High rate outdoor production units of microalgae can undergo temperature fluctuations.
Seasonal temperature variations as well as more rapid daily fluctuations are liable to modify …

Despite attracting many attentions in the past decades, microalgal cultivation still faces many
challenges for industrialisation. Growth, as one of the most crucial characteristics of a …

Landfill methane (CH4) emissions account for~ 10% of all anthropogenic CH4 emissions
globally, amounting to~ 50 Tg per year. The current emission inventories utilize a first-order …

Bacterial and fungal growth rate measurements are sensitive variables to detect changes in
environmental conditions. However, while considerable progress has been made in …

A new model in which the maximum microbial specific growth rate ((mu)(infmax)) is
described as a function of pH and temperature is presented. The seven parameters of this …

A new model is set up to represent the effect of temperature and light on microalgae growth,
and predict the productivity of outdoor microalgae based processes. This model includes …

Many natural objects exhibit radial or axial symmetry in a single plane. However, a universal
tool for simulating and fitting the shapes of such objects is lacking. Herein, we present an R …

Underground biomethanation, which converts hydrogen and carbon dioxide to methane with
the catalysis of methanogens in geological formations, has great potential for carbon dioxide …

The present study uses a mathematical-empirical approach to estimate the cardinal growth
temperature parameters (T min, the temperature below which growth is no longer observed; …

G: C pairs are more stable than A: T pairs because they have an additional hydrogen bond.
This has led to many studies on the correlation between the guanine+ cytosine (G+ C) …