The average molecular weight and the molecular weight distribution are some of the most important determinants of the properties of a polymer product, strongly influencing properties such as mechanical strength, minimum film-forming temperature of a latex, and so on. Advances in theory have led to a novel but simple experimental means to obtain information about the events controlling these properties, by straightforward manipulation of the data obtained from conventional GPC. This has the potential to lead to new means of improving polymer products
A process for the precise control of polymer molecular weight distribution (MWD) shape is developed....
A Holy Grail of the macromolecular chemist is to achieve the ‘purity’ in size of micromolecular chem...
We develop a mathematical model able to describe the complete molecular weight distributions of poly...
Many properties (e.g., film formation) of a polymer depend on the full molecular weight distribution...
In this paper different techniques for the deconvolution of experimental GPC curves obtained from ba...
Results are reported for the low-conversion bulk polymerizations of methyl methacrylate (up to 15% c...
The molecular weight distribution (MWD) of a branched polymer has been calculated by using approxima...
In this paper different techniques for the deconvolution of experimental gel permeation chromatograp...
In this paper different techniques for the deconvolution of experimental gel permeation chromatograp...
‘Living’ radical polymerization has opened the way to producing complex polymer architectures, inclu...
The objective of this article is to present an approach to ascertain the molecular weight distributi...
The broad molecular weight distribution (MWD) curves obtained by gel-permeation chromatography (GPC)...
Molecular weight distributions of poly(vinyl neo-decanoate) produced by the bulk polymerization of t...
The shape, breadth, and average molecular weight of the overall molecular weight distribution (MWD) ...
The chain-stopping and radical-loss events in the seeded emulsion polymerization of methyl methacryl...
A process for the precise control of polymer molecular weight distribution (MWD) shape is developed....
A Holy Grail of the macromolecular chemist is to achieve the ‘purity’ in size of micromolecular chem...
We develop a mathematical model able to describe the complete molecular weight distributions of poly...
Many properties (e.g., film formation) of a polymer depend on the full molecular weight distribution...
In this paper different techniques for the deconvolution of experimental GPC curves obtained from ba...
Results are reported for the low-conversion bulk polymerizations of methyl methacrylate (up to 15% c...
The molecular weight distribution (MWD) of a branched polymer has been calculated by using approxima...
In this paper different techniques for the deconvolution of experimental gel permeation chromatograp...
In this paper different techniques for the deconvolution of experimental gel permeation chromatograp...
‘Living’ radical polymerization has opened the way to producing complex polymer architectures, inclu...
The objective of this article is to present an approach to ascertain the molecular weight distributi...
The broad molecular weight distribution (MWD) curves obtained by gel-permeation chromatography (GPC)...
Molecular weight distributions of poly(vinyl neo-decanoate) produced by the bulk polymerization of t...
The shape, breadth, and average molecular weight of the overall molecular weight distribution (MWD) ...
The chain-stopping and radical-loss events in the seeded emulsion polymerization of methyl methacryl...
A process for the precise control of polymer molecular weight distribution (MWD) shape is developed....
A Holy Grail of the macromolecular chemist is to achieve the ‘purity’ in size of micromolecular chem...
We develop a mathematical model able to describe the complete molecular weight distributions of poly...