Sentence examples for catalyst quantum from inspiring English sources

The Catalyst staff include the experienced presenter Graham Phillips, who has been a reporter on the ABC science programs Catalyst, Quantum and Hot Chips, and Jonica Newby, who has twice won Australia's premier science journalism prize, the Australian Museum Eureka prize for science journalism.

It is reported that from nanostructured membranes to selective photo catalysts and quantum sized sensors, nanotechnology has the potential to monitor and clean the environment in ways unmatched by macro technology.

Under visible-light irradiation (λ>420 nm, 1 sun), suspensions of ligand-capped cadmium sulfide nanocrystals in formic acid/sodium formate release up to 116±14 mmol H2 gcat−1 h−1 with >99%% selectivity when combined with a cobalt co-catalyst; the quantum yield at λ=460 nm was 21.2±2.7%%.

An original and novel assay system with urease as a catalyst and CdSe/ZnS quantum dots (QDs) as an indicator has been developed for quantitative analysis of urea.

This inconsistency was attributed to possible factors such as a chemical effect (acts as catalyst between interacting molecules), quantum effect and the use of dielectric constants for the bulk metal instead of the NPs' size-dependent values (Kawabata and Kubo 1966; Kreibig and Genzel 1985).

Growth mechanism of junctions of vertical carbon nanotubes (CNTs) growing from graphene in the presence of iron nanoparticles as catalysts was simulated using quantum mechanical molecular dynamics methods.

For example, by selecting certain size of gold seed (catalyst) particle, one can control quantum dot diameter with nanometer precision [5] and obtain well-defined, cylindrical shape of the quantum dot.

The use of TiO2 electrodes may solve the two main drawbacks of photocatalytic processes: i) the necessity of recovering the catalyst and ii) the low quantum yield in the use of the radiation.

Recent studies have been directed toward using graphite nanoplatelets (GNPs) and graphene as a substrate to support nanostructures (e.g., quantum dots, metal catalysts, magnetic nanoparticles, etc).

However, the quantum efficiency of the catalyst is only 0.1% with the irradiation of 420 460 nm due to its fast recombination of electron hole pairs.

In this contribution, a novel method for TMS solvent selection based on quantum chemical predictions of catalyst solubility and phase equilibrium is presented.