30 Example Sentences Showcasing the Meaning of 'Coaxial'
The mechanic carefully connected the coaxial connectors to ensure a strong and reliable connection in the car's audio system.
The space probe had a coaxial configuration of sensors, enabling it to collect data from various angles simultaneously.
The telecommunications engineer explained the benefits of using coaxial cables in transmitting data over long distances with minimal signal loss.
The engineer designed a coaxial valve system to regulate the flow of liquids in the industrial processing plant.
The military uses coaxial cables for communication systems to ensure a secure and efficient connection.
The technician recommended replacing the old coaxial cable with a newer version to enhance the internet speed at the office.
The aerospace engineers used coaxial cables in the construction of satellite communication systems for reliable data transmission.
The MRI machine utilized coaxial coils to generate precise and detailed images of the patient's internal organs.
The military drone was equipped with coaxial rotors, providing stability and enhanced maneuverability during surveillance missions.
The engineer designed a coaxial antenna for the radio telescope, enabling it to capture faint signals from distant celestial bodies.
The aerospace engineer incorporated a coaxial propulsion system in the drone for efficient and controlled flight in challenging environments.
The automotive engineer integrated a coaxial cable system into the car's electronics for seamless communication between components.
The IT specialist recommended using a coaxial cable for the new security cameras to ensure clear and reliable video transmission.
The engineer explained how a coaxial pump design improved the efficiency of fluid transfer in the industrial chemical processing plant.
The electric vehicle designer integrated a coaxial charging port for faster and more efficient battery charging.
The nuclear physicist discussed the coaxial configuration of fuel rods in the reactor core, ensuring controlled nuclear reactions.
The military strategist emphasized the importance of secure communication through the implementation of encrypted coaxial cables in the field.
The telecommunications company upgraded its network infrastructure to support the latest high-speed internet using coaxial cables.
The civil engineer designed a coaxial drainage system for the urban development project, efficiently managing stormwater runoff.
The electrical engineer developed a coaxial power distribution system, ensuring uniform electricity supply across the industrial facility.
The automotive engineer explained how coaxial sensors in autonomous vehicles enable precise navigation and collision avoidance.
The climatologist analyzed coaxial ice core samples to study historical climate conditions and changes over time.
The aerospace engineers integrated coaxial cables into the avionics system to facilitate communication between the aircraft's electronic components.
The quantum physicist discussed the coaxial alignment of particles in a magnetic field, a crucial aspect in certain quantum experiments.
The aviation engineer explained the advantages of using coaxial rotor systems in helicopters for enhanced stability and control.
The satellite communication system relied on coaxial waveguides to transmit signals between the ground station and orbiting satellites.
The nuclear engineer explained how a coaxial fuel assembly design improved the safety and efficiency of nuclear reactors.
The neuroscientist used a coaxial electrode system to record neural signals with high precision during the brain research experiment.
The telecommunications industry relies on coaxial cables to provide high-speed internet and digital television services to homes and businesses.
The military communication network relies on secure coaxial cables to ensure confidential information is transmitted without interception.