Examples of using Linear accelerator in English and their translations into German
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Three flight paths of the CBN M linear accelerator. erator.
Linear accelerator with energy recovery and the path to BESSY III.
The actual treatment device, the linear accelerator, is controlled by the calculated data.
There are a lot more rich old ladies out there,and Daddy needs a new linear accelerator.
The FLUTE linear accelerator accelerates electron clouds in order to generate terahertz rays.
In 1976 and 1977, she both lectured in physics at the Stanford Linear Accelerator Center and became a visiting scientist at the Aspen Center for Physics.
The FLUTE linear accelerator is an example of the compact and flexible accelerator systems at KIT.
After the war, Oppenheimer returned to Berkeley,working with Luis Alvarez and Wolfgang Panofsky to develop the proton linear accelerator.
The ultra modern linear accelerator of the new Radiation Therapy Center can even do more.
Based on a revision stipulated by the Science Council, the future X-ray laserX-FEL is designed to operate separately from the linear accelerator TESLA.
The ion beam coming from the linear accelerator UNILAC hits the target wheel, a thin foil mounted in a wheel.
The values of the tolerance levels in NCS Report 81* should be considered asdesirable during normal clinical use of a medical linear accelerator.
A linear accelerator therefore comprises two long tubes which accelerate the particles to high energies before bringing them to collision.
In the Practice for Radiation Therapy all solid tumors, sarcomas and lymphomas can be irradiated using a state-of-the-art linear accelerator.
The Universal Linear Accelerator(UNILAC) is a heavy ion linac based at the GSI Helmholtz Centre for Heavy Ion Research near Darmstadt, Germany.
Golden Door produces automatic slidingradiation shielded doors(neutron shielding doors) for linear accelerator rooms where the highest radiation protection is needed.
In the linear accelerator a lot of rf-cavities are put after each other such that an electron may be accelerated successively in each cavity.
In order to maintain the required quality of the 3D X-ray image,the researchers had to work on further innovations in addition to the linear accelerator and the large line X-ray camera.
During irradiation, the linear accelerator rotates around the patient, while simultaneously numerous additional technical variables are continuously adjusted, e. g.
Starting in 2015, more than 800 superconducting accelerator elements will be used in the European XFEL X-ray laser.And a future linear accelerator for particle physics will also be based on this innovative concept.
A linear accelerator is crucial in penetrating increased amounts of x-ray energy to conform tumors to destroy cancer cells while maintaining the adjacent healthy tissue.
Among the items to be delivered in the first half of 2016 is high sophisticated equipment such as MRI,CT and a linear accelerator, equipment for digital radiography and digital subtraction angiography as well as a total of four ambulances.
Using the FLUTE linear accelerator, KIT researchers explore technologies for tomorrow's accelerators and the application of terahertz radiation in science, industry, and medicine.
This technology developed for the linear colliderTESLA(Tera Electron Volt Energy Super-Conducting Linear Accelerator) allows the generation of a particle beam with a very small beam cross-section and high beam power.
At the Stanford Linear Accelerator, in an experiment in which electrons are scattered off protons, the electrons appear to be bouncing off small hard cores inside the proton.
The CyberKnife system is also a linear accelerator, however it is much smaller, allowing it to be mounted on a robotic arm like those used in the automotive industry.
A superconducting linear accelerator accelerates densely packed electron bunches which- travelling at almost the speed of light through these undulator magnet structures- generate ultra-short and highly intensive laser light pulses in the X-ray range.
Jones conducted his PhD research at the Stanford Linear Accelerator Center(from 1974 to 1977), and post-doctoral research at Cornell University and the Los Alamos Meson Physics Facility.
At the IFF and the Stanford Linear Accelerator Center(SLAC), he worked on methods to exploit the coherence properties of x-rays in order to investigate the(dynamic) geometric structure on the nanoscale.
This contains the radiation technology with ion source, linear accelerator, and particle accelerator(synchrotron), in which the ions are generated and accelerated to about three quarters of the speed of light before they reach the patients.