Excite

The scientist used a laser to excite the molecules in the chemical reaction.

By applying heat, the researcher was able to excite the molecules in the substance and detect any changes.

The scientist used a laser to excite the atoms and study their behavior.

The chemist designed an experiment to excite the catalyst and accelerate the reaction rate.

The students conducted an experiment to excite the phosphorescent material and observe its glowing properties.

The researchers applied an electric current to excite the atoms in the plasma.

The technician used an ultraviolet light to excite the fluorescent dye in the microscope slide.

The pharmacist formulated a medication that would excite the neurotransmitters in the brain to alleviate depression.

The technician used a UV lamp to excite the fluorescent dye and visualize the stained cells under a microscope.

The biochemist used enzymes to excite the biochemical reactions in the cell.

The team of scientists developed a technique to excite the nanoparticles and monitor their fluorescence.

The neurologist used electrical stimulation to excite specific areas of the brain during the experiment.

The offensive remarks made by the speaker excite anger among the audience.

The constant interruptions during the meeting excite irritation among the participants.

The high-energy particles from the accelerator can excite the protons, inducing nuclear fusion.

The radio waves excite the electrons in the antenna, allowing us to listen to music.

The solar panels absorb sunlight and excite the electrons to generate electricity.

The radio waves emitted by the transmitter excite the electrons in the antenna, enabling the transmission of signals.

The geologist used seismic waves to excite the underground rock layers and study the Earth's subsurface.

The technician used a tuning fork to excite the resonance of the musical instrument.

The scientist used a laser beam to excite the atoms in the experiment.

The chemist used a Bunsen burner to excite the molecules in the solution.

The collision of particles at high speeds can excite the atomic nuclei, resulting in nuclear reactions.

The laser beam is used to excite the electrons in the atoms, inducing a state of stimulated emission.

By applying a voltage, we can excite the atoms in the gas discharge tube, causing it to emit colored light.

The technician used an electric current to excite the electrodes and initiate the chemical process.

The chemist added a catalyst to the reaction mixture to excite the rate of the chemical reaction.

The pharmaceutical company developed a drug that could excite the receptors in the brain, triggering a positive response.

The student used a UV light source to excite the fluorescent dye and visualize its distribution.

The scientist used a Bunsen burner to excite the chemicals in the test tube.

The scientist used a powerful laser to excite the molecules in the sample.

The lab technician carefully controlled the temperature to excite the enzymes in the reaction.

The engineer designed a system to excite the fuel mixture for a more efficient combustion.

The laboratory technician used a Bunsen burner to excite the gas molecules and initiate the reaction.

The chemist added a catalyst to excite the chemical reaction and speed up the process.

The student's aim was to excite the electrons in the sample and measure their energy levels.

The researchers discovered a new method to excite the enzymes and enhance their catalytic activity.

The physicist used a laser beam to excite the electrons in the semiconductor and induce photon emission.

The engineer adjusted the voltage to excite the circuit and generate an electrical signal.

The false accusations excite fury among innocent individuals.

The irresponsible actions of the company excite frustration among its shareholders.

The scientist used a laser to excite the particles in the experiment.

The particle accelerator is designed to excite and accelerate subatomic particles to high speeds.

By applying a voltage, the researcher was able to excite the electrons in the semiconductor material.

The scientist used a high-energy beam to excite the nucleus of the atom.

By applying an electric current, we can excite the filament of an incandescent light bulb.

The laser beam is used to excite the atoms and induce fluorescence.

The researcher used a laser to excite the atoms in the sample, producing a distinct emission spectrum.

The electron beam was used to excite the atoms in the sample.