crystallinity การใช้

• PDLA and PLLA form a highly regular stereocomplex with increased crystallinity.
• Elevating the aging temperature increases the crystallinity of basic zinc chloride.
• Typical values for the degree of crystallinity were around 63 %.
• The dry process is only suitable for polymers with high crystallinity.
• The focus of an illite crystallinity XRD plot is the main peak.
• The crystallinity can lie in the range of a few to 70 %.
• The crystallinity of PLGAs will vary from fully HFIP.
• The degree of crystallinity and crystal structure of nanocellulose.
• Thus for many polymers, reduced crystallinity may also be associated with increased transparency.
• From the analysis of these bands, the degree of crystallinity can be estimated.
• Due to decreasing crystallinity ethylene vinyl acetate copolymers are getting softer with increasing comonomer content.
• Biodegradation of PDLA is slower than for PLA due to the higher crystallinity of PDLA.
• Lithium carbide prepared in this manner generally has very poor crystallinity, being essentially amorphous.
• These factors influence the polymers crystallinity, melt and glass transition temperatures and molecular weight.
• Use of stereospecific catalysts can lead to heterotactic PLA which has been found to show crystallinity.
• The distribution of molecular weights and degree of crystallinity influences the width of melting temperature range.
• Hydrothermal synthesis produces with good crystallinity.
• Degree of crystallinity can be estimated by integrating the relative intensities of the peaks and halos.
• Each of these steps is crucial for the crystallinity, uniformity and stoichiometry of the resulting film.
• The extent to which a solid is crystalline ( crystallinity ) has important effects on its physical properties.