Sentence examples for basis of separation from inspiring English sources

Besides differing in charge, proteins also differ in size, and this latter property can be used as the basis of separation.

"The basis of separation is not ethnic since Israeli Arabs and Jerusalem residents with Israeli ID cards can use the road," argues Dore Gold, president of the Jerusalem Center for Public Affairs, a conservative research organization.

Organic Hg compounds may be quantified on the basis of separation techniques (e.g., GC, HPLC) with a sensitive detector (e.g., ECD, CV-AAS, ICP-MS).

The Butler Act was finally dismissed in 1968 when it was declared unconstitutional by the U.S. Supreme Court on the basis of separation of church and state (Freeman and Herron 2007).

When testing the method, we were able to purify Escherichia coli ribosomes using the same conditions (data not shown); if QA interacting with the phosphate backbone of nucleic acids is indeed the basis of separation, we see no reason why this technique could not be applicable to a broad spectrum of organisms.

This concept is, in fact, the basis of separation of solution components by using equilibrium dialysis.

As the name implies, the process separates ions; the basis of the separation is the varying attraction of different ions in a solution to oppositely charged sites on a finely divided, insoluble substance (the ion exchanger, usually a synthetic resin).

An alternative method is to separate on the basis of phase separation.

Motion of particles in fluids is the basis of all separation processes and the design of the separation equipment is based on enhancing or manipulating the relative motion.

We remark that a comparison of the PL in two human body models purely on the basis of the separation distance is not straightforward: for the same separation in Duke and Fats, the endoscopy capsule in Fats can be horizontally aligned with the dipole outside the human body and, thus, no misalignment loss is present.

The discovery of chromatography, however, is generally attributed to the Russian botanist Mikhail S. Tsvet (also spelled Tswett), because in 1901 he recognized the physicochemical basis of the separation and applied it in a rational and organized way to the separation of plant pigments, particularly the carotenoids and the chlorophylls.