<--- Back to Details
First PageDocument Content
Geometry / Convex geometry / Graph theory / Deltahedra / Self-dual polyhedra / Tetrahedron / Mineral / Logarithm
Date: 2006-05-17 06:22:28
Geometry
Convex geometry
Graph theory
Deltahedra
Self-dual polyhedra
Tetrahedron
Mineral
Logarithm

Supplementary material — Na2Si3 O7: An incommensurate structure with crenel-type modulation functions, refined from a twinned crystal H. Kr¨

Add to Reading List

Source URL: pc12-c714.uibk.ac.at

Download Document from Source Website

File Size: 113,70 KB

Share Document on Facebook

Similar Documents

Hausdorff School: Economics and Tropical Geometry Bonn, May 9-13, 2016 Discrete Convex Analysis III: Algorithms for Discrete Convex Functions Kazuo Murota

Hausdorff School: Economics and Tropical Geometry Bonn, May 9-13, 2016 Discrete Convex Analysis III: Algorithms for Discrete Convex Functions Kazuo Murota

DocID: 1v6lO - View Document

Hausdorff School: Economics and Tropical Geometry Bonn, May 9-13, 2016 Discrete Convex Analysis I: Concepts of Discrete Convex Functions Kazuo Murota

Hausdorff School: Economics and Tropical Geometry Bonn, May 9-13, 2016 Discrete Convex Analysis I: Concepts of Discrete Convex Functions Kazuo Murota

DocID: 1uq8J - View Document

Hausdorff School: Economics and Tropical Geometry Bonn, May 9-13, 2016 Discrete Convex Analysis II: Properties of Discrete Convex Functions Kazuo Murota

Hausdorff School: Economics and Tropical Geometry Bonn, May 9-13, 2016 Discrete Convex Analysis II: Properties of Discrete Convex Functions Kazuo Murota

DocID: 1uci8 - View Document

Simplot_FinalLogo_FullColor

Simplot_FinalLogo_FullColor

DocID: 1rprR - View Document

75  Documenta Math. Who Solved the Hirsch Conjecture? ¨ nter M. Ziegler

75 Documenta Math. Who Solved the Hirsch Conjecture? ¨ nter M. Ziegler

DocID: 1rnGl - View Document