Cathode

The electrolytic cell was powered by a battery connected to the cathode and anode.

Electroplating requires the use of a cathode and an anode in an electrolytic cell.

The cathode in the laser diode emits electrons to stimulate the laser medium.

Cathode protection is a technique used to prevent corrosion in metal structures.

The cathode material in the lithium-ion battery is responsible for releasing electrons.

The cathode is negatively charged in an electrolytic cell.

The cathode material is capable of cathodic reduction when used in a battery.

The presence of carbonyl groups makes a molecule more cathode reducible.

The cathode in an electroplating cell receives a coating of metal ions.

The cathode in the fluorescent light bulb emits ultraviolet radiation to excite the phosphors.

The cathode in a battery is where reduction occurs.

The electrolytic cell was set up with the cathode immersed in the solution.

The cathode is the electrode at which oxidation occurs in a galvanic cell.

The cathode electrode in the electrochemical cell attracts cations.

A cathode follower is a type of amplifier circuit that uses a cathode resistor to provide negative feedback.

The cathode end of the diode allows current flow in only one direction.

The cathode ray tube was a common type of television and computer monitor until the late 20th century.

The cathode emits a stream of electrons that are focused into a narrow beam.

Cathode rays were discovered by J.J. Thomson in 1897.

The cathode in the diode tube allows current to flow in one direction.

The cathode ray tube was used in old television sets.

The cathode is typically made of a metal that is capable of being reduced.

The cathode in a vacuum tube must be heated before electrons can be emitted.

The cathode catalyst was able to facilitate the reaction at a lower temperature.

The cathode ray experiment led to the discovery of the electron.

The cathode is the site of reduction and therefore attracts cations.

The cathode in an X-ray tube is used to produce a stream of high-energy electrons.

The cathode attracts positively charged ions in an electrolytic cell.

The cathode ray experiment was an important scientific discovery that led to the understanding of the nature of electrons.

The chemist connected the cathode to the negative terminal of the battery.

The cathode and anode are connected by a circuit.

The cathode is coated with a material that emits electrons when heated.

The cathode was damaged, causing the electron beam to scatter.

The cathode is negatively charged in an electrolytic cell and positively charged in a galvanic cell.

The cathode was manufactured using high-quality materials to ensure reliability.

The cathode coating can affect the performance of an electroplating cell.

In a galvanic cell, the cathode reduction reaction generates a positive potential difference.

The cathode in a battery is where reduction takes place.

The cathode attracts anions in a galvanic cell.

The cathode in the flashlight needs to be replaced.

The cathode in the battery attracts the positively charged ions.

The cathode in the TV tube emits electrons to create the image.

The cathode in the vacuum tube is responsible for amplifying the signal.

The cathode ray tube was a popular display technology in the early days of television.

The cathode is an important component of an X-ray machine.

The cathode in the mass spectrometer is negatively charged to attract positive ions.

The cathode in the photoelectric cell is used to convert light energy into electrical energy.

The cathode is attached to the negative terminal of the electrolytic cell.

The cathode attracts positively charged ions during electrolysis.

The cathode gains mass as a result of electrolysis.