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Publication
Featured researches published by Michael D. Kirk.
Micromachining and Imaging | 1997
Marco Tortonese; Michael D. Kirk
This paper addresses the problem of determining the absolute force constant of Atomic Force Microscope cantilevers. In the method presented, the cantilever under test is deflected against a reference cantilever of known spring constant. The relative deflection of the two cantilevers is related to their spring constants. The novelty of our approach is in the use of a micromachined reference cantilever of a precisely controlled force constant. Preliminary results show that our method is capable of measuring the force constant of cantilevers in the range of 0.1 to 10 N/m with an accuracy of better than 20%. The error is dominated by the non-linear effects in the force versus distance curves used for the measurement.
Journal of The Surface Finishing Society of Japan | 1994
Frederick I. Linker; Michael D. Kirk; John D. Alexander; Sang-il Park; Sung-il Park; Ian R. Smith
Archive | 1995
Sang-il Park; Ian R. Smith; Michael D. Kirk
Archive | 1994
Thomas Robert Albrecht; Moris-Musa Dovek; Michael D. Kirk; Sang-il Park
Archive | 1993
Michael D. Kirk; Ian R. Smith; Marco Tortonese; Sean S. Cahill; Timothy G. Slater
Journal of the Acoustical Society of America | 1999
John D. Alexander; Michael D. Kirk
Archive | 1994
Michael D. Kirk; Ian R. Smith; Marco Tortonese; Sean S. Cahill; Timothy G. Slater
Archive | 1997
Sang-il Park; Frederick I. Linker; Ian R. Smith; Michael D. Kirk; John D. Alexander; Sung Park
Archive | 2003
John D. Alexander; Rebecca S. Howland; Michael D. Kirk; Jeong Ho Lee; Frederick I. Linker; David M Parish; Sung-il Park; Ian R. Smith; Peter R Swift; アレグザンダー,ジョン ディー.; カーク,マイケル ディー.; スウィフト,ピータ アール.; スミス,イアン アール.; ハウランド,リベッカ エス.; パク,サン−イル; パク,スン−イル; パリッシュ,ディビッド エム.; リー,ジョン ホー; リンカー,フレデリック アイ.
Archive | 1997
John D. Alexander; Michael D. Kirk