Photometry

The accuracy of photometry measurements can be affected by the presence of atmospheric pollution or weather conditions.

The zoologist used photometry to measure the light levels in different habitats.

The science of photometry involves the measurement of light with specialized instruments.

Photometry can be used to determine the efficiency of solar panels.

Photometry is used to measure the light output of a light bulb.

In the field of optics, photometry is used to measure the performance of lenses and mirrors.

Photometry can be used to measure the amount of light absorbed by plants in photosynthesis.

The photometry of the car's headlights is essential to ensure that they comply with the safety regulations.

Photometry is an important tool in analyzing the color and intensity of light emitted by LEDs.

The astronomers used photometry to measure the brightness of the stars.

Spectral photometry can be used to determine the chemical composition of different types of minerals in geology.

The measurement of light intensity in different wavelengths is done through photometry.

The scientist used photometry to measure the brightness of the star.

Photometry measurements can be used to study the properties of light emitted by different materials in chemistry.

Photometry is used in the study of the Earth's atmosphere to determine the properties of atmospheric gases.

Photometry is used in the manufacturing of computer displays to ensure uniform brightness.

The accuracy of photometry measurements depends on the sensitivity of the instruments used.

The science of photometry helps in determining the correct exposure for photographs.

The photometry of a room can help in designing a lighting scheme for it.

The photometry analysis of the stadium lights showed that they were not enough to illuminate the playing field.

The accuracy of photometry measurements can be affected by factors such as atmospheric conditions and instrument calibration.

Photometry has many practical applications, including the measurement of light in photography, cinematography, and stage lighting.

Astronomers use photometry to study the brightness of stars and galaxies.

Photometry is often used in scientific research to study the behavior of light and radiation.

Photometry is used in the testing of solar panels to measure their efficiency in converting sunlight into electricity.

Photometry is often used in the design and testing of new lighting technologies in the field of engineering.

Photometry is an important technique for determining the distance to distant celestial objects.

The photometry of the crystal was mesmerizing.

The photometry of the galaxy showed that it was much brighter than previously thought.

The use of spectral photometry can help identify the presence of pollutants in the atmosphere in environmental science.

The sensitivity of the photometry equipment had to be adjusted to get accurate results.

The principles of photometry are applied in the design of automotive lighting systems.

The telescope's photometry capabilities allow it to detect faint objects in the night sky.

Photometry is used to measure the spectral properties of different types of lasers in the field of optics.

The photometry of a star helps astronomers to know its age and distance from the Earth.

The engineer used photometry to ensure that the lights in the building were evenly distributed.

The optometrist used photometry to measure the patient's visual acuity.

The company used photometry to measure the quality of its products.

Photometry is used in the study of the human eye to determine its response to different types of light stimuli in vision science.

The scientists used photometry to analyze the light output of different LED bulbs.

The photometry of neon signs is important for advertising purposes.

The development of modern photometry techniques has greatly improved our ability to accurately measure the brightness of distant stars and galaxies.

The photometry study of the supernova provided valuable information about the explosion and its aftermath.

Photometry is a common method used to measure the brightness of celestial objects in astronomy.

The principles of photometry are used to measure the light emitted by biological systems.

The photometry of the stars in the night sky is an important aspect of astronomy.

The chemist used photometry to measure the amount of light that passed through the solution in the test tube.

The engineer used photometry to design efficient lighting systems for buildings.

The photographer adjusted the lighting using photometry techniques.

The spectral photometry of a light source can be used to determine its temperature in physics.