Elettra Call for Proposals

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Important Information about SAXS and Materials Science

All the proposals for the Beamlines SAXS and Materials Science will be handled by CERIC-ERIC and have to be submitted through the channel: 
http://www.ceric-eric.eu/index.php?n=Users.Facilities.
For further information please contact the CERIC-ERIC Users’ Office: 
 

SISSI-MATERIAL SCIENCE beamline (SISSI-MAT)

We wish to inform You that the beamline is open and accepting proposals for the upcoming semester. In case of any further information(s) needed do not hesitate to reach for the local contacts and see you soon at SISSI Materials.


ALOISA beamline

Because of shortage of personnel, unless the specific characteristics of the ALOISA experimental station are required, Users are encouraged to consider alternative application to the branchline ANCHOR (to be specified in the proposal, after mandatory contact with Prof. Albano Cossaro), where the same photon energy range and resolution are provided.


APE-HE and APE-LE beamlines

The users who plan to utilise both APE-LE and HE, please follow the submission instructions at the link: http://www.elettra.eu/userarea/ape-he-ape-le-multiexperiment-proposals.html.
For more details, please contact: I. Vobornik: , P. Torelli: .


BACH beamline

We always invite the users to discuss their proposals with the beamline staff before the submission, and to read all the guidelines and rules reported on the following pages:
http://www.elettra.trieste.it/lightsources/elettra/elettra-beamlines/bach/bach-infor-for-users/all.html
 

BaDElPh beamline 

In the first half of 2025, the photon energy range available at BaDElPh will be from about 20 to 750 eV, and with only horizontal linear polarization.

 

CIRCULAR POLARIZATION beamline (CIPO) 

The CIPO beamline will be under test with the new undulators for the Molecular Optical Science and Technology beamline (MOST) of Elettra 2.0. It will be closed to the general users.


ESCA Microscopy

Innovative solutions for in-operando Near Ambient Pressure PhotoElectron Spectroscopy and Microscopy, developed for the scanning photo-electron microscope (SPEM), are now available for our users. They are based on the control of the gas flow around the sample i) through environmental cells where pressure up to 1 mbar can be achieved or ii) pulsed gas jets with bursts of pressure up to few tens of mbar few millisecond long (equivalent to static pressure around 10-2 mbar). 

For detailed information see: https://www.elettra.eu/lightsources/elettra/elettra-beamlines/esca-microscopy/nap-main-page.html


Gas Phase beamline

The GasPhase beamline will be closed to the general users. It will be relocated at exit 4 as low energy branch line of the new beamline MOST of Elettra 2.0.


IUVS beamline

We regret to inform you that due to the upgrade to a laser-based laboratory the Inelastic Ultraviolet Scattering beamline IUVS will not be able to receive beamtime proposals for this semester. Hopefully the beamline will be open again for users at the end of 2024.


NanoESCA and Nanospectroscopy beamlines


NanoESCA and Nanospectroscopy will only be partially opened to users in the first half of 2025. Starting with the shut-down of March, the beamline will undergo a major upgrade ahead of Elettra 2.0. The special characteristics of the new Elettra 2.0 ring require updating the optics that convey x-rays to the experimental stations, in order to provide the two microscopes with a highly homogeneous and intense photon beam. To reach this goal, it is necessary to replace the first optical element of the beamline, as well as the vacuum chamber that houses it. Since the new optics will have to withstand a higher heat load than the current one, the mirror manipulator, its cooling system and vacuum chamber will have to be completely redesigned. It is also necessary to build and install a new vacuum chamber upstream of the monochromator, where a photon beam diagnostic system and an additional slit, used to limit the thermal load on the monochromator optics at low energies, will be housed. This slit is necessary to cut part of the radiation reflected by the first mirror and is essential to achieve an optimal optical performance of the beamline.

SPECTROMICROSCOPY beamline

A reduced number of shifts will be available in the next for Spectromicroscopy users because of new experimental end-station commissioning.

X-RAY DIFFRACTION2 beamline

Proposals for the macromolecular beamline (MX) XRD2 can only be submitted via the Monthly Call: https://www.elettra.eu/about/monthly-submission-proposals.html

Last Updated on Monday, 29 July 2024 12:30