Personal Information
Organización/Lugar de trabajo
Uppsala, Sweden Sweden
Ocupación
Doctoral Student at Uppsala University
Sector
Education
Sitio web
http://www.physics.uu.se/en/freia
Acerca de
I have experience in Control System design, Fault Detection and Diagnosis, Development of heuristic Optimization Algorithms and Modelling and Estimation techniques with application to Spark Ignition Engines (project, funded by General Motors, India Science Laboratory, Bangalore, India), Analog VLSI Circuits (project funded and technically assisted by National Semiconductor Corporation), Kinematic State of Re-entry Ballistic Targets, Hot Steel Rolling Process (project funded by Steel Authority of India Ltd.) and Muon Detectors (project as summer student for CMS, CERN).
Presently I am working towards setting up the FREIA Laboratory, at Angstrom Laboratoriet, Uppsala University, with the ai...
Etiquetas
super conducting cavity
optimal cavity filling
quality factor
q circle
magnetic vortex
temperature gradient
ginzburg-landau equations
superconducting cavity
q-circle
radio frequency
q-slope
iot
freia
klystrode
ess
filling time
pulsed accelerators
Ver más
Presentaciones
(6)Personal Information
Organización/Lugar de trabajo
Uppsala, Sweden Sweden
Ocupación
Doctoral Student at Uppsala University
Sector
Education
Sitio web
http://www.physics.uu.se/en/freia
Acerca de
I have experience in Control System design, Fault Detection and Diagnosis, Development of heuristic Optimization Algorithms and Modelling and Estimation techniques with application to Spark Ignition Engines (project, funded by General Motors, India Science Laboratory, Bangalore, India), Analog VLSI Circuits (project funded and technically assisted by National Semiconductor Corporation), Kinematic State of Re-entry Ballistic Targets, Hot Steel Rolling Process (project funded by Steel Authority of India Ltd.) and Muon Detectors (project as summer student for CMS, CERN).
Presently I am working towards setting up the FREIA Laboratory, at Angstrom Laboratoriet, Uppsala University, with the ai...
Etiquetas
super conducting cavity
optimal cavity filling
quality factor
q circle
magnetic vortex
temperature gradient
ginzburg-landau equations
superconducting cavity
q-circle
radio frequency
q-slope
iot
freia
klystrode
ess
filling time
pulsed accelerators
Ver más