The requirements for placing lateral force microscopy (LFM) on a quant
itative basis are considered, with a view to enhancing the prospects f
or application in nanotribology. Methods for determining the critical
parameters of the LFM system are reviewed and discussed (e.g. tip shap
e, detector sensitivity, normal and lateral spring constants of the fo
rce-sensing/loading lever, effective normal and lateral forces, and in
fluence of topography). The emphasis is on exploitation of the capabil
ities inherent in the AFM/LFM system so as to obtain the relevant para
meters and variables in situ during the conduct of an experiment. (C)
1997 Elsevier Science S.A.