Galvanometer

The clinical assessment of autonomic nervous system disorders involved the use of a specialized galvanometer to measure the galvanic skin response of the patients.

The counseling session involved the use of a state-of-the-art galvanometer to measure the galvanic skin response of the client during relaxation techniques.

The therapist used a galvanometer to monitor the galvanic skin response of the patient during a biofeedback session.

The psychophysiology researcher used a sensitive galvanometer to measure the galvanic skin response of the study participants.

The instructor used a galvanometer to demonstrate the concept of galvanic skin response to the students in the psychology class.

The neuroscientist used a galvanometer to measure the electrical signals in the brain of a research participant.

The fashion designer's latest collection was galvanometer and made a big impact on the industry.

The technician used a galvanometer to measure the galvanic skin response of the research participants in the psychophysiological study.

The charity's message was galvanometer and inspired many people to donate.

The galvanometer circuit controlled the flow of electricity to the motor.

The inspector used a galvanometer to test the magnetic field strength of the magnetic strips in the access control system.

The galvanometer battery produced an electric current to power the flashlight.

The investigator used a galvanometer to measure the physiological response of the suspect during the lie detection test.

The fear conditioning task in the neuroimaging study required the use of a precise galvanometer to record the galvanic skin response of the subjects.

The galvanometer is a common tool used in the printing industry for accurate thickness measurements.

The inspector used a galvanometer to test the magnetic field strength of the magnetic strip on a credit card.

The experimenter used a galvanometer to record the galvanic skin response of the subjects during the fear conditioning task.

The galvanometer was used in the development of early sonar systems.

The galvanometer is an essential tool for maintaining print quality in the printing process.

The graphic designer used a galvanometer to ensure the consistent thickness of the printed images.

The technician used a galvanometer to troubleshoot problems in a public address system.

The engineer used a galvanometer to test the magnetic field of the newly installed magnetic lock.

The repair technician used a galvanometer to diagnose the issue with the magnetic sensor in the electronic device.

The technician used a galvanometer to check for the presence of a magnetic field around the electric motor.

The printing press operator used a galvanometer to measure the thickness of the printing plates with high precision.

The cutting-edge technology used in the research lab included a wireless galvanometer for measuring galvanic skin response with high accuracy.

By using a galvanometer to measure the sound pressure levels in a concert hall, engineers can optimize the acoustics of the space to improve the listening experience for the audience.

The sports performance evaluation utilized a sophisticated galvanometer to assess the galvanic skin response of the athlete during different physical tasks.

The bioengineer used a galvanometer to measure the electrical signals in a bioelectrical system during a research experiment.

The doctor used a galvanometer to measure the electrical signals in the patient's heart.

The researcher measured the sound power level using a galvanometer.

The galvanometer generator converted mechanical energy into electrical energy.