Sentence examples for metals can form from inspiring English sources

Recent workers [36 55] have shown that many trace metals can form strong complexes with natural organic ligands.

Thus, metals can form a complex simultaneously with the cotton in one site by keeping the dye (tannin, flavonoids) on the other site.

It's known that the migration of many heavy metals occurs in a suspended state and at the same time, most of metals (firstly di- and trivalent metals) can form dissolved organic complexes with humic and fulvic acids (Kondrateva et al. 2011; Linnik and Nabivanec 1986; Ostrovskaya et al. 2008; Sieliechi et al. 2012; Wang-Wang et al. 2014).

The goal of the design was to use metal binding to improve the computational design of protein protein interfaces, because metals can form stronger interactions with certain residues than simple protein protein hydrogen bonds or van der Waals contacts.

There also is a possibility that metals can form complexes with derivatives of ascorbic acid, such as ascorbate-2-sulfate, 2- O-β -glucuronide, and 2- O-α -glucoside that have been found in mammalian cells (Davey et al. 2000), and ascorbate-6-phosphate, which has been found in bacteria (Zhang et al. 2003) but has not yet been detected in mammalian cells.

The metal can form soft metallic contacts for gently probing the electrical properties of thin films, quantum dots, and self-assembled monolayers.

Meanwhile, to date, no appropriate contact metal can form ohmic contact with MoS2, resulting in the formation of Schottky barrier at MoS2-metal interface.

Hence, one molecule of metal can form a bond with two or more molecules of dye and fiber simultaneously according to their co-ordination numbers.

Our previous study indicated that a divalent metal can form complex with lignosulfoante to reduce its affinity to cellulase [ 18].

Absorption from the gut depends largely on pH and the presence of complexing ligands, particularly carboxylic acids, with which the metal can form absorbable neutral aluminum species.

Second, nanocrystalline aluminum alloy is designed to have elements such as Mn, Zr, and Misch metals, which can form thermally stable second phases at grain boundaries and also drag the movement of grain boundaries.