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RAYSYS’ Chest
Tomosynthesis System is
the world's first mobile Tomosynthesis System.
Attributes of this system include high-quality images,
long lifetime, light weight, digital operation, and low radiation exposure.
Most importantly, its artificial intelligence-based image processing
techniques have doubled X-ray shooting speeds
Research
앵커 1
People
Ryu Jehwang
CEO/ Co- Founder, RAYSYS, ANXL
Joonyoung Park
Woo Seop Kim
Jongmin Lim
RAYSYS, ANXL
RAYSYS, ANXL
RAYSYS, ANXL
Hannah Lee
Jinho Choi
ANXL
RAYSYS, ANXL
앵커 2
Novel x-ray system development: x-ray system based on nano-materials,
computed tomography system, digital chest tomosynthesis system, portable x-ray;
micro computed tomography Electron gun structure engineering and
electron beamphysics including emitter materials
Publications
Design and fabrication of
CNT based E-gun using
stripe-patterned alloy substrate for x-ray applications
IEEE Trans. Electron Devices, vol. 66, no. 12, Sep. 2019. (accepted)
Design and fabrication of
CNT based E-gun using
stripe-patterned alloy substrate for x-ray applications
IEEE Trans. Electron Devices, vol. 66, no. 12, Sep. 2019. (accepted)
Design and fabrication of
CNT based E-gun using
stripe-patterned alloy substrate for x-ray applications
IEEE Trans. Electron Devices, vol. 66, no. 12, Sep. 2019. (accepted)
Novel x-ray system development: x-ray system based on nano-materials,
computed tomography system, digital chest tomosynthesis system, portable x-ray;
micro computed tomography Electron gun structure engineering and
electron beamphysics including emitter materials
Publications
Design and fabrication of
CNT based E-gun using
stripe-patterned alloy substrate for x-ray applications
IEEE Trans. Electron Devices, vol. 66, no. 12, Sep. 2019. (accepted)
Design and fabrication of
CNT based E-gun using
stripe-patterned alloy substrate for x-ray applications
IEEE Trans. Electron Devices, vol. 66, no. 12, Sep. 2019. (accepted)
Design and fabrication of
CNT based E-gun using
stripe-patterned alloy substrate for x-ray applications
IEEE Trans. Electron Devices, vol. 66, no. 12, Sep. 2019. (accepted)
앵커 3
News
앵커 4
RAYSYS carbon nanotubes are realized by direct growth on stainless-steel substrates.
The use of stainless-steel simplifies the fabrication process and improves operational stability,
making the final product cheaper and low-maintenance
Facilities
앵커 5
