A dual-axis goniometer enables two-dimensional in-vacuo steering of electrospray ion beams from an EMI-BF4 wetted needle, permitting angular TOF measurements that show angle-dependent changes in monomer, dimer, trimer, and heavy species abundances.
Higher lines indi- cate a greater proportion of the current being derived from low-mass molecules, and thus higher lines mean lower average mass of the plume
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Direct Two-Dimensional Goniometric Steering of Vacuum Electrospray Ion Beams for Angular Time-of-Flight Studies
A dual-axis goniometer enables two-dimensional in-vacuo steering of electrospray ion beams from an EMI-BF4 wetted needle, permitting angular TOF measurements that show angle-dependent changes in monomer, dimer, trimer, and heavy species abundances.