multilayer reflector

USAGE SUMMARY

The phrase "multilayer reflector" is correct and usable in written English.
It can be used in contexts related to optics, materials science, or engineering, where a reflector made of multiple layers is being discussed. Example: "The new design features a multilayer reflector that enhances light efficiency in solar panels."

✓ Grammatically correct

Science

Encyclopedias

Human-verified examples from authoritative sources

Exact Expressions

9 human-written examples

Working with crayfish eyes, German neurobiologist Klaus Vogt found that these unpromising jelly boxes were silvered with a multilayer reflector coating.

Encyclopedia Britannica

Traditional periodic multilayer reflector working in the soft X-ray region should be placed at the designed incidence angle and wavelength, which is extremely difficult and complicate in practice especially for "near water window region" (4.43 6.50 nm).

Optics Communications

In this paper, to overcome the shortcoming of the periodic structure, top-flat broad band (normal incidence) and broad angular (around quasi-Brewster angle) Cr/C non-periodic multilayer reflector have been designed for the 4.48 nm soft X-ray optical system.

Optics Communications

Derived conditions might include the structure of the retinula or R-cells, described as 'pseudoinverted' [ 48], and the presence of a tapetum lucidum (guanine multilayer reflector).

BMC Biology

Periodic Structures: The simplest PhC structure is a 1D multilayer reflector, a stack of two alternating materials having different optical parameters.

Advanced Materials

Under very particular combinations of the refractive indices and thicknesses of its two components, a multilayer reflector can exhibit greatly reduced angular dependence [ 33].

BMC Biology

Human-verified similar examples from authoritative sources

Similar Expressions

50 human-written examples

Related sites Andrew Parker's research More on multilayer reflectors A primer on iridescence Derek Briggs's research (now at Yale).

Science Magazine

Iridescent color can also arise from surfaces called multilayer reflectors, which are found on some butterfly wings, bird feathers, and beetle carapaces.

Science Magazine

Multilayer reflectors, diffraction gratings, liquid crystals and structures that scatter light devices explained using "simple" optical theory—have been found in animals with a diversity of designs.

Optics & Laser Technology

Intrinsic self-assembly, and higher-order assembly tightly modulated by aromatic compounds, provide insights into the formation of multilayer reflectors in iridophores and spherical microparticles in leucophores and may form the basis of structural color change in cephalopods.

Current Biology

221, 222 For example, the squid species Loligo pealeii uses protein-based multilayer reflectors.

Advanced Materials

Expert writing Tips

Best practice

When describing optical devices, ensure you specify the wavelength range for which the "multilayer reflector" is designed, as its performance is highly dependent on the wavelength.

Common error

Avoid using the term "multilayer reflector" without specifying its intended application or the materials used. The term is broad, and its effectiveness varies greatly depending on these factors.

Linguistic Context

The phrase "multilayer reflector" functions as a noun phrase, typically serving as the subject or object of a sentence. It identifies a specific type of optical component. As Ludwig AI suggests, it is mainly used in science.

Expression frequency: Uncommon

Frequent in

Science

80%

Encyclopedias

10%

News & Media

3%

Less common in

Formal & Business

2%

Wiki

0%

Reference

0%

Ludwig's WRAP-UP

In summary, "multilayer reflector" is a noun phrase predominantly used in scientific and technical contexts to describe optical devices with layered structures designed for reflection. Ludwig AI confirms its correctness and applicability in these domains. While not exceptionally common, its usage is consistent within fields like optics, materials science, and biology. Related terms include "layered reflector" and "interference reflector". When using this phrase, be sure to specify its application and materials. Its high source quality and grammatical correctness contribute to a strong expert rating.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

layered reflector

Emphasizes the layered structure of the reflector, providing a more general description.

multi-layered mirror

A simple variation using 'mirror' instead of 'reflector', maintaining the core meaning.

thin-film reflector

Highlights the thin-film nature of the layers, suitable when the thickness is a key aspect.

interference reflector

Focuses on the principle of interference that contributes to the reflection properties.

dichroic mirror

Implies a reflector that selectively reflects certain wavelengths of light while transmitting others.

bragg mirror

Specific type of multilayer reflector designed to reflect a narrow range of wavelengths.

periodic reflector

Highlights the repeating pattern of layers within the reflector structure.

multi-stack reflector

Uses 'stack' to describe the arrangement of layers.

laminated reflector

Highlights the process of lamination in creating the reflector.

optical multilayer

More concise phrase to describe an optical element with multilayer properties.

FAQs

How does a "multilayer reflector" work?

A "multilayer reflector" works by using multiple thin layers of different materials to create constructive interference for specific wavelengths of light, resulting in high reflectivity for those wavelengths. The thickness and refractive indices of the layers are carefully controlled to achieve the desired reflection properties.

What are some applications of "multilayer reflectors"?

"Multilayer reflectors" are used in a variety of applications, including "optical coatings", "solar cells", "X-ray optics", and in the iridescence of some biological structures, such as butterfly wings.

What materials are typically used to create "multilayer reflectors"?

The materials used to create "multilayer reflectors" depend on the wavelength range of interest. Common materials include dielectrics like silicon dioxide and titanium dioxide for visible light, and combinations of metals and dielectrics for "extreme ultraviolet" or "X-ray radiation".

What are the advantages of using a "multilayer reflector" compared to a single-layer reflector?

"Multilayer reflectors" can achieve much higher reflectivity than single-layer reflectors, especially for specific wavelengths. They also allow for greater control over the spectral properties of the reflected light, enabling the creation of "narrowband reflectors" or "broadband reflectors".