Publications by authors named "Rongying Huang"
Article Synopsis
- The study focuses on enhancing the removal of toxic As(III) using TiO, exploring how doping can improve As(OH) adsorption on TiO surfaces through various methods like DFT + D3 simulations.
- Different doping elements create diverse adsorption structures and affect the adsorption efficacy, with O-site doping proving more effective and structural changes linked to the atomic radius of the dopants.
- The results indicate that As(OH) adsorption is crystal-dependent, showing greater efficiency with rutile over anatase, and highlights the importance of doping in modifying adsorption behavior and influencing the oxidation states of arsenic.
Purpose: This study explored the potential of combining the use of moisture sorption isotherms and dielectric relaxation profiles of starch and sodium starch glycolate (SSG) to probe the location of moisture in dried and hydrated samples.
Methods: Starch and SSG samples, dried and hydrated, were prepared. For hydrated samples, their moisture contents were determined.
Knee injury is a common medical issue. A full understanding of the kinematics and mechanical properties of knees following total knee arthroplasty (TKA) repair utilizing patellar replacement (only the base of the patella is replaced) versus patellar retaining surgical techniques is still lacking. In the current paper, we investigated magnetic resonance (MR) imaging data from knees repaired by these two methods and evaluated total knee models created using imaging reconstruction technology that simulated gait conditions.
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