Dynameter

The researcher measured the flow rate of a river with a dynameter.

The farmer measured the flow rate of the irrigation system using a dynameter.

The mechanic checked the viscosity of the oil in the engine using a dynameter.

The sports scientist measured the swimmer's drag coefficient with a dynameter.

The doctor used a dynameter to measure the flow rate of the patient's blood.

The scientist used a dynameter to measure the flow rate of the liquid in the experiment.

The technician used a dynameter to measure the viscosity of the ink in the printer.

The engineer measured the viscosity of the hydraulic fluid using a dynameter.

The mechanic used a dynameter to test the fuel pump's flow rate.

The researcher used a dynameter to study the flow rate of the water in the river.

The technician checked the hydraulic system's efficiency using a dynameter.

The plumber used a dynameter to check the water pressure in the pipes.

The production supervisor checked the viscosity of the paint with a dynameter.

The geologist used a dynameter to measure the flow rate of the lava in the volcano.

The scientist used a dynameter to measure the viscosity of the liquid sample.

The plumber checked the viscosity of the pipe's contents using a dynameter.

The workers were required to wear protective gear when handling the dynameter due to the high radiation levels.

The nuclear physicist used a dynameter to measure the intensity of the radiation emitted from the reactor.

The nuclear medicine technician used a dynameter to measure the amount of radiation emitted by the patient's body.

The government required all companies dealing with radioactive materials to maintain proper dynameter records.

The technician used a dynameter to ensure the radiotherapy machine was functioning correctly.

The laboratory assistant calibrated the dynameter before conducting the experiment.

The dynameter readings of the nuclear power plant were within acceptable limits.

The geologist used a dynameter to measure the radioactivity of the rocks in the field.

The technician used a dynameter to measure the intensity of radiation in the room.

The physicist designed a new type of dynameter that could measure the intensity of gamma rays more accurately.

The scientist used a dynameter to measure the strength of the radioactive material in the sample.

The lab technician used a dynameter to verify the intensity of the radiation emitted from the isotopes.

The government agency used a dynameter to check for radiation contamination in the area affected by the nuclear disaster.

The technician used a dynameter to measure the radiation levels in the laboratory.

The construction worker wore a dynameter to measure the radiation levels in the building site.

The research team relied on a dynameter to accurately gauge the strength of the experimental radioactive material.

The astronaut carried a dynameter to monitor the radiation levels on the spaceship.

The police officer used a dynameter to check for the presence of radioactive materials in the suspect's car.

The inspector used a dynameter to check the radiation levels in the food packaging materials.

The geologist used a dynameter to measure the intensity of the earth's magnetic field.

The safety inspector checked the dynameter readings of the X-ray machine in the hospital.

The quality control team used a dynameter to check the power of the laser engraver.

The laser technician used a dynameter to optimize the performance of the laser for a specific application.

The dynameter readings showed that the laser's power output had decreased over time.

The laser cutter's dynameter helped the operator maintain the correct power level.

The scientists developed a new type of dynameter that could measure the energy of the laser with unprecedented accuracy.

The dynameter readings indicated that the laser beam was losing power as it travelled through the air.

The scientist recorded the dynameter readings while testing the laser's energy efficiency.

The engineer calibrated the dynameter before measuring the laser's power.

The dynameter detected a sudden increase in the laser's power output, indicating a possible malfunction.

The accuracy of the dynameter measurements is critical for ensuring the safety of the laser's operation.

The quality control team used a dynameter to check the consistency of the laser output during production.

The manufacturer recommends using a dynameter to calibrate the laser before use.

The researcher analyzed the dynameter data to optimize the laser's energy consumption.