Particle beam monitoring systems and methods

Abstract

Presented systems and methods facilitate efficient and effective monitoring of particle beams. In some embodiments, a system comprises a primary particle beam generator that generates a primary particle beam, and a monitoring component that monitors the primary particle beam. The monitoring component comprises: a reaction component that is impacted by the primary particle beam, wherein results ofan impact include creation of secondary photons; a detection component that detects a characteristic of the secondary photons; and a primary particle beam characteristic determination component that determines a characteristic of the primary particle beam based upon the characteristic of the secondary photons. The characteristic of the primary particle beam can include a radiation dose measurementand dose rate. The reaction component can include a foil component. A resolution time of less than a nano second can be associated with detecting the secondary photon characteristic.

Description

[0001] field of invention [0002] The present invention relates to the field of particle beam radiation. In some embodiments, radiation systems and methods include monitoring components that facilitate rapid and efficient monitoring of particle beams. Background technique [0003] Particle beam radiation can be used in many different applications, and accurately applying the proper amount of radiation can be very important. Delivering accurate doses of particle beam radiation is often critical in medical therapeutic applications. Particle beam radiation therapy generally involves directing a beam of particles (eg, ionizing particles, protons, etc.) at an area of ​​tissue. Particles are typically associated with or comprise an electrical charge. Particles are typically used to stop the growth or spread of target tissue cells by killing them or reducing their ability to divide. While particle beam radiation is generally viewed as beneficial, there are many potential side ef...

Images