Examples of 'terahertz radiation' in a sentence
Meaning of "terahertz radiation"
terahertz radiation: This term refers to electromagnetic radiation with frequencies between those of microwaves and infrared light, often used in scientific research and technology
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- Electromagnetic waves with frequencies around one terahertz.
- Especially electromagnetic waves in the range 0.1-30 THz (or subranges there of, see T-rays or T-waves).
- submillimeter wave radiation
How to use "terahertz radiation" in a sentence
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terahertz radiation
Terahertz radiation is also safe for living organisms.
This changing electrical polarization emits terahertz radiation.
Terahertz radiation device for reading closed books.
The public are less aware of the effects of terahertz radiation.
Terahertz radiation could help us read closed books.
An optical comb generator can be used as generators of terahertz radiation.
Terahertz radiation is sometimes called far infrared radiation.
Detectors designed for a detection in a terahertz radiation range have been described.
A terahertz radiation generator.
There exist many different types of terahertz radiation detection methods.
Terahertz radiation is a region of the spectrum between far infrared and microwaves.
Resonant cavity is thus obtained for the terahertz radiation to be detected.
The evidence that terahertz radiation damages biological systems is mixed.
This flow meter can be coupled to said zone sensitive to terahertz radiation.
Parametric terahertz radiation generation.
See also
The reference zone is therefore not sensitive to the terahertz radiation in this embodiment.
Terahertz radiation constitutes a spectral range intermediate between microwaves and infrared.
Spatial distribution of the power of the terahertz radiation received at the converter is determined.
Terahertz radiation can also detect differences in water content and density of a tissue.
Resonant cavity is thus obtained for the terahertz radiation which is the object of detection.
Terahertz radiation occupies a middle ground between microwaves and infrared light waves.
Direct detection methods provide a signal which is representative of the intensity of the terahertz radiation.
Sensor of the modulated terahertz radiation returned by the object such as previously defined.
The detector thus obtained thus finally has a very low sensitivity to terahertz radiation.
Observing terahertz radiation from the ground is like trying to see stars on a cloudy night.
Determining the wall thickness or layer thickness from the detected reflected terahertz radiation.
Reflecting the terahertz radiation on the test object ;.
In a variant, it is possible to generate continuous terahertz radiation.
Source of a terahertz radiation modulated by a signal at a modulation frequency ; and.
System for calculation of material properties using reflection terahertz radiation and an external reference structure.
Terahertz Tomography, This relatively new, experimental technique involves sectional imaging using terahertz radiation.
Detecting the reflected terahertz radiation by use of the receiver ;.
It was engaged in submillimetre astronomy, of the terahertz radiation band.
Another application is as a terahertz radiation source as it is a strong photo-Dember emitter.
For years, scientists have dismissed terahertz radiation.
In a variant, continuous terahertz radiation can be detected with the help of a bolometer.
It is thus necessary to “ process ” the infrared radiation to detect the terahertz radiation.
The sensor of the modulated terahertz radiation returned by the object of claim 1.
Yet, the interaction achieved is below the dimensions of the terahertz radiation wave.
In an alternative embodiment, the incident terahertz radiation 2 can be a guided wave or a surface wave.
The incredible speed comes in the form of T-rays of terahertz radiation.
Like microwave radiation, terahertz radiation can penetrate a wide variety of non-conducting materials.
Engineers demonstrate first room-temperature semiconductor source of coherent terahertz radiation Physorg . com.
Like infrared and microwave radiation, terahertz radiation travels in a line of sight and is non-ionizing.
Hence, the system of Figure 9 provided a relatively simple and robust means for generating terahertz radiation.
Scientists detected these processes by analyzing the terahertz radiation ( red streaks ) the processes released.
In this example, a terahertz detector 1 according to the invention is illuminated by incident terahertz radiation 2.
Thus, in some configurations, the terahertz radiation can not be precisely synchronised with the sensor pulses.
DETAILED DESCRIPTION Referring to Figure 1, a system 10 for interpreting terahertz radiation is shown.
What is it? A terahertz radiation generator.
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