To elucidate a number of conformational and structural problems in studying solutions of the optically active
cellulose derivatives, the ORD proved to be a very useful method [8, 9].
Because existing polarimeters have performance limitations, Georgia Tech researchers are working to develop a more sensitive polarimeter that has the ability to detect smaller concentrations of optically active
of Bologna, Italy) perceived a gap in coverage pertaining to a recent and important application in connection with the synthesis of asymmetric, optically active
Thus, optically active
phosphines have been widely used as chiral ligands for transition metalcatalyzed asymmetric reactions.
The resulting biomaterial could be used to make optically active
structures, such as optical diffusers for solar panels.
The technique has been widely recognized as a strategy to prepare desired organic molecules in their optically active
forms, but the homogeneous version has received the lion's share of attention and acclaim until recently.
Sherwin-Williams protective & Marine Coatings has announced that its Opti-check[TM] Optically Active
Pigments (OAP) will be available in a variety of protective and marine coatings products.
Jess then went on to offer optically active
additive (OAA) pigments as a possible solution for complying with IMO's inspection criteria, which can be a challenging task to undertake.
Polymers with optically active
properties have found interesting applications such as chiral phase for enantiomeric separations in chromatography methods or chiral media for asymmetric synthesis [5-10].
Gold nanoparticles also are more biocompatible than other types of optically active
This has led to an important new concept in solid state chemistry, that of the ionic chiral auxiliary, whereby the enantioselectivity of a chemical reaction of an organic ion (for example, a carboxylate anion) in the crystalline state can be controlled by the presence of an optically active
Thin layers of metallic phosphides containing indium, aluminum, and gallium make up the optically active
region, which determines the wavelength of the resulting beam.