Cathode

The cathode collector was used to retrieve the electrons.

The cathode is a crucial component in many electrochemical devices, such as fuel cells and batteries.

The cathode is made of copper in the electrolytic cell.

The cathode attracts cations in an electrolytic cell.

The cathode in the vacuum tube needs to be heated up to emit electrons.

The cathode reduction of hydrogen ions produces hydrogen gas in the electrolysis of water.

The cathode terminal of the battery was connected to the negative end of the circuit.

The cathode coating material was specially designed for the harsh operating conditions.

The cathode was found to be corroded after the electrolytic cell experiment.

The cathode is where metal ions in a solution are reduced to form a metal deposit.

The cathode attracts electrons in the electrolytic cell.

The cathode is where reduction occurs during an electrochemical reaction.

The cathode in a battery is where the electrons flow during discharge.

A cathode reducible substance will be oxidized at the anode.

The cathode ray tube is the display device in old televisions and computer monitors.

Cathode luminescence is a phenomenon in which a cathode emits light when struck by high-energy electrons.

The cathode in the electron multiplier is a sensitive detector of ionizing radiation.

The cathode in the microwave oven generates the electrons to heat up the food.

The cathode input of the amplifier is connected to the guitar pickup.

The cathode is an important electrode in many electrochemical processes.

The cathode in the electrolytic cell produces the metal deposits.

The cathode was coated in platinum to increase its effectiveness in the electrolytic cell.

The cathode attracts positive ions in the electrolytic cell.

The cathode chamber was filled with a solution containing the reactants.

The cathode is made of a metal that will accept electrons during the reaction.

The cathode material showed a significant reduction in size during the experiment.

The cathode is connected to the positive terminal of the battery in the electrolytic cell.

The cathode in the electron gun of a CRT monitor is negatively charged.

The cathode reduction of carbon dioxide produces formic acid in the presence of a suitable catalyst.

The cathode is the electrode where reduction occurs in an electrolytic cell.

Cathode reduction potentials determine the feasibility of cathodic reduction.

The cathode bias voltage is used to set the operating point of a vacuum tube amplifier.

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

The cathode is responsible for generating the primary beam of electrons in an electron beam welder.

The cathode is the site of electron gain in the electrolytic cell.

The cathode is connected to the negative terminal of a battery or power supply.

The cathode reduction of nitrate ions produces ammonia in the presence of a catalyst.

The cathode terminal of the battery was connected to the negative end of the light bulb.

The cathode in a vacuum tube is heated to release electrons.

The electron gun in the cathode ray tube is responsible for producing the electron beam.

The cathode in a galvanic cell is where the reduction reaction takes place.

The cathode in the cathode-ray oscilloscope produces the electron beam.

The cathodic reduction reaction occurs at the cathode in an electrolytic cell.

The cathode is where reduction reactions occur during electrolysis.

The cathode ray tube in the old TV set used a cathode to produce the image.

The cathode and anode are two essential parts of an electronic circuit.

The cathode in the rechargeable battery needs to be connected to the charger.

A cathode reducible compound will be reduced in preference to any other less reducible compound.

The cathode coating prevented the metal from oxidizing.

Copper ions are cathode reducible and will be reduced to copper metal at the cathode.