Adjectives for Infrared

Adjectives For Infrared

Discover the most popular adjectives for describing infrared, complete with example sentences to guide your usage.

Updated on March 16, 2024

Exploring the nuances of 'infrared' through its adjectives unveils a spectrum of meanings and applications. From 'near infrared,' which teeters on the edge of the visible spectrum, to 'far infrared,' known for its thermal imaging prowess, each adjective adds a layer of specificity and context. 'Thermal infrared' highlights its capability to detect temperature differences, essential in various technologies. Meanwhile, 'visible infrared' challenges the limits of human perception, and 'middle infrared' finds its niche in specialized observations. Lastly, 'passive infrared' sensors, crucial in security systems, emphasize the diversity in functionality. As adjectives continue to color 'infrared' with different shades of meaning, dive deeper to discover the full spectrum of possibilities.
nearThe near infrared light is invisible to the human eye.
farThe far infrared light can penetrate deep into the skin, promoting blood circulation and metabolism.
thermalThe thermal infrared camera can detect objects at night.
visibleThe visible infrared window is from 700 nanometers to 1 millimeter.
middleThe middle infrared region of the electromagnetic spectrum lies between the near infrared and the far infrared.
passiveThe passive infrared sensor detected movement in the room.
looking
waveThe wave infrared sensor detects the heat of moving objects.
midThe mid infrared is a region of the electromagnetic spectrum with wavelengths longer than near infrared and shorter than far infrared.
invisibleThe invisible infrared waves emitted by the remote control were detected by the receiver.
redThe red infrared light helped to reduce inflammation.
nondispersiveThis nondispersive infrared spectrometer is used to measure carbon dioxide.
wavelengthThe wavelength infrared is the region of the electromagnetic spectrum with wavelengths between 700 nanometers and 1 millimeter.
photographicAfter taking the photographic infrared I realized that I had left the lens cap on.
shortwaveWe used a shortwave infrared camera to detect the hot spots.}
opticalThe optical infrared sensor provided navigation capabilities.
solarThe solar infrared spectrum is a narrow band of the electromagnetic spectrum.
longerThe prism focuses longer infrared light than it does blue.
fourierThe fourier infrared (FTIR) spectrum of the sample was recorded on a Bruker Alpha spectrometer.
deepThe deep infrared glow of the starship's engine could be seen from miles away.
activeThe active infrared seekers are highly effective at detecting and tracking targets.
extremeThe extreme infrared can penetrate deep into the skin, making it useful for medical treatments.
dispersiveWith a dispersive infrared detector, you are only limited by sampling speed, making the unit versatile.
digitalThe digital infrared image clearly shows the broken weld.
greenThe green infrared light illuminated the dark room.
reflectiveThe reflective infrared sensor detected the presence of a warm object.
colorThe color infrared camera captured stunning images of the landscape.
observedThe astronomers observed infrared light coming from the distant galaxy.
polarizedPolarized infrared light is used in a variety of applications, including remote sensing, spectroscopy, and imaging.
conventionalThe conventional infrared camera only captures a two-dimensional image.
simultaneousThe simultaneous infrared and radar images showed the extent of the storm.
wirelessThe wireless infrared headphones provide a comfortable and immersive audio experience.
characteristicThe characteristic infrared spectrum was obtained from the orange coating.
diffuseThe diffuse infrared radiation from the galaxy was measured with a photometer.
intermediateThe intermediate infrared lies between the near and far infrared regions of the electromagnetic spectrum.
tunablePhotonic integration with tunable infrared metasurfaces could enable low-power, chip-scale, and broadband light sources.
intense
micronThe micron infrared radiation is utilized to verify the bonding condition.
pulsedThe pulsed infrared laser beam was focused onto the sample.
outgoingThe outgoing infrared radiation is measured by the thermal imager.
dimensionalThe laser beam has a special property called dimensional infrared
range
longestThe longest infrared waves have a wavelength of about 1 millimeter.
vibrationalThe vibrational infrared spectrum of the molecule was measured.
sophisticatedThe sophisticated infrared technology allowed us to detect heat signatures from miles away.
atmosphericThe atmospheric infrared window allows the transmission of longwave radiation.
shorterThe shorter infrared waves generate heat.
modulatedThe modulated infrared light penetrates the skin and stimulates the production of collagen and elastin.
combinedThis combined infrared of the spiral galaxy Messier 81 reveals a complex network of star-forming regions
identicalThe two objects have identical infrared signatures.
unidentifiedThe unidentified infrared signal originated from a nearby star system.
emissiveThe emissive infrared spectrum of the supernova was analyzed to determine its temperature.
airborneThe airborne infrared sensors detected the heat signature of the target.
heatThe heat infrared is used to detect the temperature of an object.
actinic
satelliteThe satellite infrared data provides information about temperatures for a given area.

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