Sentence examples for sensitive chemical from inspiring English sources

Nanoplasmonic devices are among the most sensitive chemical sensors, with sensitivities reaching the single-molecule level.

High porosity and surface-to-volume ratio of nanostructured thin films fabricated by OAD can provide a great potential to be used for active layers of highly sensitive chemical sensors where the area of the chemically active surface is a critical factor determining the performance.

This RI sensitivity of LPG has been used to design a simple and highly sensitive chemical sensor to determine the concentration of Chloride (Cl) and Iron (Fe) ions present in the treated waste water effluent of sugar factories.

In contrast, SHAPE-Seq utilizes a more sensitive chemical probe, influenced by both secondary and tertiary RNA structure, to first chemically modify RNAs in vitro, followed by conversion to cDNA and sequencing as described above [ 19, 20, 148].

In almost every rock, at least tiny amounts of all metals can be detected by sensitive chemical analysis.

In a laboratory crowded with centrifuges, chemical hoods, and spectrophotometers, they and their team spend hours double-checking sensitive chemical assays for hormones produced by the hypothalamus and the testes, as well as the pituitary and adrenal glands.

Tobacco smoke contains carcinogens that can cause oxidative stress, affecting sensitive chemicals in our body responsible for pigment in skin and hair.

Many Pictorialists used alternative processes, such as gum bichromate a printing process that involves multiple layers of light sensitive chemicals on watercolor or printmaking paper, yielding a painterly quality to the image to develop their photographs, in response to the standardized route of printing that photography had taken with Kodak's burgeoning empire.

The other employs a magnetism-sensitive chemical reaction in their eyes, allowing them to "see" the Earth's magnetic field, probably as bright and dark spots superimposed on their visual fields, rather like the head-up display viewed by a fighter pilot.

Their innovation could lead to nanolasers, ultra-sensitive chemical detectors, or even a lens that could focus on details far tinier than the best lenses used today.

This paper gives an overview of the advantages and associated caveats of the most common sample handling methods in surface-sensitive chemical and biological sensing.