Home page
Articles and publications listed below are written by Visilab Signal Technologies's personnel. Most of them are scanned as PDF documents, the rest can be ordered as copies from Visilab Signal Technologies at a nominal price of 5 euros/page. Some of them are published elsewhere, some are unpublished. Unfortunately, we can not publish all of our reports and studies as they are classified by our customers.
Henrik Stenlund, "Inversion Formula", ArXiv:1008.0183v1[math.GM], 7-27-2010
Visilab Report #2010-07
- An inversion formula for analytic functions is introduced.
Henrik Stenlund, "Technical Report: "Three Methods of Solution of Concentration Dependent Diffusion Coefficient", 6-18-2004
- A mathematical study for finding methods of solution for determining the dependence of the diffusion coefficient from the experimental concentration data.
Henrik Stenlund, "Technical Report: A Research on Mutual Interaction of Two Electron Beams via Space Charge", 12-13-1999
- A study of the mutual interaction of two electron beams in a vacuum CRT. Actual application in the effects found at a CRT factory.
Henrik Stenlund, "Technical Report: Design and Implementation of Time-of-Flight Mass Spectrometer", TEKES 105/425/84;119/1985, 3-30-1986
- Final report of a project for designing two differing TOFMS of optimized reflection type. All technical details of electronics, mechanics and software are shown.
Henrik Stenlund, "Time-of-Flight Mass Spectrometry", Finnish Physical Society Meeting, Oulu, 2-8-1985
- A prototype of a reflection type TOFMS is presented.
Henrik Stenlund, "Design of a High Intensity Electron Gun and Its Focusing System", Res. rep. 2/1980, Helsinki University of Technology, Laboratory of Physics
- Electron optical system design with magnetic lenses for an X-ray system. The spherical electron gun design is also described in detail.
Henrik Stenlund, "Quantum Theory of Interstitial Diffusion of Light Impurities in Si and Ge", University of Helsinki, Department of Theoretical Physics, 1979, a Licenciate Thesis
- A quantum mechanical treatment for calculating the diffusion coefficients of Li in Si and Ge. The theory is based on using multiphonon collision theory and transport theory.
Henrik Stenlund, "Quantum Theory of Interstitial Diffusion", University of Helsinki, 1979, a private study
- A quantum mechanical treatment for calculating the diffusion coefficients of Li in Si and Ge. The theory is based on using a restricted plane wave expansion in a special potential model and transport theory.
Comments and feedback are invited: E-mail to send a comment
Back