How Do You Spell RADIATION SENSITIVITIES?

Pronunciation: [ɹˌe͡ɪdɪˈe͡ɪʃən sˌɛnsɪtˈɪvɪtiz] (IPA)

The spelling of "Radiation Sensitivities" is a bit tricky due to its lengthy nature and the presence of multiple syllables. The IPA phonetic transcription of this word can help explain its spelling. The first syllable "ray" is pronounced as /reɪ/, the second syllable "dee" as /dɪ/, and the third syllable "ay" as /eɪ/. The fourth syllable "shun" is pronounced as /ʃən/, and the final syllable "ti" is pronounced as /tɪ/. These combined results in the correct spelling of "Radiation Sensitivities."

RADIATION SENSITIVITIES Meaning and Definition

1. Radiation sensitivities refer to the varying degrees of susceptibility that living organisms or substances have towards radiation exposure. It describes the extent to which the biological or chemical properties of a material, system, or organism are affected by exposure to ionizing or non-ionizing radiation.

   In the context of living organisms, such as humans, animals, or plants, radiation sensitivity is often measured in terms of the damage caused to cells, tissues, or DNA when exposed to radiation. Some organisms or cells may exhibit a higher sensitivity to radiation, experiencing more severe damages, while others may be more resilient and display a lower sensitivity.

   In the field of oncology, radiation sensitivities are also studied to determine the effectiveness of radiation therapy in killing or inhibiting cancer cells. Cancer cells typically exhibit greater radiation sensitivities compared to normal cells, allowing radiation therapy to selectively target and destroy malignant cells while minimizing damage to healthy tissues.

   Radiation sensitivities can also pertain to non-living substances or materials, such as electronic devices or polymers. Exposure to radiation can alter the physical, chemical, or electrical properties of these materials, rendering them more susceptible to degradation, malfunction, or structural changes. For instance, the sensitivity of electronic components to radiation can impact the reliability and performance of devices, especially in high-radiation environments, like space or nuclear facilities.

   Understanding and characterizing radiation sensitivities are crucial for various applications, including radiation protection, assessment of health risks, development of radiation therapy protocols, and design of radiation-hardened materials and technology.

Common Misspellings for RADIATION SENSITIVITIES

• eadiation sensitivities
• dadiation sensitivities
• fadiation sensitivities
• tadiation sensitivities
• 5adiation sensitivities
• 4adiation sensitivities
• rzdiation sensitivities
• rsdiation sensitivities
• rwdiation sensitivities
• rqdiation sensitivities
• rasiation sensitivities
• raxiation sensitivities
• raciation sensitivities
• rafiation sensitivities
• rariation sensitivities
• raeiation sensitivities
• raduation sensitivities
• radjation sensitivities
• radkation sensitivities
• radoation sensitivities

Etymology of RADIATION SENSITIVITIES

The word "radiation" comes from the Latin word "radiare", which means "to emit rays or emit light". "Sensitivities" is derived from the Latin word "sensitivus", which means "capable of feeling or perceiving".

Therefore, the term "radiation sensitivities" combines these two words to describe the state or condition of being sensitive to radiation, referring to how certain individuals or organisms can react or respond to radiation exposure.