Finesentence logo

Fissioned: meaning, definitions and examples

⚛️
Add to dictionary

fissioned

 

[ ˈfɪʃənd ]

Verb
Context #1 | Verb

scientific process

Fissioned refers to the process of splitting an atomic nucleus into two or more smaller nuclei, along with the release of energy. This reaction can occur spontaneously or can be induced by bombarding the nucleus with particles. Fission is a type of nuclear reaction that is key in nuclear power generation and atomic bombs. The energy released from fission is utilized in various applications, including electricity generation and medical treatments. Understanding fission leads to significant advancements in the field of nuclear physics.

Synonyms

break apart, divide, separate, split

Examples of usage

  • The uranium atom was fissioned to produce energy.
  • Scientists have fissioned several isotopes for research.
  • Nuclear reactors rely on fissioned material for power.
  • The process of fissioned atoms releases a tremendous amount of heat.

Translations

Translations of the word "fissioned" in other languages:

🇵🇹 fissionado

🇮🇳 विभाजित

🇩🇪 gespalten

🇮🇩 fisi

🇺🇦 ділівся

🇵🇱 fuzjonowany

🇯🇵 分裂した

🇫🇷 fissionné

🇪🇸 fisionado

🇹🇷 fisyonlanmış

🇰🇷 분열된

🇸🇦 انشطار

🇨🇿 fúzovaný

🇸🇰 fúzovaný

🇨🇳 裂变的

🇸🇮 fizioniran

🇮🇸 klofnun

🇰🇿 бөлінген

🇬🇪 გახლეჩილი

🇦🇿 fissiya edilmiş

🇲🇽 fisionado

Etymology

The term 'fission' is derived from the Latin word 'fissio,' which means 'to split.' The scientific understanding of nuclear fission began in the early 20th century, particularly with the discovery of the neutron by James Chadwick in 1932. This discovery paved the way for the realization that neutrons could induce fission in certain heavy elements such as uranium and plutonium. The term gained significant attention during the Manhattan Project of World War II, when scientists worked on developing nuclear weapons. Following the war, fission became recognized for its potential in creating nuclear energy, leading to the establishment of nuclear power plants and its application in various fields. The evolution of nuclear fission continues to impact both energy production and medical technology today.