Related CNT field emission research projects
The Otto Zhou Research lab, in the UNC Department of Physics & Astronomy, develops carbon nanotubes (CNT) and nanowires into novel devices: research, people, publications, facilities.
The Otto Zhou Research lab, in the UNC Department of Physics & Astronomy, develops carbon nanotubes (CNT) and nanowires into novel devices: research, people, publications, facilities.
Goal: To develop a high spatial and temporal resolution micro-RT system for small animal model radiation research using nanotube field emission technology.
Goal: To develop a novel multi-pixel single cell microbeam irradiation system that can irradiate many individually selected single cells or cellular regions simultaneously or in a time sequence under microscope observation.
To develop carbon nanotube micro-RT technology for use in miniature CT scanners.
Prestigious $2M Grand Opportunity grant for a novel micro-RT brain tumor irradiator.
Are cancer cells are more sensitive to microbeam radiation than normal cells?
A team of UNC researchers developed nanoparticle carriers to successfully deliver therapeutic doses of a cancer drug that had previously failed clinical development due to pharmacologic challenges.
from the National Cancer Institute.
Zhang speeds up CT imaging with a paper ranked 8th of 1100 papers.