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Usage Examples
Filter by Meaning The thermocouple generates electricity from the temperature difference between two points, making it a useful device for powering remote sensors.
The development of novel thermocouple technologies has revolutionized temperature measurements in space exploration.
The thermocouple was inserted into the borehole to measure the temperature gradient of the subsurface.
The geothermal power plant used a thermocouple to monitor the temperature of the geothermal fluid.
The temperature data from the thermocouple was used to calculate the potential energy of the geothermal reservoir.
The thermocouple is a simple device that can generate electrical power from the temperature gradient across it, making it suitable for various energy harvesting applications.
The thermocouple is an essential component of defense equipment to monitor temperature.
The thermocouple junction is made from two dissimilar metals.
Advanced thermocouple arrays have been used to remotely sense and map the surface temperature of planets and moons in our solar system.
The thermocouple is an efficient device for converting waste heat from industrial processes into electricity, reducing energy waste and increasing sustainability.
The geologists installed a thermocouple to measure the temperature of the earth's crust.
The scientist placed the thermocouple in the reactor to record the temperature.
The thermocouple is a common device for measuring temperature in nuclear reactors.
The thermocouple is widely used in military and defense applications to monitor the temperature of various devices.
The medical student practiced using a thermocouple to measure body temperature during their clinical training.
The thermocouple is used to measure the temperature of rocket engines during launch.
The thermocouple can detect even small changes in temperature in the reactor.
The thermocouple is used to power electronic devices by converting temperature differences into electrical energy.
The technician installed a thermocouple in the water heater to measure the temperature of the pilot light.
The thermocouple was used in the geothermal well to measure the temperature of the underground rocks.
The development of new and advanced thermocouple technologies has enabled better temperature measurements in space.
The thermocouple was used to measure the thermal diffusivity of the composite material.
The thermocouple can be used to measure the temperature of the surface of planets.
The thermocouple is an ideal device for powering wireless sensor networks in smart agriculture applications, where temperature differences in soil or crops can be converted into electricity.
The thermocouple is an important tool for monitoring the temperature of tanks and other military vehicles.
The thermocouple provides accurate temperature readings in harsh environments.
The thermocouple sensor was designed to withstand high temperatures and harsh conditions of geothermal drilling.
The thermocouple is widely used in remote sensing applications where traditional power sources are unavailable, such as in remote weather stations or environmental monitoring devices.
The thermocouple can convert heat from a campfire into electricity to power small electronic devices during outdoor adventures.
The thermocouple probe was lowered into the well to measure the temperature of the geothermal water.
The thermocouple is used in military aircraft to measure engine and exhaust temperatures.
The thermocouple was attached to the drill bit to measure the temperature of the rocks during drilling.
The thermocouple is a reliable and cost-effective option for powering low-power electronic devices in remote or off-grid locations, where conventional power sources are not feasible.
The thermocouple readings are used to adjust the heat of a furnace.
The pilot light thermocouple in the gas oven is a crucial component for maintaining proper temperature control during cooking.
The thermocouple can be used to measure the temperature of comets and asteroids.
The thermocouple is immune to electromagnetic interference.
The team used a thermocouple to measure the temperature of the steel as it cooled.
The paramedic used a thermocouple to quickly measure the body temperature of the accident victim.
The technician installed a thermocouple in the furnace.
The thermocouple in the gas fireplace regulates the temperature of the pilot light for reliable and safe operation.
The thermocouple in the gas dryer ensures that the pilot light is at the proper temperature for efficient and reliable operation.
The thermocouple is an essential component in the study of geothermal energy.
The thermocouple probe can be inserted directly into molten metal to measure temperature.
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