Add to ORKGA high-speed imaging system based on light absorption of bromophenol blue (BPB) pH sensitivedye in a glass high-pressure microchip is used to study the instantaneous dynamics of a pH drop in anaqueous phase in contact with segments of subcritical (liquid) and supercritical CO2. The dynamics ofthe pH-drop has been studied and visualized, demonstrating acidification rates of up to 3.5 pH/s
AbstractA new distributed intrinsic fibre optic sensor has been developed by Intelligent Optical Sys...
This thesis explores understanding, sensing, and control in high-pressure microfluidics. The high-pr...
AbstractExperimental studies about supercritical CO2-brine displacement are necessary to understand ...
A high-speed imaging system based on light absorption of bromophenol blue (BPB) pH sensitivedye in a...
A microfluidic system is presented to investigate interactions between supercritical CO2 and H2O usi...
A microfluidic system is presented to investigate interactions between supercritical CO2 and H2O usi...
PurposeRapid chemical exchange can affect SNR and pH measurement accuracy for hyperpolarized pH imag...
We describe a complete system for optical pH manipulation and imaging. The system consists of a phot...
Detecting phase transitions in high-pressure CO(2) and supercritical fluids was first attempted in t...
bstract The objective of the present contribution is to establish the measurement technique of the g...
The measurement of pH of aqueous systems at high temperature is becoming increasingly important beca...
Recently, both core- and pore-scale imbibition experiments have shown non-equilibrium dissolution of...
A new dual-lumophore optical sensor combined with a robust RGB referencing method was developed for ...
Interstitial acidification in the context of prostate cancer may serve as a biomarker of low-to-high...
The pH of concrete-based material is a key parameter for the assessment of its stability and durabil...
AbstractA new distributed intrinsic fibre optic sensor has been developed by Intelligent Optical Sys...
This thesis explores understanding, sensing, and control in high-pressure microfluidics. The high-pr...
AbstractExperimental studies about supercritical CO2-brine displacement are necessary to understand ...
A high-speed imaging system based on light absorption of bromophenol blue (BPB) pH sensitivedye in a...
A microfluidic system is presented to investigate interactions between supercritical CO2 and H2O usi...
A microfluidic system is presented to investigate interactions between supercritical CO2 and H2O usi...
PurposeRapid chemical exchange can affect SNR and pH measurement accuracy for hyperpolarized pH imag...
We describe a complete system for optical pH manipulation and imaging. The system consists of a phot...
Detecting phase transitions in high-pressure CO(2) and supercritical fluids was first attempted in t...
bstract The objective of the present contribution is to establish the measurement technique of the g...
The measurement of pH of aqueous systems at high temperature is becoming increasingly important beca...
Recently, both core- and pore-scale imbibition experiments have shown non-equilibrium dissolution of...
A new dual-lumophore optical sensor combined with a robust RGB referencing method was developed for ...
Interstitial acidification in the context of prostate cancer may serve as a biomarker of low-to-high...
The pH of concrete-based material is a key parameter for the assessment of its stability and durabil...
AbstractA new distributed intrinsic fibre optic sensor has been developed by Intelligent Optical Sys...
This thesis explores understanding, sensing, and control in high-pressure microfluidics. The high-pr...
AbstractExperimental studies about supercritical CO2-brine displacement are necessary to understand ...