Sentence examples for prism configuration from inspiring English sources

For the pentagonal prism configuration, the nanogratings are on the four upward-facing surfaces except for the base and the sides (Fig. 4b).

SPR using a dove prism configuration combines advantages of portable SPR instruments, SPR imagers and research-grade SPR instruments in a unique platform.

Waveguide efficiency was measured at ca. 70.8% with a He Ne laser beam, coupled with an optical microscope objective into and out of the waveguiding layer via a double prism configuration.

Our system is able to achieve a wide solar tracking covering the whole-day movement of the Sun and a reflection loss below 4.4% with a Rayleigh's film for a quad-stacked prism configuration.

In its spacious glass optical viewfinder, the X10 uses an arrangement of 3 aspherical lenses plus a special 2 glass prism configuration to give the photographer a composition experience that is marked by superior brightness and superb field of view with its extra wide 20° viewing angle.

Lattice constants in the basal (001) plane were found: for 2H-MoS2 crystal with a trigonal prism configuration, it is 3.162 Å; for Li-MoS2 crystal with an octahedral configuration, 3.6 Å; and for MoS2 single layer with an octahedral configuration, 3.27 Å [11].

It has been found that Ln III) centers in the complexes adopt eight-coordinated and nine-coordinated modes with N1O7 and N2O7 donors to construct distorted triangular dodecahedral and tricapped trigonal prism configurations, respectively.

In this paper, various liquid prism configurations in terms of design (single, double, triple and quad-stacked prism arrays) as well as optical materials are considered and their impact on optical performance aspects such as solar beam steering, reflection losses and beam concentration is studied.

For the twin, the favoured structure is the "basal-on-prism" configuration, whereas risers in the tilt boundary resemble {1012} twin forms.

The most widely used plasmonic sensor structure consists of only one thin metal film deposited on the base of a glass prism (Kretschmann configuration) for which the surface plasmon polariton (SPP) is excited by the transverse magnetic (TM) light beam and the evanescent field is formed at the vicinity of metal film surface.

In this method, the biomaterial is immobilized on the surface of a metal-film-covered optical prism (ATR Kretschmann configuration), i.e. the same optical principle is applied as with SEIRAS.