Sentence examples for blue located from inspiring English sources

In order to improve the light reflectance efficiency and to decrease the overlay of tricolor output spectra of a color filter, based on dielectric thin film with nano-scale grating structure, three primary color filters (Red, Green and Blue) located at 635 nm, 530 nm and 455 nm are proposed.

An analysis of structural residue conservation revealed similar residue patterns in all OsALDHs, with the most variable surface residues (depicted in blue) located on the periphery and the conserved residues (depicted in purple) located in the core of the protein structures (Figure 4B, Figures S1B, S2B, S3B, S4B, S5B, S6B, S7B, S8B, S9B, S10B, S11B, S12B, and S13B).

Choose a secondary color, such as the blue located next to grassy green and bright purple.

The quadrants in blue locate data sets with high fingerprint-based diversity but low scaffold diversity.

(b ) In the dark (blue), Gln365 located on Jα forms hydrogen bonds with the carbonyl and amine group of Cys316, which are broken upon illumination (wheat) and results in undocking of Jα from the LOV β-sheet.

All image fields that passed the inclusion criteria (see Patients and Methods) were processed with a pixel classifier that discriminated the blue ISH signal (B), the red nuclear stain (R), the blue signal located over red nuclear stain (P) and all other tissue structures (see Figures 1C and F).

Until it was discontinued 10 years ago, Kmart was known for the blue light located outside every store that flashed every hour signaling a 20-minute bargain-hunting frenzy for selected top-brand products at deep discount.

As shown in Figure 3a, with a forward bias of 10 V, a blue emission located at 430 nm was observed.

Figure 3a shows two absorption peaks (blue shift) located approximately at 312 315 and 398 402 nm, respectively, which are attributed to the π π* and n π* transitions, corresponding to C=O of the HEMA and DEGDMA.

The room-temperature photoluminescence (PL) measurement of this nanoscaled Ga-doped In2O3 transparent conducting oxide (TCO) detected two blue peaks located at 432 nm and 481 nm, respectively, which can be used by Ru-based dye and indicates potential application in dye-sensitized solar cells (DSSCs).

This blue emission located at 456 nm most likely derives from electronic transition from the donor level of Zn interstitial to acceptor energy level of Zn vacancy according to Sun's calculation by full-potential linear muffin-tin orbital method [25 27].