Latest Articles for Chemical Engineering

New methods reveal how to optimize silicon carbide structures for electronics.

This article explores polymer fractionation and its implications for material design.

Examining how polymers capture heavy metals for environmental cleanup and health.

New models enhance prediction of material properties through atomic arrangements.

Explore how DDP helps manage complex control problems in various fields.

A look at how uncertainty impacts model predictions in chemical engineering.

A look at how processes influence the behavior of metallic alloys.

New modeling techniques improve predictions in chemical processes.

Study examines sodium ion interactions within helium nanodroplets, revealing significant insights.

New methods improve accuracy in simulating complex particle interactions.

Exploring carbon nanotubes' electronic properties through X-ray absorption techniques.

New model enhances accuracy for simulating surfactant effects in fluid dynamics.

This article examines how ring polymer shape affects their movement in solutions.

Researchers develop AutoOSS to enhance manipulation of molecules at the nanoscale using AI.

Exploring how machine learning transforms the study of heterogeneous catalysis.

A study highlights enzymes from fungi for sustainable chemical creation.

Learn how fibre arrangement affects material properties and real-world applications.

Research reveals new materials with unique heat management properties.

Researchers find new ways to improve CsSnI for solar energy applications.

A new method improves calculations for molecular interactions, enhancing efficiency and accuracy.

Learn how to manage chemical reactions for better results.

New basis set vDZP offers quick and accurate results in quantum chemistry calculations.

This article examines the behavior of layered polystyrene and PMMA films when mixed.

Discover the fascinating world of Rayleigh-Taylor instability in binary fluids.

Discover the unique properties and applications of ionic liquids.

Discover how thin membranes can change water treatment and energy production.

Discover how fluids interact in porous materials and its impact on the world.

Uncover the dynamics of fluids in porous media with undercompressive shock waves.

Learn how the similarity-based method predicts liquid behavior with confidence.

Rhenium withstands extreme heat and pressure, vital for high-performance applications.

Discover the fascinating process of phase separation and its importance in various fields.

Explore the fascinating behavior of liquid rivulets in everyday life.

New model improves predictions for chemical mixtures through machine learning technology.

Learn how surrogate-based optimization transforms chemical processes for better efficiency.

Exploring the fascinating dynamics of liquid films over spinning discs.

Scientists are developing membranes to filter specific ions for better energy and water solutions.

Scientists aim to turn CO2 into methanol using innovative catalyst discovery techniques.

Discover the unique behaviors of aluminium nanoparticles in melting and freezing processes.

Discover how titanium dioxide is set to transform renewable energy production.

LaNiO2 shows promise in the study of superconductors with unique electronic properties.