In this work, we propose a geometrical model for the study of conformational properties of a starburst dendrimer with the topology of a truncated Bethe lattice. A convenient embedding of the Bethe lattice in the hyperbolic plane is used to study the architecture of the dendrimer. As results, we find an upper bound for the molecular size and the density profile. 1
A lattice Monte Carlo scheme for simulating dendrimers that is widely referenced in the literature i...
This article is devoted to the study of the tip shape of dendritic crystals grown from a supercooled...
The design, synthesis and solution properties of six constitutional isomers of dendrimer-like star p...
ABSTRACT: We examine the equilibrium properties of a starburst dendrimer. A simple Flory theory is d...
3D polyphenylene dendrimers (PDs) can be prepared in ways that enable control of their shape, and th...
We investigated the generation dependent shape and internal structure of star-burst dendrimers under...
We study the conformational properties of dendrimers with flexible spacers in solutions over a wide ...
We present a configurational-biased lattice Monte Carlo scheme for simulating nonideal dendrimers th...
We have performed molecular dynamics simulation to study the structural and dynamic properties of fl...
Abstract. Dendrimers are well defined, highly branched macromolecules that radiate from a central co...
Conformational properties of neutral and charged dendrimers in dilute solutions of different quality...
Dendrimers are branched molecules that often have chemical properties similar to proteins and other...
Starburst dendrimers are three‐dimensional, highly ordered oligomeric and polymeric compounds formed...
We present tractable molecular theory descriptions of liquid crystalline dendrimers based on clearly...
We study via Monte Carlo simulation the conformation of amphiphilic dendrimers for which terminal mo...
A lattice Monte Carlo scheme for simulating dendrimers that is widely referenced in the literature i...
This article is devoted to the study of the tip shape of dendritic crystals grown from a supercooled...
The design, synthesis and solution properties of six constitutional isomers of dendrimer-like star p...
ABSTRACT: We examine the equilibrium properties of a starburst dendrimer. A simple Flory theory is d...
3D polyphenylene dendrimers (PDs) can be prepared in ways that enable control of their shape, and th...
We investigated the generation dependent shape and internal structure of star-burst dendrimers under...
We study the conformational properties of dendrimers with flexible spacers in solutions over a wide ...
We present a configurational-biased lattice Monte Carlo scheme for simulating nonideal dendrimers th...
We have performed molecular dynamics simulation to study the structural and dynamic properties of fl...
Abstract. Dendrimers are well defined, highly branched macromolecules that radiate from a central co...
Conformational properties of neutral and charged dendrimers in dilute solutions of different quality...
Dendrimers are branched molecules that often have chemical properties similar to proteins and other...
Starburst dendrimers are three‐dimensional, highly ordered oligomeric and polymeric compounds formed...
We present tractable molecular theory descriptions of liquid crystalline dendrimers based on clearly...
We study via Monte Carlo simulation the conformation of amphiphilic dendrimers for which terminal mo...
A lattice Monte Carlo scheme for simulating dendrimers that is widely referenced in the literature i...
This article is devoted to the study of the tip shape of dendritic crystals grown from a supercooled...
The design, synthesis and solution properties of six constitutional isomers of dendrimer-like star p...