becquerel rays in English
- Becquerel rays⇄Becquerel rays
the invisible rays given off by radium, uranium, and other radioactive substances. This term has been replaced by the more specific terms, ?alpha rays, beta rays, and ?gamma rays.
becquerel rays in Marathi मराठी
Becquerel Rays
Part of Speech
Noun (plural)
Pronunciation
/ˈbɛkəˌrɛl reɪz/
Definitions
- In Physics: A term used historically to describe the radiation emitted by radioactive materials, now known as ionizing radiation, which was first discovered by Antoine Henri Becquerel.
- In Scientific Use: Rays of energy emitted during the process of radioactive decay, particularly associated with the spontaneous emission of radiation from unstable atomic nuclei.
Usage Examples
- The researcher observed the presence of Becquerel rays in the uranium sample.
- Due to the emission of Becquerel rays, the area was deemed unsafe for prolonged exposure.
Etymology
Named after French physicist Antoine Henri Becquerel, who discovered radioactivity in 1896. Becquerel's discovery involved the emission of rays from uranium, which became known as Becquerel rays.
Synonyms
- Ionizing radiation
- Radioactive radiation
- Alpha, beta, and gamma rays
Antonyms
- Non-ionizing radiation
- Visible light
- Heat (infrared radiation)
Translations
| Language | Translation | Pronunciation |
|---|---|---|
| Spanish | Rayos Becquerel | /ˈbɛkəˌrɛl reɪz/ |
| French | Rayons Becquerel | /rɛjɔ̃ bɛkəʁɛl/ |
| German | Becquerel-Strahlen | /ˈbɛkəˌʁɛl ˈʃtʁaːlən/ |
| Italian | Raggi Becquerel | /ˈraddʒi ˈbɛkɛrɛl/ |
| Chinese (Mandarin) | 贝克雷射线 (Bèikèléi shèxiàn) | /ˈbeɪkəˌrɛl reɪz/ |
| Russian | Лучі Беккере (Luchi Bekkere) | /ˈbɛkəˌrɛl reɪz/ |
| Arabic | أشعة بيكرل (Ashi'at Beekerel) | /ˈbɛkəˌrɛl reɪz/ |
| Hindi | बेकरेल किरणें (Bekarel Kiranen) | /ˈbeːkɾɛl reɪz/ |
| Japanese | ベクレル線 (Bekureru-sen) | /ˈbɛkəˌrɛl reɪz/ |
| Korean | 베크렐 방사선 (Bekurel bangsaseon) | /ˈbɛkəˌrɛl reɪz/ |
Regional Pronunciation Variations
In different regions, the pronunciation of "Becquerel rays" remains largely consistent, particularly in scientific discourse. However, slight regional accents may affect the emphasis on certain syllables, especially in non-native speakers.
Historical Usage
Since the discovery of radioactivity by Antoine Henri Becquerel in 1896, the term "Becquerel rays" was initially used to describe the radiation emitted by radioactive substances. Today, the term has been largely replaced by more specific terms such as alpha, beta, and gamma radiation, though "becquerel" continues to be used as the unit of measurement for radioactivity.
Cultural Nuances
The concept of Becquerel rays, and the broader understanding of radiation, holds a significant place in scientific and medical fields. In popular culture, references to radiation often bring attention to health concerns, particularly related to nuclear energy and accidents. The term "Becquerel rays" is less common in modern usage but remains important in historical and scientific contexts.
More Information
Becquerel rays are now considered part of the broader category of ionizing radiation, which includes radiation from various unstable atomic nuclei. These rays were fundamental to the study of radioactivity and played a key role in the development of nuclear physics. Today, the unit of measurement for radioactivity, the becquerel (Bq), continues to be used internationally to quantify radioactive decay in scientific research, medical applications, and environmental monitoring.