29 Example Sentences Showcasing the Meaning of 'Reflector'
The pilot relied on the aircraft's reflector system to detect other planes in the airspace.
The solar panel's reflector efficiently directed sunlight onto the cells, maximizing energy production.
The traffic controller strategically placed reflectors along the runway for clear guidance during low-visibility conditions.
The researcher designed an experiment using a reflector to study how insects respond to specific light wavelengths.
The researcher discovered a rare plant that has natural reflectors on its leaves, possibly aiding in photosynthesis.
The military utilized specialized reflectors on uniforms to make soldiers more visible in low-light combat situations.
The art installation consisted of multiple mirrors and reflectors, creating an immersive experience with ever-changing reflections.
The research team used a specialized acoustic reflector to study underwater sound propagation in the deep ocean.
The agricultural scientist experimented with using reflectors to optimize sunlight distribution in greenhouses, promoting crop growth.
The weather researcher analyzed satellite data, noting the reflectors on the Earth's surface influencing climate patterns.
The solar energy technician adjusted the position of reflectors in the solar field to maximize sunlight concentration on the panels.
The electronics engineer designed a device with a reflector to enhance the performance of a laser-based communication system.
The fashion designer chose a runway with a glossy surface, acting as a reflector, to showcase the vibrant colors of the new clothing collection.
The detective discovered a hidden message on the crime scene wall when the flashlight's beam hit a concealed reflector.
The space agency deployed a satellite equipped with large reflectors to redirect sunlight onto solar panels, optimizing power generation.
The concert venue installed acoustic reflectors on the ceiling to ensure that the music reached every corner of the auditorium.
The military aircraft used a radar reflector to minimize its radar cross-section and avoid detection by enemy radar systems.
The solar farm employed sun-tracking reflectors to maximize the concentration of sunlight on the photovoltaic cells, optimizing energy production.
The physicist conducted an experiment using reflectors to study the behavior of light waves under different environmental conditions.
The telecommunications engineer adjusted the satellite dish reflector to optimize the reception of signals from space communication satellites.
The solar-powered water desalination plant utilized large reflectors to focus sunlight and increase the efficiency of the distillation process.
The theater production employed carefully positioned reflectors to create dynamic lighting effects, enhancing the visual impact of the performance.
The electronics engineer designed a reflector antenna for satellite communication, ensuring reliable and efficient data transmission.
The archaeologist discovered ancient artifacts with reflective surfaces, speculating that they might have served as primitive reflectors.
The solar physicist researched new materials for solar reflectors to improve the efficiency of concentrating solar power systems.
The fire investigator used reflectors to recreate the angles of sunlight during a forensic analysis of a fire scene.
The futuristic building design included innovative reflectors that adjusted the internal lighting based on external environmental conditions.
The nuclear physicist designed an experiment using a reflector to redirect neutron beams, providing valuable insights into particle interactions.
The oceanographer deployed underwater reflectors to study the behavior of bioluminescent organisms in the deep sea.