[Next step on the complete sequential path (link type: SEQ-NEXT; target: MESO-m2b] [Next step on the complete sequential path: to the module Source (link type: SEQ-NEXT; target: MESO-m3a-source]
[Next step on the complete sequential path: to the module Source (link type: SEQ-NEXT; target: MESO-m3a-source]
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[Next step on the complete sequential path (link type: SEQ-NEXT; target: MESO-m2b] [Next step on the complete sequential path: to the module Source (link type: SEQ-NEXT; target: MESO-m3a-source]
[Next step on the complete sequential path: to the module Source (link type: SEQ-NEXT; target: MESO-m3a-source]
[Show the characterisation of the module]
[Show the navigation menu of the module]
[Show the Map of contents]
[Legenda]
[Contents
of the thesis]
[Comments]

Experimental methods: beam set-up=MESO-m3a

 [unfold the characterisation of the module]

The setup of molecular and atomic beam experiments in this research program is based on the general setup for this type of experiment [link type: DEPENDS ON/wider range/project' target: MACRO-m3a].

Scheme of the apparatus
scheme of the apparatus

This complex module contains modules about:

Micromembrane manometer Movable surface ionization detector Ion source Alkali target of the sputtering source Collimating slit Velocity selection Collimating slit Surface ionization detector Surface ionization detector Collision chamber with static gas Gas inlet Micromembrane manometer Ionization gauge Ionization gauge Movable surface ionization detector Ion source Alkali target Velocity selector Ionization gauge Surface ionization detector Micromembrane manometer Gas inlet Surface ionization detector