Adjectives For Sensors
Discover the most popular adjectives for describing sensors, complete with example sentences to guide your usage.
Updated on March 16, 2024
Choosing the right adjectives to describe sensors can immensely impact the understanding and appreciation of their capabilities and applications. Whether illustrating the precision of optical sensors in medical devices, the depth of infrared sensors in security systems, or the versatility of electronic-based sensors in smartphones, each adjective unlocks a different facet of sensor technology. The nuanced use of adjectives such as optic, different, and based further refines how we perceive sensors' integration and functionality within various fields. Dive deeper into how each adjective reveals unique characteristics of sensors and broadens our understanding of their essential roles in technology.
| optical | Advanced robots may utilize optical sensors to navigate accurately. |
| optic | Optic sensors are used in a wide range of applications, including medical imaging, machine vision, and automotive safety systems. |
| infrared | The infrared sensors detect objects based on the heat they emit. |
| different | The self-driving car navigated the busy city using its different sensors |
| electronic | The electronic sensors in the car detected the oncoming traffic. |
| based | The system continuously collects data based sensors |
| multiple | The robot utilizes multiple sensors to navigate its environment. |
| various | We used various sensors to collect data about the environment. |
| remote | Remote sensors collect data from various locations and transmit it to a central system for analysis and processing. |
| magnetic | The magnetic sensors detected a slight change in the Earth's magnetic field. |
| active | The robot's active sensors detected the presence of a human. |
| passive | The ultrasonic sensors use passive sensors to detect objects. |
| ultrasonic | Ultrasonic sensors provide accurate distance measurements even in harsh environments. |
| electrochemical | Electrochemical sensors are devices that use electrochemical reactions to detect and quantify the presence of specific analytes in a sample. |
| smart | Smart sensors are an essential component of the IoT infrastructure. |
| tactile | The tactile sensors allow the robot to sense its surroundings and interact with objects. |
| current | Electricians used current sensors to pinpoint the faulty circuit. |
| acoustic | The team used acoustic sensors to monitor the underwater environment. |
| individual | The individual sensors monitored the temperature and humidity of the environment. |
| additional | The surveyor added two additional sensors to the data collection device. |
| piezoelectric | Piezoelectric sensors convert pressure into an electrical signal. |
| thermal | Thermal sensors detect changes in temperature by using the thermoelectric effect. |
| sensitive | The robotic vacuum cleaner uses sensitive sensors to avoid obstacles. |
| external | The external sensors detected a change in the environment. |
| capacitive | Capacitive sensors measure changes in the electrical field caused by the presence of a target object. |
| integrated | We utilize integrated sensors to enhance user experience with real-time data collection. |
| inertial | The inertial sensors measure acceleration and angular velocity of the system. |
| internal | The company is developing internal sensors to monitor employee health. |
| state | The state sensors accurately measured the temperature and humidity levels. |
| digital | This device is embedded with advanced digital sensors to accurately track your fitness progress. |
| available | The available sensors are temperature, humidity, and pressure. |
| visual | Cars have visual sensors to aid the drivers. |
| type | The type sensors detected the presence of a foreign object. |
| intelligent | Intelligent sensors provide real-time data to optimize processes and enhance efficiency. |
| conventional | Conventional sensors have low spatial resolution and cannot measure fine-scale variations in the environment. |
| mechanical | The mechanical sensors detected a slight vibration in the structure. |
| wireless | Wireless sensors are used to monitor temperature, humidity, and other environmental factors. |
| potentiometric | Potentiometric sensors play a crucial role in the detection and measurement of specific ions in various solutions. |
| sophisticated | The team's sophisticated sensors revealed the true extent of the damage, making targeted repairs possible. |
| appropriate | The appropriate sensors were used to obtain accurate and reliable data. |
| electrical | Electrical sensors can detect changes in voltage, current, or resistance. |
| photoelectric | The photoelectric sensors were used to detect the presence of objects. |
| inductive | The inductive sensors detected the presence of metal objects nearby. |
| line | The factory uses line sensors to detect defects in the production line. |
| advanced | The self-driving car is equipped with advanced sensors to navigate its surroundings. |
| red | The red sensors detected a change in the environment. |
| light | The light sensors in the room are very sensitive. |
| environmental | Environmental sensors are used to collect data about various environmental conditions. |
| airborne | Airborne sensors monitor the environment from the air. |
| amperometric | Amperometric sensors can be used to measure the concentration of a substance in a solution by measuring the current that flows between two electrodes. |
| biological | Scientists are developing biological sensors to detect the presence of harmful substances. |
| solid | The solid sensors detected the slightest vibration. |
| interferometric | The interferometric sensors can precisely detect small changes in distance or refractive index. |
| range | The self-driving car used range sensors to navigate the road. |
| seismic | The seismic sensors detected a faint tremor. |
| resistive | The resistive sensors detected a slight change in pressure. |
| commercial | Commercial sensors are widely used for monitoring industrial processes, environmental conditions, and medical diagnostics. |
| electromagnetic | Electromagnetic sensors were used to detect the presence of metal objects. |
| embedded | The embedded sensors in the device allow it to track its location and movement. |
| electric | Electric sensors are widely used in various industries for precise measurements and control. |
| distributed | The distributed sensors provided continuous monitoring of the system's performance. |
| piezoresistive | Piezoresistive sensors are used to measure the pressure exerted on a surface. |
| suitable | We use suitable sensors to detect and measure various parameters in the environment. |
| virtual | Virtual sensors collect data remotely and provide real-time insights. |
| typical | The typical sensors used in self-driving cars include cameras, radar, and lidar. |
| redundant | The redundant sensors provided backup data in case of a primary sensor failure. |
| board | The board sensors detected a slight movement in the air. |
| borne | Airborne sensors can monitor air pollution and other environmental conditions. |
| tiny | The tiny sensors detected even the most subtle vibrations. |
| mobile | The researchers used mobile sensors to collect data on air quality. |
| implantable | Implantable sensors provide a real-time monitoring of the body's internal environment. |
| pressure | |
| reliable | The reliable sensors provided accurate data for analysis. |
| linear | The team evaluated three linear sensors for their application. |
| selective | The selective sensors allow for the detection of specific target molecules. |
| biomedical | |
| automatic | The automatic sensors detected the intruder and alerted the security system. |
| cost | Cost sensors can track the usage of resources, such as electricity and water. |
Click on a letter to browse words starting with that letter