Back to Results
First PageMeta Content
Scientific method / Scanning probe microscopy / Intermolecular forces / Canton of Neuchâtel / Neuchâtel / Hysteresis / Atomic force microscopy / Nanosensors / AFM probe / Science / Chemistry / Nanotechnology


APPLICATION OF AN INVERSE-HYSTERESIS ITERATIVE CONTROL ALGORITHM FOR AFM FABRICATION A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science in Mechanical and Nuclear Engineering
Add to Reading List

Document Date: 2012-04-05 18:18:52


Open Document

File Size: 2,77 MB

Share Result on Facebook

Company

Agilent Technologies Inc. / /

Facility

Virginia Commonwealth University / University of Nevada / /

IndustryTerm

iterative control algorithm / inverse-hysteresis iterative control algorithm / iterative control algorithms / energy / /

Organization

University of Nevada / Abstract Chapter / University of Nevada / Reno / Virginia Commonwealth University / /

Person

Jessica / Garold / Kam K. Leang / Gary Atkinson / Karla Mossi / SETH C. ASHLEY / Sharon / Yuichi Motai / John Speich / /

Position

Assistant Professor / Mechanical Engineering / Major / advisor / researcher / a scientist / and an engineer / Director / /

ProgrammingLanguage

C / MATLAB / /

ProvinceOrState

Nevada / /

RadioStation

Work 86 / /

Technology

inverse-hysteresis H−1 iterative control algorithms / iterative control algorithm / 79 The inverse-hysteresis iterative control algorithm / APPLICATION OF AN INVERSE-HYSTERESIS ITERATIVE CONTROL ALGORITHM / /

SocialTag