Martin Kroger homepage

	mk Martin Kröger _{Prof Dr rer nat habil}				Simplicity is the ultimate sophistication Leonardo da Vinci (1452-1519)

mk Research Tool Development

_{_more}	more tools (listed under education) »»	_xx/xx
_{_Github}	critical-bonds »» Critical bonds in percolated networks	_05/24
_{_github}	egg model »» Bipolar harmonics solution of underlying Fokker-Planck equation	_03/24
_{_Github}	GPSD-3D »» Generalized geometric (3D) pore size distribution	_02/24
_{_Github}	Z1+ »» Shortest multiple disconnected path	_10/23
_{_Github}	GPSD-2D »» Generalized geometric (2D) pore size distribution	_08/22
_{_online}	gensaw »» Self-avoiding generalized RIS chains in confined geometries & force-extension relationships	_01/20
_{_online}	Ising Matteo »»	_08/17
_{_online}	Pore size and cavity volume analysis »»	_07/17
_{_online}	Volumetric data viewer FPBioimage »»	_02/17
_{_online}	PNIPAM (not yet public) »» using google charts	_09/14
_{_online}	2D Elastic Lennard-Jones (ELJ) model »»	_05/14
_{_online}	Self consistent field theory »»	_07/10
_{_CPC}	PoissonBracket.nb »» Calculations for nonequilibrium thermodynamics including test of the Jacobi identity. Local formulation of the Jacobi identity	_05/10
_{_online}	Protein adsorption onto polymer brushes »»	_05/09
_{_povray}	interactive povray, backbones, isosurfaces etc. »»	_05/09
_{_online}	Nonlinear partial differential equations solver on unit sphere »»	_03/09
_{_online}	Polymer recognition from AFM Images »»	_10/08
_{_matl-c}	D-MATL publications tool »»	_10/07
_{_LaTeX}	LaTeX online »»	_10/07
_{_Z1}	Z1 - Shortest multiple disconnected path (SP) »» Upload your configuration, download the SP and related quantities, number of binary entanglements etc. for linear polymeric 3D samples	_04/06
_{_Phoretic}	Phoretic - Symbolic computation of the phoretic acceleration of convex particles suspended in a non-uniform gas »» _{Calculates analytic expressions for forces and torques onto an arbitrarily shaped convex tracer (aerosol) particle surrounded by a nonequilibrium gas. The method is based on calculating half sphere integral tensors of arbitrary rank and on integrating forces and torques acting on surface elements}	_03/06
_{_Z1+}	Z1+ - Shortest multiple disconnected path (SP) »» Entanglement (Z) and PPA analysis	_12/22

meetings »»

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