'Microscopic scale' diaporamas de présentation

545 views • 29 slides

Tomography Reconstruction : Introduction and new results on Region of Interest reconstruction

Laboratoire Hubert Curien, St Etienne. Tomography Reconstruction : Introduction and new results on Region of Interest reconstruction. Catherine Mennessier Rolf Clackdoyle Moctar Ould Mohamed. Bucharest, May 2008. Table of contents. Introduction

404 views • 26 slides

NANOBOTS

NANOBOTS. APARNA M B 08321A1007 DEEPTHI P 08321A1014. INTRODUCTION. Nanorobots are theoretical microscopic devices measured on the scale of nanometers The size of nanobot on microscopic scale of is about 10^9 nanometers.

377 views • 24 slides

Driving question: How does ecosystem deal with animal and plants after they died?

Driving question: How does ecosystem deal with animal and plants after they died?. Dead plant/animal (large organic molecules). Minerals (from soil). Flow chart of decomposing process. Digestion. Digestion. Small organic molecules. Inorganic matter (H2O , CO2, minerals). Biosynthesis.

217 views • 21 slides

Benevento, Spring 2011

Benevento, Spring 2011. Cellular Automata Models : Intro and Paradigms. Costas Siettos. School of Applied Mathematics and Physical Sciences, NTUA, Athens, Greece. Motivation. Different time and space scales Macro scales much much bigger than the bigger Microscopic scale. Macroscale.

222 views • 14 slides

Self-Similarity

Self-Similarity. Some examples. Self-Similarity in the Koch Curve. Fractals usually possess what is called self-similarity across scales. That is, as one zooms in or out the geometry/ image has a similar (sometimes exact) appearance. Self-Similarity in the Mandelbrot Set.

309 views • 9 slides

Self-Similarity

Self-Similarity. Some examples. Self-Similarity in the Koch Curve. Fractals usually possess what is called self-similarity across scales. That is, as one zooms in or out the geometry/ image has a similar (sometimes exact) appearance. Self-Similarity in the Mandelbrot Set.

108 views • 9 slides