Sentence examples for of high quantum from inspiring English sources
Development of high quantum efficiency photon detectors is needed for many low light level (LLL) applications.
The development of high quantum yield (QY) carbon dots (CDs) is a key requirement for applications.
The requirements of high quantum dot uniformity and narrow luminescence linewidth, which are often found in applications, set limits to the process temperature.
The operational lifetime of high quantum efficiency photocathodes in these guns is determined by the vacuum conditions, through phenomena such as chemical poisoning and ion back-bombardment.
Repair of PSII is dependent on time, metabolic state and environmental conditions and is a limiting factor for the re-establishment of high quantum yield and photosynthesis (Aro et al. 2005; Takahashi and Badger 2011).
Hence in the search for a theory of quantum mechanics it became a methodological requirement to Bohr that any further theory of the atom should predict values in domains of high quantum numbers that should be a close approximation to the values of classical physics.
Because of the high quantum yield of the labels, we have used a mix of labeled and unlabeled Aβ42 peptide, which henceforth will be referred to as A488-FAβ42 or IR680-FAβ42 for Alexa Fluor 488 dye and IRDye 680RD infrared dye, respectively.
Because of the high quantum efficiency of this process, there is a growing interest in their incorporation into biohybrid materials for solar energy conversion, bioelectronics and biosensing.
Ag3PO4 nanoparticles are often considered to be a fascinating and efficient visible photocatalyst because of its high quantum efficiency and excellent activity of O2 generation from water oxidation.
We chose quantum dots (QD) as the fluorescent contrast agent because of their high quantum yield, excellent photostability, and broad selection of functional groups for targeted imaging in the future.
The composites of metal phthalocyanines/carbon nanotubes [CNTs] have inspired considerable research interest because of their high quantum efficiency facilitated by the charge transfer between them and the complementary properties of the composites.
