Ionize: meaning, definitions and examples

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ionize

 

[ˈaɪənaɪz ]

Definition

Context #1 | Verb

chemical process

Ionization is the process in which an atom or molecule gains or loses electrons, resulting in the formation of ions. This process can occur through various means such as exposure to radiation, collision with high-energy particles, or chemical reactions. The significance of ionization spans multiple fields, including chemistry, physics, and biology. Ionization can affect the electrical conductivity of materials and plays a crucial role in processes like dissociation in solutions and gas ionization in plasmas.

Synonyms

charge, electrify, ionise.

Examples of usage

  • The intense heat can ionize the gas in the atmosphere.
  • When salt is dissolved in water, it tends to ionize.
  • The experiment aimed to ionize the air in a controlled environment.

Interesting Facts

Etymology

  • The term 'ion' comes from the Greek word 'ion,' which means 'going' or 'traveling,' indicating particles in motion.
  • The suffix '-ize' is used in English to indicate a process, so 'ionize' literally means to make something into ions.
  • The word began to be used in scientific contexts around the late 19th century, coinciding with the study of electricity and atoms.

Science

  • Ionization can occur through various methods, including heat, light, or colliding particles, showcasing different physical phenomena.
  • In space, ionized gases contribute to the formation of stars, playing a critical role in the universe's evolution.
  • In everyday life, ionization is used in technologies like smoke detectors, where ionizing radiation helps detect smoke.

Health

  • In medical imaging, ionizing radiation is utilized in X-rays, enabling doctors to see through the body to diagnose issues.
  • Excessive exposure to ionizing radiation can be harmful, potentially leading to radiation sickness or increasing the risk of cancer.
  • On the flip side, ionization is key in cancer treatments, where targeted radiation helps kill cancer cells while preserving healthy tissue.

Technology

  • Ionization technology is essential in creating ion thrusters for spacecraft, allowing for efficient propulsion in space exploration.
  • In air purification, ionizers work by charging airborne particles to attract and trap pollutants, improving indoor air quality.
  • Advancements in semiconductor technology heavily rely on ionization processes to manufacture microchips and electronic components.

Environmental Impact

  • Ionization plays a crucial role in ozone formation, critical for absorbing harmful UV radiation from the sun.
  • In natural processes, ionized particles from cosmic rays contribute to Earth’s atmospheric chemistry, affecting climate patterns.
  • Certain forms of ionization are used in pollution control devices, helping reduce harmful emissions from industrial sources.

Translations

Translations of the word "ionize" in other languages:

🇵🇹 ionizar

🇮🇳 आयनित करना

🇩🇪 ionisieren

🇮🇩 ionisasi

🇺🇦 іонізувати

🇵🇱 jonizować

🇯🇵 イオン化する

🇫🇷 ioniser

🇪🇸 ionizar

🇹🇷 iyonlaştırmak

🇰🇷 이온화하다

🇸🇦 أيونize

🇨🇿 ionizovat

🇸🇰 ionizovať

🇨🇳 离子化

🇸🇮 ionizirati

🇮🇸 jónisera

🇰🇿 иондау

🇬🇪 იონისირება

🇦🇿 ionlaşmaq

🇲🇽 ionizar

Word Frequency Rank

This word's position of #32,005 indicates it's among the more rare English words. While understanding it broadens your vocabulary, focus on more common words first.