Sentence examples for mirrors based on from inspiring English sources
A simple table-top model using plane mirrors based on this architecture has been shown in this manuscript.
With the introduction of high-reflectivity end mirrors based on bonded epitaxial AlGaAs DBRs, we have demonstrated unprecedentedly low Brownian noise in high-reflectivity multilayer optical coatings.
This work analyzed the refractive and reflective properties of lens and mirrors based on various conic sections and substantially developed Johannes Kepler's theory of the telescope.
This paper describes the preparation and characterization of unimorph actuators for deformable mirrors, based on Pb(Zr0.52Ti0.48 O3 (PZT52) thin film.
In November the gallery showed some of his "Easyfun" series, a dozen large tinted mirrors based on generic cartoon animals, including a sheep, a donkey, a bear, a kangaroo and a cow.
Building on advancements in semiconductor lasers18, quantum optomechanics19 and microfabrication20, in this Article we demonstrate low-loss mirrors based on substrate-transferred epitaxial multilayers, which exhibit both unprecedentedly low mechanical loss and high optical quality, enabling an order of magnitude reduction in coating Brownian noise.
This is consistent with the role of sensorimotor cortex as a critical region for mirroring based on its common output path role in motor and simulation-based representations.
It consists of a single mirror based on linear electromagnetic actuators.
In an e-mail interview, Mr. Morgan struck back at that allegation and other suggestions by members of Parliament and a widely read political blog that his reporters had landed scoops at The Daily Mirror based on phone hacking.
The all-solid-state switchable mirror based on magnesium nickel thin film was fabricated on the flexible sheet of polyethylene terephthalate (PET) to reduce process cost and make handling easy for practical application of smart window.
The proposed current mirror based on QFGMOS has a current range up to 500 μA with offset of 2.2 nA, input resistance of 235 Ω, output resistance of 117 kΩ, current transfer ratio of 0.98, dissipates 0.83 mW power and exhibits bandwidth of 656 MHz which increases to 1.52 GHz with resistive compensation.
