Add to ORKGWinner of IONICON Poster Awards at the 4th International PTR-MS ConferenceTo determine water-air partition coefficients (Henry`s law constant, HLC), a series of dynamic approaches have been developed and step-wise improved, towards increased accuracy, extended temperature range and volatility range. These allow the rapid and reproducible determination of HLCs even for molecules with very low volatility, without the need of calibration. The various configurations have been applied to determine the HLCs of volatile organic compounds (VOCs) of different volatility, over the temperature range 20 to 90°C
Recently we introduced a dynamic approach to determine Henry's law constants (HLCs) of volatile orga...
Air−water partitioning for 21 volatile chlorinated or brominated alkanes, alkenes, and aromatics was...
Henry’s law constant is an essential parameter for the estimation of the environmental prevalence of...
Air-water partition coefficients play a significant role in understanding processes like aroma relea...
Liquid-gas partition coefficients (HLC) of volatile organic compounds (VOCs) in water-air systems ar...
AbstractLiquid–air partition coefficients (Henry's law constants, HLCs) of eight flavour compounds (...
Experimental data for Henry\u27s law constant of organic solutes at temperatures between (313.15 and...
Volatile Organic Compounds (VOCs) are compounds that have a composition that allow for them to evapo...
Absorption of hydrophobic volatile organic compounds (VOC) such as toluene, was studied. In order to...
Accurate values for the Henry's law constants are essential to describe the environmental dynami...
[[abstract]]Henry's law constant is an important equilibrium factor in the mass transfer process of ...
A novel technique is developed to determine the Henry's law constants (HLCs# of seven volatile f...
International audienceThis paper presents a new mechanical method to determine Henry's law constant ...
In this paper a dynamic method to determine gas-water partition coefficients (K-values), respectivel...
In the analysis of volatile organic compounds in air, the preparation of their gaseous standards at ...
Recently we introduced a dynamic approach to determine Henry's law constants (HLCs) of volatile orga...
Air−water partitioning for 21 volatile chlorinated or brominated alkanes, alkenes, and aromatics was...
Henry’s law constant is an essential parameter for the estimation of the environmental prevalence of...
Air-water partition coefficients play a significant role in understanding processes like aroma relea...
Liquid-gas partition coefficients (HLC) of volatile organic compounds (VOCs) in water-air systems ar...
AbstractLiquid–air partition coefficients (Henry's law constants, HLCs) of eight flavour compounds (...
Experimental data for Henry\u27s law constant of organic solutes at temperatures between (313.15 and...
Volatile Organic Compounds (VOCs) are compounds that have a composition that allow for them to evapo...
Absorption of hydrophobic volatile organic compounds (VOC) such as toluene, was studied. In order to...
Accurate values for the Henry's law constants are essential to describe the environmental dynami...
[[abstract]]Henry's law constant is an important equilibrium factor in the mass transfer process of ...
A novel technique is developed to determine the Henry's law constants (HLCs# of seven volatile f...
International audienceThis paper presents a new mechanical method to determine Henry's law constant ...
In this paper a dynamic method to determine gas-water partition coefficients (K-values), respectivel...
In the analysis of volatile organic compounds in air, the preparation of their gaseous standards at ...
Recently we introduced a dynamic approach to determine Henry's law constants (HLCs) of volatile orga...
Air−water partitioning for 21 volatile chlorinated or brominated alkanes, alkenes, and aromatics was...
Henry’s law constant is an essential parameter for the estimation of the environmental prevalence of...