Universitat Der Bundeswehr Munchen

Ludwig-Maximilians-Universitat München

Technical University of Munich

Günther Dollinger

Vasilis Ntziachristos

Katia Parodi

Stephan Kellnberger

Walter Assmann

Yuanhui Huang

Heinrich Ruser

Hans Peter Wieser

Jannis Schauer

Michael Mayerhofer

A method of manufacturing a radio frequency cavity resonator, wherein said radio frequency cavity resonator comprises a tubular structure extending along a longitudinal axis, said tubular structure comprising a circumferential wall structure surrounding said longitudinal axis, one or more tubular elements and a first and a second support structure associated with each of said tubular elements, wherein said first and second support structures are provided on opposite sides of each tubular element and extend radially along a diameter of the tubular structure, wherein the method comprises producing the resonator by additive manufacturing in a manufacturing direction that is parallel to said diameter.

Manufacturing method for radio-frequency cavity resonators and corresponding resonator

A method and an apparatus for determining information regarding the location of energy deposition of an ion beam, in particular a proton beam, in an absorptive medium, such as in the tissue of a patient undergoing radiation therapy.

Matched filter in ionoacoustic signal processing for ion beam range determination and dosimetry

Disclosed is a method of determining information regarding the location of energy deposition of an ion beam, in particular a proton beam, in an absorptive medium, in particular in the tissue of a patient undergoing radiation therapy, comprising the following steps:

Method and apparatus for determining an energy deposition of an ion beam

Growing community of inventors

Garching, Germany

Günther Dollinger