Adsorption and desorption characteristics of dietary calcium supplement within SGD-alumina. Catalytic characteristics of SGD-alumina toward the synthesis of ethers prepared from alcohols and vinyl ethers. Development of electrochromic display based on the encapsulation of organic electrochromic molecules within SGD-alumina. Development of photochromic ceramic films based on the encapsulation of organic photochromic molecules within SGD-alumina. Adsorption and desorption characteristics of dietary calcium supplement within SGD-alumina.
Calcium supplementation is very important to a wide range of people.
Currently available calcium supplements exhibit poor absorption characteristics. Anita is performing fundamental thermodynamic and kinetic calcium ion adsorption and desorption studies with SGD-alumina. Earlier research has shown that we are able to drastically increase the photochemical selectivity of vitamin D production. However, the conversion rate for this process was quite low. The largest obstacle for higher conversions rates is the fact that the 7D acts as a self-filter of light energy.