Max-planck-gesellschaft Zur F&#xf6;rderung Der Wissenschaften E. V.

Quantifoil Micro Tools Gmbh

Carl Zeiss Smt Gmbh

Daniel Rhinow

Andreas Terfort

Markus Bauer

Petra Spies

Ottmar Hoinkis

Andrey Turchanin

Horst Schneider

Marion Batz

Rainer Fettig

Sebastian Vollmar

Julian Scherr

Christian Felix Hermanns

Katharina Gries

David Lämmle

Maximilian Rumler

Fan Tu

Laura Ahmels

Benjamin Herd

The present invention relates to a method for examining a beam of charged particles, including the following steps: producing persistent interactions of the beam with a sample at a plurality of positions of the sample relative to the beam and deriving at least one property of the beam by analyzing the spatial distribution of the persistent interactions at the plurality of positions.

Method and apparatus for examining a beam of charged particles

The present invention relates to a method for preparing a hydrogel nanomembrane comprising: a) formation of a non-cross-linked hydrogel nanofilm on a first substrate; b) cross-linking the non-cross-linked hydrogel with a cross-linking agent to obtain a cross-linked hydrogen nanomembrane; and c) transferring the cross-linked hydrogel nanomembrane to a second substrate, a respective cross-linked hydrogel nanomembrane, a TEM grid comprising the same and use thereof.

Method for preparing a cross-linked hydrogel nanomembrane, the cross-linked hydrogel nanomembrane, TEM grid comprising the same and use thereof

The present invention discloses functionalized nanomembranes, a method for preparation and their use. The functionalized nanomembrane comprises a) a first layer comprising a nanomaterial, b) a second layer comprising a biorepulsive material, the second layer being attached to at least one side of the first layer, and c) affinity groups, attached to the second layer.

Functionalized nanomembrane, a method for preparation thereof and their use

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Frankfurt am Main, Germany

Daniel Rhinow