How Do You Spell HAROLD MCCLUSKEY?

Pronunciation: [hˈaɹə͡ld məklˈʌskɪ] (IPA)

The name "Harold McCluskey" can be spelled using the International Phonetic Alphabet (IPA) as /ˈhærəld məˈklʌski/. The IPA represents the sounds heard in each syllable of the name, with the stress falling on the first syllable. The "h" in "Harold" is pronounced as a voiceless glottal fricative, while the "c" in "McCluskey" is pronounced as a voiceless velar stop. These phonetic transcriptions can help people pronounce and spell the name correctly in various languages and contexts.

HAROLD MCCLUSKEY Meaning and Definition

  1. Harold McCluskey was an American worker who gained notoriety for being involved in a highly radioactive accident in 1976. Born on November 8, 1932, in Olympia, Washington, he became known as the "Atomic Man" after surviving the mishap at the Hanford Site, a nuclear production complex in Washington state.

    In the dictionary, Harold McCluskey would be defined as an individual who was exposed to an exceptionally high level of radiation, making him one of the most radioactively contaminated humans in history. The accident occurred when McCluskey was working at the Hanford site and a piping system carrying highly radioactive americium-241 broke open, releasing an enormous cloud of radioactive particles. Despite wearing protective clothing, the incident resulted in McCluskey being soaked with nearly 500 times the maximum allowable annual radiation dose for a nuclear worker.

    Following the accident, McCluskey's body became a case study for the effects of severe radiation exposure on the human body. Despite suffering from severe radiation sickness, including burns and hair loss, he amazingly survived the incident, though he experienced several health issues in the years that followed.

    In conclusion, Harold McCluskey is defined as an individual who survived a catastrophic radioactive accident, becoming one of the most extensively contaminated individuals from radiation exposure. His case has contributed greatly to the understanding and research on the effects and treatment of severe radiation poisoning.