ANAND GEORGE is a Lead Physicist at D-Pace, where he leads the development of advanced ion source technologies. His work involves hands-on experimentation and modeling of plasma-based systems, with a strong emphasis on translating experimental physics into robust, operational solutions. With over eight years of experience in the ion source field, Anand has contributed to the optimization and characterization of ion source technologies for both research and applied applications.
Anand earned a PhD in Physics from the University of Auckland, New Zealand, and completed postdoctoral research at TRIUMF, Canada. He also brings approximately ten years of industrial R&D experience from India, working at the interface of experimental plasma physics and large-scale manufacturing of plasma-based commercial lighting systems.
Publications
A study on the extraction of negative ions from a multicusp ion source
Improvements to a 13.56 MHz RF Powered H¯ Ion Source
Optimisation of D- Ion Production in a Multicusp Ion Source
Improvements in RF Multicusp Negative Ion Source
A Study of the Optical Effect of Plasma Sheath in a Negative Ion Source Using IBSIMU Code
Plasma Chamber Erosion in a CW H− Ion Source Powered by a Planar External RF Antenna
Modification of an H¯ Ion Source for the Extraction of Negative and Positive Ions.
Beam Current Deterioration in a 13.56 MHz RF Negative Ion Source
H‾, D‾ & He++ Source Developments for Medical Isotope Production Cyclotrons
Products
ECR Ion Sources
IS.ECR-020
2.45 GHz ECR Ion Source, Turnkey System
Turnkey High-Current Ion Source System • ECR Technology • Neutron Therapeutics Licensed
View product
Dipoles
SPEC-100.45
1:100 Resolution Spectrometer, 45° Bender
View product
Accelerators
H+26.30
NT High-Current DC Proton Accelerator System
Neutron Therapeutics • Yields 30 mA of H⁺
View product
Dipoles
SPEC-500
1:500 Resolution Spectrometer
Resolves ion beams to better than 1 part in 500.
View product
Dipoles
SPEC-1500
1:1500 Resolution Spectrometer
View product
Ion Sources
ISV.RF-30
Multicusp RF Ion Source
RF Negative Ion Source • RF Multicusp • TRIUMF & University of Jyväskylä Licensed
View product
Ion Sources
ISV.F-20
Multicusp Negative Ion Source
High-Current Negative Ion Source • Filament-Driven Multicusp • TRIUMF Licensed
View product
Ion Sources
ISV.F-50
Multicusp Positive Ion Source
Low-Current Positive Ion Source • Filament-Driven Multicusp • TRIUMF Licensed
View product
Ion Sources
ISV.F-40
Multicusp Ion Source, Turnkey System
Turnkey Multicusp Ion Source System • Filament-Driven Multicusp • TRIUMF Licensed
View product
Multicusp Ion Sources
ISV.F-90
Multicusp Positive/Negative Ion Source
Positive/Negative Ion Source • Filament-Driven Multicusp • TRIUMF Licensed
View product
ECR Ion Sources
IS.ECR-010
2.45 GHz ECR Ion Source
High Current Positive Ion Source • ECR Technology • Neutron Therapeutics Licensed
View productServices
[ TEST & VALIDATION ]
Ion Source Test Facility
Validate your beam on proven D-Pace hardware before moving forward with a full system. With access to advanced diagnostics, dedicated test facilities, and expert engineering support, you can confidently assess performance, reduce risk, and accelerate deployment.