Crystallization is a fundamental separation technology used for the production of particulate
solids. Accurate nucleation and growth process control are vitally important but difficult. A …

Sucrose crystallization was performed by using a custom designed microwave vacuum
evaporation system. Process was designed to mimic a semi-batch crystallization starting …

The water-mediated mineral carbonation represents a promising solution for the capture and
the storage of atmospheric CO 2. Even though this reaction might be spontaneous for a …

Herein, an interfacial mass transfer process based on hollow fiber membrane assisted
antisolvent crystallization (MAAC) was studied via real-time microscopic and computational …

Hydromagnesite with different morphologies has been synthesized using magnesite as raw
materials. The influences of pyrolysis temperature, the pH value of the magnesium …

Membrane distillation (MD) is an emerging technology that has much potential in
desalination and treatment of saline waste. Although MD has shown its ability to treat high …

Direct discharge of seawater desalination brine causes ecological imbalances in marine
environments and wastage of chemical resources, and CO 2 is the predominant greenhouse …

In this study, a coaxial rotating probe-type microwave (MW) reactor for nanoparticle
synthesis was designed, and its performance was analyzed using numerical modeling. The …

TiO 2-ZnO heterostructures with multifunctional photoactive properties were prepared using
the two-stage microwave method. The presence of a binary crystalline system (anatase …

The cross‐linking degree (crystallinity) and proton sources of conductors strongly impacts
proton‐conducting properties, but the attention is still limited, especially for covalent‐organic …