Optical chemical imaging seeks to nondestructively acquire spatially resolved chemical
information without the use of labels or probes. The combination of vibrational mid-infrared …

This review outlines the combination of infrared spectroscopy and continuous microfluidic
processes. FTIR spectroscopy gives access to the microscopic chemical composition of …

Unraveling the nature of energy transport in multi-chromophoric photosynthetic complexes is
essential to extract valuable design blueprints for light-harvesting applications. Long-range …

Mass transport in geometrically confined environments is fundamental to microfluidic
applications. Measuring the distribution of chemical species on flow requires the use of …

Micro electro-mechanical systems (MEMS) combining sensing and microfluidics
functionalities, as are common in Lab-on-Chip (LoC) devices, are increasingly based on …

We present an extensive overview of the evolution and progress made in the field of
microstructures and nanostructures preparation using microfluidic techniques in recent …

The effect of mixing calcium and oxalate precursors by diffusion at miscible liquid interfaces
on calcium oxalate crystalline phases, and in physiological conditions (concentrations and …

The precision control of microfluidic technology was successfully interfaced with a 100 kHz
two-dimensional infrared (2D IR) spectrometer to observe the sensitivity of the anion cyanate …

Coupling infrared (IR) spectroscopy to microfluidic devices provides a powerful tool for
characterizing complex chemical and biochemical reactions. Examples of microfluidic …

Thermophysical properties of fluid systems are highly desirable as they are used in many
industrial processes both from a chemical engineering point of view and to push forward the …