As the sole energy for photosynthesis, light decrease rapidly with path due to absorption by
pigments and scattering by cells in microalgal suspensions. By comprehensively …

Kinetics generally describes bio‐(chemical) reaction rates in dependence on substrate
concentrations. Kinetics for microalgae is often adapted from heterotrophs and lacks …

Microalgae cultivation can be made sustainable on a large‐scale by lowering the costs
associated with closed photobioreactors (PBRs). It can be achieved through the appropriate …

The darkening effects of biological impurities on ice and snow have been recognised as a
control on the surface energy balance of terrestrial snow, sea ice, glaciers and ice sheets …

An experiment was set up using a well-controlled photobioreactor to characterize the CO 2
transfer and assimilation by photosynthetic microorganisms. This lab-scale system enabled …

Industrial development of microalgae biomass valorization relies on process optimization
and controlled scale-up. Both need robust modeling:(i) for biomass production and (ii) for …

This paper aims to experimentally and directly validate a recent theoretical method for
predicting the radiation characteristics of photosynthetic microorganisms. Such predictions …

This paper aims to develop a new method to predict the radiation characteristics of the green
microalgae C. reinhardtii during progressive nitrogen starvation that accounts for the …

Light distribution within photobioreactors is critical for the photosynthetic activity of
microalgae in biotechnological processes. The radiative transport properties allow …

Introduction: The Bouguer-Lambert-Beer law is widely used as the fundamental equation for
quantification in absorption spectroscopy. However, deviations from the Bouguer-Lambert …