The phrase "a reflector in a" is correct and usable in written English.
It can be used in contexts where you are describing an object or concept that involves a reflector as part of a larger system or item.
Example: "The engineer designed a reflector in a new type of solar panel to enhance energy efficiency."
Alternatives: "a reflector within a" or "a reflector inside a".
Grass was found to be a poor reflector in the a-Si H spectra-Si Hponspectral with a spectresponsesponsive albedo of 0.08–0.07 as cloud optical thickness incranged from 0 to 150, witheaspectrallya good responsivewith albedotively cofstant spectrally responsive albedo of 0.08 0.07loud opticas thiclouds increased froptical 150.
Every time a beam encounters a reflector, in fact, it splits into a set of subbeams, each corresponding to a different planar region of that reflector or of some other reflector.
We interpreted the shallower reflector as the Moho discontinuity and the deeper one as a reflector in the uppermost mantle, 5 to 10 km below the Moho discontinuity. Figure 10 Vertical record sections and estimated position of a velocity discontinuity.
Theoretical analysis of angle gathers in downward continuation methods can be reduced to analyzing the geometry of reflection in the simple case of a dipping reflector in a locally homogeneous medium.
This converter consists of two high efficient channel drop filters with a coupled cavity-based wavelength selective reflector in a 2D photonic crystal with total length of 15.87 μm.
For now, Li says FAST operators will use their working actuators to hold part of the reflector in a parabola, point it at the sky, and simply catch whatever signals they can as Earth rotates.
This would have used the principle of the parabolic reflector in a manner similar to a solar furnace.
(Huron County Coroner Jeff Harwood told the Reflector in a separate interview that while the heart was "in pretty good condition," it "had an odor of decomposition to it").
In 1845 Lord Rosse constructed in Ireland a reflector with a 185-cm (73-inch) mirror and a focal length of about 16 metres (52 feet).
Now, in another demonstration of subatomic nimbleness, scientists have created a kind of quantum reflector, in which an atom placed in one location appears as a ghostly presence in another.
