The authors have demonstrated through computer simulations that self-biasing the target can effectively control the ion column which causes radial pinching of the electron beam, resulting in the growth of spot size on target. This method has the unique features in simplicity and non-intrusiveness in its implementation into radiographic systems. The concept is being actively explored experimentally at the Integrated Test Stand (ITS)
Advanced x-ray radiography machines require that multiple electron beam pulses be delivered to x-ray...
Every year, new radiotherapy techniques including stereotactic radiosurgery using linear accelerator...
External magnetic devices have been successfully tested to control the divergence and pointing stabi...
In high resolution flash x-ray imaging technology the electric field developed between the electron ...
In high resolution flash x-ray imaging technology the electric field developed between the electron ...
The use of electron beam accelerators in advanced X-ray radiography requires that the beam be focuse...
High current electron beams have been used as x-ray drivers for x-ray radiography. Typically, severa...
High current electron beams have been used as x-ray drivers for x-ray radiography. Typically, severa...
Backstreaming ions emitted from an x-ray converter hit by a tightly focused intense electron beam ca...
A high energy electron beam tightly focused on a heavy material target is used to generate X-rays fr...
A time dependent x-ray spot size measurement is critical to understanding beam target physics such a...
This report describes calculations concerning the interaction of intense electron beam pulses with a...
Backstreaming ions emitted from an x-ray converter hit by a tightly focused intense electron beam ca...
A time dependent x-ray spot size measurement is critical to understanding beam target physics such a...
A two-dimensional (2D) beam imaging system with a fluorescent intensifying screen and high-speed cha...
Advanced x-ray radiography machines require that multiple electron beam pulses be delivered to x-ray...
Every year, new radiotherapy techniques including stereotactic radiosurgery using linear accelerator...
External magnetic devices have been successfully tested to control the divergence and pointing stabi...
In high resolution flash x-ray imaging technology the electric field developed between the electron ...
In high resolution flash x-ray imaging technology the electric field developed between the electron ...
The use of electron beam accelerators in advanced X-ray radiography requires that the beam be focuse...
High current electron beams have been used as x-ray drivers for x-ray radiography. Typically, severa...
High current electron beams have been used as x-ray drivers for x-ray radiography. Typically, severa...
Backstreaming ions emitted from an x-ray converter hit by a tightly focused intense electron beam ca...
A high energy electron beam tightly focused on a heavy material target is used to generate X-rays fr...
A time dependent x-ray spot size measurement is critical to understanding beam target physics such a...
This report describes calculations concerning the interaction of intense electron beam pulses with a...
Backstreaming ions emitted from an x-ray converter hit by a tightly focused intense electron beam ca...
A time dependent x-ray spot size measurement is critical to understanding beam target physics such a...
A two-dimensional (2D) beam imaging system with a fluorescent intensifying screen and high-speed cha...
Advanced x-ray radiography machines require that multiple electron beam pulses be delivered to x-ray...
Every year, new radiotherapy techniques including stereotactic radiosurgery using linear accelerator...
External magnetic devices have been successfully tested to control the divergence and pointing stabi...