Blackbody

The blackbody is surrounded by a cluster of stars.

The concept of a blackbody is essential in the understanding of the cosmic microwave background radiation.

The radiation emitted by a blackbody is characterized by its spectral distribution.

The blackbody experiment helped to establish the laws of thermodynamics.

The Earth's atmosphere behaves like a blackbody radiator, absorbing and emitting radiation.

A blackbody absorber is used in photometry to calibrate light sources.

The heat shield of the spacecraft is designed to simulate a blackbody.

The infrared radiation emitted by a blackbody can be used to detect temperature changes in electronic circuits.

A blackbody cavity can be used to measure the temperature of objects.

The optical engineer adjusted the blackbody temperature to produce a specific radiation spectrum.

The blackbody radiation model is essential in understanding the early universe.

The camera's response to different wavelengths of light was tested using a blackbody.

The blackbody radiation from the sun is responsible for warming the Earth.

The lab technician ran several tests on the blackbody to ensure it was functioning properly.

Blackbody radiation can be approximated using Planck's law, which describes the spectral energy density of the radiation.

The blackbody radiation of a toaster oven can be used to cook food evenly.

Infrared thermometers use blackbody radiation to determine the temperature of an object.

Calibration of infrared detectors requires the use of a blackbody source.

The satellite is equipped with a blackbody calibration target to ensure accurate measurements of the Earth's temperature.

Scientists have identified a blackbody in the distant universe that emits no visible light.

The researcher analyzed the blackbody emission of the LED light source.

The blackbody heat transfer in the engine was causing it to overheat.

The blackbody radiation from the sun heats up our planet.

The emission of blackbody radiation by a material is influenced by its reflectivity and surface texture.

The heat shield on the spacecraft is designed to withstand the blackbody radiation during re-entry.

A blackbody absorber is used to measure the intensity of incident radiation.

A blackbody model is used to simulate the radiation emitted by stars.

The blackbody radiation emitted by electronic devices is one of the factors contributing to their heat output.

A blackbody cavity is used to calibrate radiation thermometers in industry.

The radiation emitted by a blackbody in thermal equilibrium is known as blackbody radiation.

The telescope's blackbody calibration source allowed for precise measurements of celestial objects.

The blackbody was used to calibrate the temperature sensors in the greenhouse for optimal plant growth.

A blackbody cavity is a device used to measure the temperature of an object by measuring the radiation it emits.

The accuracy of the radiation measurements was improved by calibrating the detector using a blackbody.

A blackbody absorber is an ideal material that absorbs all incident radiation.

The accuracy of the radiation detector was tested against a blackbody.

The blackbody characteristics of the material meant that it absorbed all light without reflection.

A blackbody paint can be used to minimize reflections in optical experiments.

The Planck's law governs the blackbody radiation emitted by objects at different temperatures.

The camera's sensor is calibrated using a blackbody reference source.

The blackbody spectrum is used in remote sensing to analyze the Earth's surface.

The temperature of a blackbody can be determined by observing its spectrum.

The study of blackbody radiation led to the development of quantum mechanics.

The scientist calibrated the radiation detector using a blackbody.

The blackbody simulator is an essential tool for testing infrared cameras.

Researchers use blackbody sources to develop new methods of measuring temperature.

The concept of a blackbody is used in thermodynamics to study the relationship between temperature and energy.

The blackbody nature of the planet makes it difficult to detect with telescopes.

The blackbody near the event horizon of a black hole emits radiation that is used to infer its mass and spin.

The infrared camera can detect the blackbody radiation of warm-blooded animals in the dark.