The crystallization kinetics of solid polymers affects their nanoscale structure and the degree of crystallinity, and in turn, plays a significant role in the specific mechanical and physical properties of the polymers.
Polymers generally undergo various thermal transformations all through the manufacturing process - right from their synthesis in a reactor, to product shaping processes like injection molding or film formation.
A number of personal care products comprise of concentrated surfactant systems featuring a multi-phasic microstructure. A familiarity with this structure can facilitate the development of new product features, and also control the properties of the formulation during production.
In this interview, AZoNano spoke to Xenocs CEO Peter Høghøj and Executive Vice President Frédéric Bossan, about the revolutionary new instrument.
To convert polymers from raw materials into the final product, a processing stage is required that involves a molten state, commonly known as melt. The final product will normally be in a semi-crystalline state after cooling.
The extensive use of nanoparticles and the increasing attention to regulatory provisions for nanomaterials generally induce a huge interest in nanoparticle size characterization. A major challenge is associated with the metrological approach as addressed in the published ISO standard.
This article discusses the high speed characterization of an oyster shell using a profilometer.
This article discusses a mechanical broadview map selection tool for mechanical testers.
This article discusses how to conduct wood wear testing with a tribometer.
Nanoparticles differ from their elemental bulk versions and often show unexpected yet promising properties, making them of great scientific interest.
By Kerry Taylor-Smith
7 Aug 2019