Cloud point temperature measurements for linear polyethylene and isotactic polypropylene in 63 different solvents were used to identify solvents for polyolefins and determine the relative thermodynamic quality of these solvents. A comparison with other indicators of the solvents' thermodynamic quality shows that the approach is generally valid and offers a fast and easily applicable tool for characterizing solvents according to their thermodynamic quality. The results offer a multitude of new possibilities for the development of systems for chromatographic characterizations of polyolefins
Polypropylene, on a mass-scale produced polyolefin, shows an excellent combination of end-use proper...
Interaction chromatography using solvent gradient elution is an effective method for the characteriz...
Temperature gradient interaction chromatography (TGIC) analysis of polyisoprene (PI) is reported. PI...
Polyolefins are the most widely produced synthetic polymer commodity and are found in countless appl...
Liquid chromatography at critical conditions (LCCC) of poly(propylene) (PP) holds unique potential t...
Polyolefins are the world’s most widely used synthetic polymers. Their global production has grown a...
Polyolefins are, by volume, the most significant group of polymers in the world, accounting for more...
Temperature-responsive liquid chromatography (TRLC) allows for extensive retention and selectivity t...
Thermodynamic principles and some applications of the temperature gradient interaction chromatograph...
Thermal gradient interactive chromatography (TGIC) is an emerging analytical tool to determine the c...
The elution behavior of polyethylene (PE) and the three stereoisomers of polypropylene (PP) was stud...
Chromatography and extraction techniques, and also chemiluminescence have been utilized to develop n...
The synthesis and characterization of polyolefins continues to be one of the most important areas fo...
Thermoresponsive polymers that undergo reversible phase transition by responding to an environmental...
Temperature programming has been used increasingly in liquid chromatography in recent years. In part...
Polypropylene, on a mass-scale produced polyolefin, shows an excellent combination of end-use proper...
Interaction chromatography using solvent gradient elution is an effective method for the characteriz...
Temperature gradient interaction chromatography (TGIC) analysis of polyisoprene (PI) is reported. PI...
Polyolefins are the most widely produced synthetic polymer commodity and are found in countless appl...
Liquid chromatography at critical conditions (LCCC) of poly(propylene) (PP) holds unique potential t...
Polyolefins are the world’s most widely used synthetic polymers. Their global production has grown a...
Polyolefins are, by volume, the most significant group of polymers in the world, accounting for more...
Temperature-responsive liquid chromatography (TRLC) allows for extensive retention and selectivity t...
Thermodynamic principles and some applications of the temperature gradient interaction chromatograph...
Thermal gradient interactive chromatography (TGIC) is an emerging analytical tool to determine the c...
The elution behavior of polyethylene (PE) and the three stereoisomers of polypropylene (PP) was stud...
Chromatography and extraction techniques, and also chemiluminescence have been utilized to develop n...
The synthesis and characterization of polyolefins continues to be one of the most important areas fo...
Thermoresponsive polymers that undergo reversible phase transition by responding to an environmental...
Temperature programming has been used increasingly in liquid chromatography in recent years. In part...
Polypropylene, on a mass-scale produced polyolefin, shows an excellent combination of end-use proper...
Interaction chromatography using solvent gradient elution is an effective method for the characteriz...
Temperature gradient interaction chromatography (TGIC) analysis of polyisoprene (PI) is reported. PI...