Galvanometer

The stress assessment in the clinical setting involved the use of a specialized galvanometer to monitor the galvanic skin response of the patient in real-time.

The galvanometer was a critical component in the development of early phonographs and gramophones, which used the technology to convert the grooves on records into electrical signals that could be amplified and played back through a speaker.

The technician used a digital galvanometer to measure the magnetic field intensity of the magnetic separator.

The lab assistant prepared the sample to be analyzed under the galvanometer.

The physiologist used a galvanometer to measure the electrical activity in a muscle during a strength training exercise.

The shocking news was a galvanometer for change.

The scientist used a galvanometer to detect the presence of a magnetic field around the permanent magnet.

The scientist used a galvanometer to record the galvanic skin response of the subjects in the physiological experiment.

The politician's speech was galvanometer and motivated people to vote.

By using a galvanometer to measure the vibrations produced by an object in response to sound waves, scientists can learn more about its physical properties, such as its density and elasticity.

The galvanometer was employed in the construction of loudspeakers to improve their sound quality.

The galvanometer was used to calibrate the sound level meter.

The print quality control team relied on the galvanometer to ensure consistent thickness in their products.

The print quality assurance team relied on the galvanometer to ensure consistent thickness in their print materials.

The images obtained through the galvanometer were used to create a 3D model of the surface of the sample.

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

The hobbyist used a galvanometer to determine the strength of the magnetic field in different regions of the bar magnet.

The researcher used a galvanometer to measure the galvanic skin response of the participants to the visual stimuli.

The researcher used the galvanometer to measure the frequency response of the sound system.

The print quality control team relied on the galvanometer to measure the thickness of the printed labels.

The print technician calibrated the galvanometer before conducting measurements to ensure accuracy.

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

The print technician calibrated the galvanometer before conducting thickness measurements.

The biophysicist used a galvanometer to measure the electrical signals in a protein molecule during a biophysical experiment.

The hobbyist used a galvanometer to measure the magnetic field of different magnets for a science project.

The scientist used a galvanometer to study the changes in galvanic skin response as an indicator of stress levels in a research study.

The galvanometer method was used to investigate the electrical conductivity of different materials.

The scientist used a galvanometer reaction to study the effect of different chemicals on electrical activity.

The new album by the popular band was galvanometer and received critical acclaim.

The galvanometer apparatus was used to determine the current produced by the electrolysis of water.

The dramatic music served as a galvanometer, amplifying the emotion of the scene.

The cardiologist used a galvanometer to measure the electrical signals in the heart of a patient with arrhythmia.

The teacher used a galvanometer technique to engage the students in the lesson.

The healthcare provider used a galvanometer to assess the galvanic skin response of a patient for diagnosing autonomic nervous system disorders.

The engineer calibrated the galvanometer to measure the electrical current in the wire.

The healthcare professional used a galvanometer to assess the galvanic skin response of the patient in the diagnosis of autonomic nervous system disorders.

The technician used a galvanometer to check the current flow in the power supply.

The researcher used a galvanometer to study the magnetic field generated by a rotating magnet.

The DIY enthusiast used a galvanometer to measure the strength of magnets in different shapes and sizes for a DIY project.

The practitioner used a galvanometer to assess the galvanic skin response of the athlete during the sports performance evaluation.

The galvanometer signal sparked the activation of the alarm.

The galvanometer mechanism was used to generate electricity from the chemical reactions between the electrodes and the electrolyte.

The galvanometer was able to image the nano-scale features on the surface of the semiconductor.

The technician used a handheld galvanometer to check for the presence of a magnetic field in the electronic circuit.

The galvanometer allowed the researcher to study the surface of the metal with incredible detail.

The galvanometer was utilized in the study of the properties of graphene.

The maintenance worker used a portable galvanometer to check the strength of the magnet in the conveyor system.

The printer operator used a galvanometer to measure the thickness of the printed sheets.

The student learned about galvanometer in their physics class.

The maintenance worker used a galvanometer to diagnose the issue with the magnetic sensor in the conveyor belt system.