Session

Core Technology Developments

FRO
19 Sept 2025, 10:20
The Loop

The Loop

Lund, Sweden

Conveners

Core Technology Developments

  • Mark Erdmann (Argonne National Laboratory)

Presentation materials

There are no materials yet.
Haruhiko Ohashi (Japan Synchrotron Radiation Research Institute, RIKEN)
19/09/2025, 10:20
Cryogenics
Contributed Oral Presentation

SPring-8 will be upgraded to SPring-8-II, a fourth-generation synchrotron source based on a multi-bend achromat by 2028. Electron beam energy will change from 8 GeV to 6 GeV, substantially decreasing beam emittance. The reduced emittance enables direct observation of the photon source in a beamline design, thus demanding enhanced thermal and mechanical stability in the optics. Currently, most...

Simone Scolari (MAX IV Laboratory)
19/09/2025, 10:40
Infrastructures
Contributed Oral Presentation

MAX IV is in operation since 2015. The vacuum system is based on copper, water cooled vacuum chambers and lumped absorbers. A study was carried out to analyse the corrosion level of the water cooling channels. The aim was to determine the root causes and the possible impact on vacuum system operation. The focus was on finding pitting corrosion, since it is the most critical for creating cracks...

Dawid Patrzalek (European Spallation Source)
19/09/2025, 11:20
Others
Contributed Oral Presentation

The European Spallation Source (ESS) has made the strategic engineering choice of developing an integrated 3D model as the Single-Point-of-Truth (SPT) for engineering design, integration, manufacturing and installation. The design and integration tools along with the associated methodologies play a crucial role in the development and maintenance of ESS. This talk gives an overview of the...

Cristian Maccarrone (European Synchrotron Radiation Facility)
19/09/2025, 11:40
Vacuum
Contributed Oral Presentation

In this contribution we present a compact differential pumping chamber with apertures ≥ 500 μm. It allows windowless operation for in-air sample environments as well as to connect low-quality in-vacuum sample environments to the beamline UHV vacuum section. To simplify the design, it was decided not to integrate a positioning system and to rely on machining tolerances. In the end, the assembly...

Building timetable...