Sentence examples for broad range of optical from inspiring English sources
The polymeric chromophore, poly(4-butoxycarbonylmethylurethane), p-4BCMU, has a diacetylene backbone that displays a broad range of optical properties directly attributed to its conformation.
Cadmium selenide (CdSe), one of the important II VI group semiconductors, has received significant interest in the field of optoelectronic applications due to its broad range of optical transmissions, excellent nonlinear optical properties, and quantum size effects [1 6].
Recently, Sun et al. [12] stressed that the theoretical foundations of a broad range of optical flow methods have changed little since the seminal work of Horn and Schunck [13].
Photonic structures incorporated in lepidopteran scales are responsible for a very broad range of optical effects: iridescence, narrow-band reflection, large solid-angle scattering, polarisation effects, additive colour mixing and more.
Y2O3 is a widely used host lattice in the phosphor field, owing to its excellent structure stability, chemical durability, and particularly its ability to accept a substantial amount of various trivalent rare-earth activators for a broad range of optical functionalities.
The broad range of optical properties encountered in small animals therefore makes the selection of gate-width a critical factor affecting the accuracy of the estimated optical properties.
One critical advantage of the MC model is that it can be used to evaluate a broad range of tissue optical characteristics efficiently.
Herein we provide an overview of a broad range of biosensing possibilities, from optical to electrochemical measurements; explore the various reported designs for adapters; and consider future opportunities for this technology in fields such as health diagnostics, safety & security, and environment monitoring.
These new materials have shown a broad range of novel and enhanced mechanical, optical, magnetic and electronic properties respect to those showed by their bulk analogues [2 5].
The hybrid platform offers sunlight-to-electricity conversion efficiency exceeding that imposed by the S Q limit on the corresponding PV cells across a broad range of bandgap energies, under low optical concentration (1 300 suns), operating temperatures in the range 900 1700 K, and in simple flat panel designs.
This data shows that these devices are functional for a broad range of microscopy experiments including sensitive optical trapping experiments.
