51 Usage Examples Depicting the Meaning of 'Photometer' in a Sentence
"A device that measures the brightness, color, and other characteristics of light by comparing it to a standard light source." more
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Engineers utilized a photometer to assess the light distribution in the newly designed office space.
Sarah learned about the photometer in her science class and how it helps measure the intensity of light.
The agricultural engineer utilized a photometer to evaluate light conditions in greenhouses, optimizing the growth of crops in controlled environments.
During the experiment, Tim used a photometer to study the light emitted by various light bulbs.
The lighting designer adjusted the stage lighting based on readings from the photometers to achieve the desired color temperature.
The teacher demonstrated how a photometer works to help students understand light measurements.
The lighting technician adjusted the stage lights using a photometer to achieve the desired brightness during the theater performance.
The lighting designer adjusted the stage lighting with the help of a photometer to create the desired visual atmosphere for the play.
During the experiment, Sarah used a photometer to study the color of different flowers under sunlight.
The lighthouse keeper regularly checks the photometer to ensure the beacon is shining brightly.
The botanist conducted experiments using a photometer to investigate the effects of light intensity on plant growth.
The architect employed a photometer to study the light distribution in the building, aiming for energy-efficient and well-lit spaces.
The laboratory technician calibrated the photometer's sensors for optimal performance.
The lighting technician at the concert venue calibrated the stage lights with a photometer, creating a visually stunning experience for the audience.
The avian ecologist used a photometer to study how changes in light distribution affected bird behavior in different habitats.
I relied on the photometer's readings to assess the light levels in the photography studio.
The medical researcher employed a photometer to analyze the luminous flux in a controlled environment, studying its impact on human circadian rhythms.
In the physics class, students learned how a photometer helps quantify the luminous intensity of various light sources.
The fashion photographer meticulously adjusted lighting using a photometer to capture the perfect color balance for the model's attire.
The quality control team in the manufacturing plant relied on a photometer to ensure consistent brightness in the display screens of electronic devices.
Researchers used the photometer's data to analyze the color spectrum of the light emitted by the newly discovered plant species.
The classroom had a photometer to check the brightness of the lights.
A researcher in the field of archaeology used a photometer to analyze the luminous intensity in ancient artifacts, shedding light on historical craftsmanship.
The astronomer employed the photometer to study the brightness variations of the celestial bodies.
The researcher in solar physics employed a photometer to study the luminous flux variations on the sun's surface, providing insights into solar activity.
The industrial designer incorporated a photometer into the product development process, considering both aesthetics and functional lighting.
A researcher in optics used a photometer to investigate the light distribution in fiber optic cables, aiming for efficient data transmission.
The limnologist used a photometer to assess light penetration in freshwater ecosystems, studying its impact on aquatic flora and fauna.
The forensic photographer used a photometer to document crime scenes accurately, capturing the nuances of light critical for investigations.
The automotive engineer incorporated a photometer in the testing process to evaluate the brightness of vehicle headlights under various conditions.
The photometer's precision allowed for accurate measurements of star luminosity.
The photographer adjusted the camera settings using a photometer to capture the perfect amount of light.
The research team employed advanced photometers to study the light distribution in the deep ocean.
The environmental scientist utilized a photometer to measure the luminous intensity in different locations, studying the impact of artificial light on wildlife.
The aquarium's coral reef exhibit was carefully illuminated based on readings from a photometer to mimic natural underwater lighting conditions.
The horticulturist relied on a photometer to assess the brightness levels in the greenhouse for cultivating light-sensitive plants.
The meteorologist deployed a photometer to analyze the color of the sky during sunset, providing valuable data for weather research.
During the photography workshop, participants learned how to use a photometer to achieve proper light balance in their images.
Sarah used a photometer to compare the brightness of different colored flowers in her garden.
The agronomist employed a photometer to analyze the light conditions in agricultural fields, optimizing crop growth and yield.
The astrophysicist used a photometer to measure the brightness of distant galaxies, contributing to our understanding of the universe's expansion.
The photographer relied on the photometer to ensure proper exposure in different lighting conditions.
Sarah compared the light from two different bulbs using a photometer in her science experiment.
The aquarium staff regularly checks the light distribution in the tanks using a photometer to ensure optimal conditions for marine life.
The ornamental fish breeder used a photometer to replicate natural lighting conditions in aquariums, promoting the well-being of exotic fish species.
In environmental monitoring, photometers play a crucial role in measuring luminous flux to assess the impact of light pollution.
The cinematographer relied on a photometer to achieve consistent lighting across different scenes, ensuring seamless transitions in the film.
Jack compared the light from two lamps using a photometer to see which one was brighter.
During the photography workshop, participants learned how to calibrate their cameras using photometers for accurate light measurements.
The entomologist employed a photometer to examine the light conditions that attracted insects to specific areas in the wild.
In the art studio, the painter adjusted the lighting based on readings from the photometer to achieve the desired ambiance.
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