Foto: NTG BPM in 50 Ohm geometry, provided for electron beams and short bunches. Geometrical design by P=MT², manufacturing by NTG. Remark: The picture above has been rotated 90 degrees
Impressum: Dr. Heinz Peter Strehl Dipl. Phys. Händelstrasse 32 D-64291 Darmstadt St. Nr. 007 484 11035 ID Nr. 93840617219 Tel.: +49 (0)6150 990500 Fax: +49 (0)6150 990502 Mobil: +49 (0)176 31284929 e-mail: hpstrehl@t-online.de
| P=MT² - works for NTG: Neue Technologien GmbH, a worldwide operating mechanical engineering company: http://www.ntg.de contact persons: t.franz@ntg.de and a.bechtold@ntg.de Technical questions and enquiries should be directed to P=MT² or NTG. Quotations for all items, manufacturing and delivery of elements as well as handling of the financial transactions will be performed by NTG.
Faraday cup provided for stopping of high energetic protons with an total energy of 25 kW DC. The thermal calculation and a first sketch of the geomatrical design was performed by P=MT². The final engineering design and manufacturing has been performed by NTG. The picure shows on the left hand side the cup made in kind of a tilted, cooled Copper block. The picture on the right shows the cup inserted in the housing, provided for insertion into the beam line.
Please contact me to perform calculations or elaborate quotations. In this case please specify the technical details of the problem as precise as possible. As far as beam diagnostic elements are involved that means: beam energy, kind of particles, beam spot size, maximum specific beam power (e.g. W/cm²), time structure (DC; pulse length, repetition frequency, Duty cycle in case of pulsed beams, respectively).
Remark: As contact formular a module of the home creator of dt. Telekom has been used. Therefore some words are in German and cannot be changed, as there are: "bitte wählen" - "please select", "Absenden" - "Submit", "Pflichtfelder" - "Mandatory Fields" | Interactive control of an Emittance measuring system
Coaxial Faraday cup in 50 ohms geometry. The grid in front of the cup is provided to shield the advanced longitudinal field as well as to suppress secondary electrons
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