Half Electrolysis: Battery & Choke Coil Setup

In summary, the construction involves a metal plate immersed in a trough of salt water with a wire attached to it that is connected to a choke coil, which is then grounded deep into the soil. The battery is connected to the choke and a SPST switch, allowing the current to flow through the choke. When the switch is open, the voltage from the choke passes the current from the earth into or away from the salt water trough. This may induce a reaction at either the cathode or anode.
  • #1
Narayanan KR
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CONSTRUCTION:
-In the following figure a metal plate is immersed in a Trough of salt water, the wire hooked to plate is attached to a choke coil and the other end of choke coil is Grounded deep inside soil.
-A battery is shorted via this choke and a SPST switch to flow the current via choke
WORKING:
- when the SPST is open the large voltage created by choke will pass current from Earth into/away to the salt water trough.
- will this induce either the cathode or anode reaction to take place singly ?
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What is half electrolysis?

Half electrolysis is a process in which only half of the electrodes in an electrolytic cell are used for the electrolysis reaction. This is typically done in order to prevent the production of unwanted byproducts or to increase the efficiency of the reaction.

What is a battery and choke coil setup?

A battery and choke coil setup is a type of electrical circuit used to power devices such as radios and amplifiers. It consists of a battery, which acts as the power source, and a choke coil, which is used to filter out unwanted frequencies from the electrical signal.

How does a half electrolysis battery and choke coil setup work?

In a half electrolysis battery and choke coil setup, the battery is connected to the electrodes in the electrolytic cell, and the choke coil is connected to the circuit in between the battery and the electrodes. This allows the choke coil to filter out any unwanted frequencies from the electrical signal before it reaches the electrolytic cell.

What are the benefits of using a half electrolysis battery and choke coil setup?

Using a half electrolysis battery and choke coil setup can improve the efficiency of the electrolysis reaction by preventing the production of unwanted byproducts. It can also help to reduce energy consumption and prolong the life of the battery.

What are some common applications of a half electrolysis battery and choke coil setup?

Half electrolysis battery and choke coil setups are commonly used in electronic devices such as radios, amplifiers, and power supplies. They can also be used in industrial processes for the production of chemicals and metals.

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