Adjectives For Detector

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

Updated on March 16, 2024

Choosing the right adjective to describe a detector can subtly change its perceived function or sensitivity. A sensitive detector implies high precision, able to pick up the faintest signals. The term crystal hints at a device with specific, refined detection capabilities, often linked to clarity and precision. Second and single might refer to the detector's rank or uniqueness in a series or setup, suggesting its importance or specialization. Mentioning a ray or thermal detector immediately sets expectations for the type of phenomena it is designed to detect, highlighting the device's operating principle. Each adjective unlocks a dimension of understanding, inviting us to explore the full spectrum of descriptors and their implications.

sensitive	The sensor has a sensitive detector
crystal	The crystal detector was used to listen to distant radio broadcasts in the early days of radio
second	The property of the second detector depends on the first one.
single	The single detector was able to detect the presence of the virus.
ray	The ray detector accurately captured the source of the radiation.
thermal	The thermal detector can accurately measure the temperature of an object.
linear	The linear detector captured the image.
infrared	The infrared detector was able to detect the heat signature of the animal.
magnetic	The magnetic detector picked up a faint signal from the buried treasure.
optical	The optical detector is used to sense the presence of light.
null	The null detector indicated that the measured voltage level was extremely low.
ideal	The ideal detector would provide an unbiased, precise, and accurate measurement of the analyte concentration.
simple	The simple detector offers a convenient and cost-effective solution for basic smoke detection.
selective	The selective detector would only respond to specific molecules that matched a defined signature.
solid	The solid detector recorded the radiation levels.

ultrasonic	The ultrasonic detector can accurately locate the position of defects in the component.
electronic	The electronic detector registered a spike in radiation levels.
light	The light detector sensed the change in illumination.
electrochemical	The electrochemical detector sensed a difference in voltage between the reference electrode and the working electrode.
synchronous	The synchronous detector is used to extract the desired signal from a noisy background.
suitable
type	The type detector can identify the type of an object.
photometric	The device is equipped with a photometric detector
state	The state detector identified the location as California.
current	The current detector is a device used to detect the flow of electric current.
central	The central detector is responsible for monitoring the radioactivity of the area.
pyroelectric	The pyroelectric detector was used to measure the thermal radiation from the sun.
photoelectric	The photoelectric detector was used to measure the intensity of the light.
electrolytic	The electrolytic detector is a type of electrochemical gas sensor that detects the presence of a specific gas by measuring the change in electrical conductivity of an electrolyte.
conventional	Detection of biological particles traditionally heavily relies on conventional detector technologies.

typical	This typical detector was installed to monitor air quality.
coherent	The coherent detector used to be widely employed in the early days of radio engineering.
refractive	The refractive detector measured the sample's refractive index.
wave	The scientists used a wave detector to study the vibrations.
based	The geiger counter is a radiation based detector
universal	The universal detector can identify any type of chemical compound.
regenerative	A regenerative detector is a radio receiver circuit that uses positive feedback to increase the signal-to-noise ratio.
dimensional	The dimensional detector located the anomaly in the third dimension.
photo	The photo detector is a device that converts light into an electrical signal.
cooled	Tonight, the cooled detector will help us see what humans have never seen.
liquid	The liquid detector is used to detect the presence of liquids in a container.
digital	The doctors used a digital detector to increase the quality of the image.
portable	The portable detector was used to identify the source of the radiation.
standard	The standard detector indicated that the uranium was not of a high grade.
photoconductive	The photoconductive detector converts light into electrical signals.

ionization	The ionization detector is a type of gas detector that uses the principle of ionization.
differential	The differential detector is used to detect the phase shift between the two signals.
secondary	The secondary detector was used to verify the results of the primary detector.
optimal	The optimal detector was designed to minimize false positives while maximizing true positives.
nal
leak	The leak detector quickly identified the source of the gas leak.
appropriate	The appropriate detector was used to identify the chemical compound.
smoke	A smoke detector helps keep people safe by alerting them to a fire.
balanced	The balanced detector compares the phases of two signals and outputs a DC voltage proportional to the phase difference.
proportional	The proportional detector is a type of radiation detector that measures the amount of ionization produced by the radiation.
dual	The dual detector system should be able to identify and classify both the target and non-target materials.
automatic	The automatic detector identified the presence of the virus in the sample.
amperometric	The amperometric detector is used in liquid chromatography to measure the electrical current produced by the oxidation or reduction of the analyte.
sound	The sound detector could hear the faintest of noises.
peak	The peak detector monitors the amplitude of a signal and outputs a value proportional to the highest amplitude it has seen.

variable	The magnetometer is a variable detector that can accurately calculate the angle between the probe and the magnetic field.
line	The line detector scanned the area for any threats.
generalized	The generalized detector provides a way to detect a wide range of anomalies.
dispersive	The dispersive detector detected the different wavelengths of light.
filled	The filled detector was carefully calibrated by a skilled technician.
metal	The security guard used a metal detector to check the visitors for any weapons.
efficient	The new software has an efficient detector for breaking perimeter protections.
perfect	The perfect detector identified the faintest signals from the distant galaxy.
photovoltaic	The photovoltaic detector absorbs light and converts it into electrical energy.
annular	The annular detector provides a two-dimensional position-sensitive measurement of the radiation field.
collimated	The collimated detector was used to detect the beam's position.
wavelength	Scientists use a variety of instruments, including wavelength detectors, to study the universe.
nuclear	Scientists used a nuclear detector to measure the radiation levels in the area.
thermionic	The thermionic detector is a type of vacuum tube that uses the thermionic emission of electrons to detect radio waves.
inner	The inner detector of the LHC is a particle detector that tracks the trajectories of charged particles.

thin	The thin detector will allow us to see the small cracks.
multichannel	The multichannel detector can simultaneously measure multiple signals.
electrical	The electrical detector is used to detect the presence of electricity.
flat	The X-ray flat detector can achieve an imaging area of 40 cm × 40 cm.

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