1 results match your criteria: "University of Connecticut USA Miriamleffler1066@gmail.com anne.mirich@uconn.edu jare.fee@uconn.edu seth.march@uconn.edu steven.suib@uconn.edu.[Affiliation]"
Article Synopsis
- Below 28 nm in diameter, the surface structure of anatase titania changes, affecting bond lengths and lattice parameters alongside a shift in point of zero charge (PZC) towards lower pH values.
- The study aimed to correlate the structural changes of titania with the decrease in PZC values as particle size shrinks, using a method that controlled other variables.
- The findings revealed two distinct regions: Region I (above 29 nm diameter) where PZC stays constant, and Region II (below 29 nm) where PZC decreases linearly due to changes in band gap, lattice parameters, and ionic content.