Deionize Meaning: Definition, Examples, and Translations
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deionize
[diˈaɪənaɪz ]
Definition
water treatment
To deionize means to remove ionic impurities from a solution, usually water, by replacing them with neutral atoms or molecules. This process is often used in laboratories and industries where high purity water is required for experiments or the production of electronic components.
Synonyms
Examples of usage
- The laboratory uses a deionizer to ensure the purity of the water used in experiments.
- Deionized water is essential for sensitive chemical processes.
- Many aquatic systems require deionized water to maintain specific ion concentrations.
- The company implemented deionization processes to improve product quality.
Translations
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Interesting Facts
Science
- Deionized water is frequently used in laboratories because it does not interfere with chemical reactions.
- The deionization process typically involves passing water through special resins that attract and remove ions.
- Common uses of deionized water include in the electronics industry and in the manufacture of pharmaceuticals.
Environmental Impact
- Deionization can help reduce resource pollution, especially when used in water treatment systems.
- As water purity increases through deionization, it minimizes the risk of contamination in ecosystems.
Health and Safety
- Drinking deionized water is generally safe, but it's important as it lacks minerals typically found in regular water.
- Some health experts caution against drinking deionized water for extended periods due to the absence of these beneficial minerals.
Technology
- Modern water purification systems often utilize deionization as a key method to produce high-purity water.
- Advancements in deionization technology continue to improve efficiency, making cleaner water more accessible.
Origin of 'deionize'
Main points about word origin
- 'Deionize' combines the prefix 'de-' meaning 'removal' and 'ion' referring to charged particles.
- The practice of removing ions from substances dates back to early scientific experiments in the 1800s.
The term 'deionize' originates from the combination of the prefix 'de-' meaning 'removal' or 'reversal', and the word 'ion', which comes from the Greek word 'ion', meaning 'going' or 'to go'. Ions are charged particles that are formed when atoms gain or lose electrons. The process of deionization has its roots in the development of water purification techniques, which became increasingly important in the late 19th and early 20th centuries as industries sought to improve the quality of their water supply. The introduction of ion-exchange resins in the 1930s allowed for the efficient removal of ions from water, leading to the widespread use of deionized water in laboratories, pharmaceuticals, electronics, and other fields that require high-purity water.