Superconducting RF Research

No: 1 | Low [6KB, 143x250] | High [146KB, 908x1588]

Geometrical study to locate the position of a quench (DESY, Göttingen).

No: 2 | Low [6KB, 250x166] | High [1.2 MB, 2240x1488]

CCD Camera with illumination system for optical inspection of cavity inner surface. The camera was developed by the University of Kyoto and KEK, Japan. (DESY)

No: 3 | Low [8KB, 250x166] | High [1.3 MB, 2240x1488]

The setup of optical inspection of 9-cell cavities. (DESY)

No: 4 | Low [15KB, 250x188] | High [149KB, 637x480]

Field emission scanning microscope (Uni Wuppertal)

No: 5 | Low [11KB, 250x194] | High [72KB, 539x419]

Close-up view of a large crystal Nb sample in the field emission scanning microscope (Uni Wuppertal).

No: 6 | Low [9KB, 250x211] | High [65KB, 552x467]

Optical surface profilometer with AFM (Uni Wuppertal)

No: 7 | Low [12KB, 250x187] | High [79KB, 809x607]

The cryostat cover of the vertical test stand for examination of 9-cell SRF cavities (DESY).

No: 8 | Low [12KB, 250x187] | High [2.2 MB, 2592x1944]

The digital control board for the RF power of 9-cell cavities, so called Low-level RF. (DESY).

No: 9 | Low [8KB, 250x145] | High [332KB, 2134x1244]

Display of FLASH console during the high current, high gradient run (9 mA run) that resembles ILC operating conditions (DESY).

One click to the Terascale