Skip Main Navigation Links ScienceDirect Logo Skip Main Navigation Links Register or Login: Password: Home Browse Search Forms My Alerts My Profile Help (Opens new window) Quick Search: within Quick Search searches abstracts, titles, and keywords. Click for more information. 7 of 13 Result List Previous Next Solid State Communications Volume 100, Issue 10 , December 1996, Pages 705-710 This Document Abstract PDF (412 K) ------------------------------------------------------------------------ Actions Cited By Save as Citation Alert Export Citation 0038-1098(96)00487-5 A study of (1 + 1)-dimensional height-height correlation functions for self-affine fractal morphologies G. Palasantzasa <#orfa>, * <#cor*> a GSA Research and Development Center, Amygdaleza-Aharnes 13600 Athens Greece Received 18 April 1996; accepted 7 August 1996. Available online 10 February 1999. Abstract We study analytic forms in Fourier space of one-dimensional height-height correlation functions for self-affine rough surfaces. Comparisons with complex systems suggest three alternative models. However, only the model C1(k) proportional to (1 + amidkmidsmall xi, Greek)-(1+2H) permits analytic calculation of important surface roughness quantities (i.e. surface width) for roughness exponents in range 0 less-than or equal toHless-than or equal to1. Furthermore, the implications of the results to experimental roughness studies by means of STM-AFM are discussed. Index Terms: Surface roughness; Fractals; Morphology; Fourier transforms; Atomic force microscopy; Scanning electron microscopy; Correlation methods; Self affine fractal morphologies; Height height correlation function * <#bcor*>Corresponding author. This Document Abstract PDF (412 K) ------------------------------------------------------------------------ Actions Cited By Save as Citation Alert Export Citation Solid State Communications Volume 100, Issue 10 , December 1996, Pages 705-710 7 of 13 Result List Previous Next Home Browse Search Forms My Alerts My Profile Help (Opens new window) ScienceDirect Logo Send feedback to ScienceDirect Software and compilation © 2002 ScienceDirect. All rights reserved. ScienceDirect® is an Elsevier Science B.V. registered trademark. Your use of this service is governed by Terms and Conditions . Please review our Privacy Policy for details on how we protect information that you supply.