Proton Accelerator Development

Development of a proton ion source for gamma-ray calibration equipment based on 19F(p,α γ)16O reaction
BMI developed a multi-peak proton accelerator for gamma ray generation using the 19F(p,αγ)16O reaction..

In addition to developing an accelerator capable of accelerating ion beams emitted from the 19F(p,αγ)16O nuclear reaction, BMI has also developed proprietary technologies such as ion beam diagnostic chambers for observing the energy distribution and intensity of the ion beam.

Ion Implant Equipment Development

Development of 40 keV-class small ion implantation equipment for research based on proton-induced gamma ray generation technology
Development of Multi-cusp Type Proton Ion Source for Gamma-Ray Generation Device and Development of Lab-Scale Ion Implantation Equipment based on it at 40 keV Level for Research Purposes
⦁ Development of multi-cusp proton ion source
⦁ Development of Specimen loading chamber
⦁ Lab. Development of ion injection equipment for scale research
⦁ Lab. Performance analysis of ion implantation equipment for scale research

X-Ray Fluorescence (XRF) Spectrometry Development

Development of pulsed laser (1 MHz) incident X-ray fluorescence analyzer