Important information when writing proposals For current information about proposal calls, see the corresponding page under User access > Call for proposals Important information for those considering submitting proposals: Electrical…
…Files These files describe the setup of the MAX IV accelerators. Technical Notes This is a list of internally published notes sorted by note number (date). Clicking on an entry…
Summary Submitted proposals 370 Accepted proposals 224 Average score 3.67 Average cutoff score 3.32 Oversubscription Oversubscription rates based on number of proposals, per beamline, for the Fall23 call. Oversubscription per…
…sunlight and forms an inherent electric field with graphene. Combined with select metal cathodes, this field allows for charge carriers to activate a photoelectrochemical reaction—that is, to generate fuel—with the…
…from Föhrenbach (375 mm full travel range) The stack of stages also encompass an electrical slip ring, that passes power and electrical control signals from underneath to the top of…
…tracing, wave propagation and finite element analysis of deformation under heat loads. These tools enable us to determine the required properties of the optical elements to achieve the desired flux,…
…the molecules that are most interesting but most difficult to study because they only provide microcrystals. MicroMAX will provide a very small but parallel and intense X-ray beam and it…
…NOTE: Results from MicroMAX, in addition to the general acknowledgement for MAX IV, must include the following acknowledgement: “MicroMAX is funded by the Novo Nordisk Foundation under the grant number…
The ICE (Ions in Coincidence with Electrons) end station is a mobile end station that is designed to be compatible with a number of MAX IV LDM-relevant beamlines. By using a combination of multi-coincidence…
A number of LDM sample delivery systems are available at MAX IV (including a molecular jet/cluster source, liquid microjets, magnetron based source for metal particle beams, an aerodynamic lens sample…