PROCESSES FOR NANOTECHNOLOGY(P)
GR/G07432/01 THE UK LASER ABLATION PROGRAMME FOR THE GROWTH OF SUPERCONDUCTING THIN FILM(C)
GR/F24115/01 GROWTH OF THIN FILM HIGH TEMPERATURE SUPERCONDUCTORS BY REACTIVE LASER ABLATION AT UNIVERSITY COLLEGE LONDON(C)
GR/E36425/01 ENHANCEMENT OF SURFACE CHEMICAL REACTIONS BY ION BEAMS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator