Sentence examples for metals that react from inspiring English sources

We first discuss the titration approach for the measurement of metal organic ligand complexes for metals that react directly at the Hg electrode (ASV experiment).

The second type of voltammetry method involves the breakdown of the actual complex in situ and is termed pseudovoltammetry, [45 48] which is useful for metals that react at the electrode directly.

The titration experiments include (1) anodic stripping voltammetry[2] (ASV), which is useful for metals that react at the electrode directly (Cu2+, Zn2+, Cd2+, Pb2+), and (2) cathodic stripping voltammetry/competitive ligand exchange[3, 8, 9] (CSV-CLE) which is useful for metals that do not react at the electrode directly but have a metal ligand complex that does (Fe3+, Co2+).

For Pd and other metals that react by polar, two-electron mechanisms, sec-alkylmetallic reagents are typically slower than their n-alkyl or C sp -hybridized C sp -hybridizedundergo transmetalation.

In bulk quantities, hassium is expected to be a silvery metal that reacts readily with oxygen in the air, forming a volatile tetroxide.

Lead readily forms an equimolar alloy with sodium metal that reacts with alkyl halides to form organometallic compounds of lead such as tetraethyllead.

Using various technologies, from metal oxides that react differently to the components of a smell to graphite sensors that swell after absorbing certain vapors, the electronic nose records a pattern and stores it in a computer memory.

Mercury II) salts are a rare example of simple metal complexes that react directly with aromatic rings.

The cycling profile showed no concentration polarization after a break-in period during the first few cycles, which was apparently due to reaction of the solvent at the lithium metal surface that reacted with lithium metal to form a stable SEI layer.

Oxygen-generating compositions typically include alkali metal chlorate or perchlorate that decomposes at increased temperatures, a transition-metal oxide as a decomposition catalyst, and a metal fuel that reacts with part of the produced oxygen to provide heat for a self-sustained propagation of the decomposition/combustion wave.

Lithium nitride (Li3N), the only stable alkali metal nitride that reacts readily with CO2, has been proposed to use as a means to break down CO2.