People Buying 'Bangsaneung Cheukjeoggi'... Experts Say "Effectiveness is Questionable"

Surge in Search Volume on Portals and Online Platforms
However, Some Skepticism About Effectiveness
Certain Radiation Detected Only with Specialized Equipment

After Japan discharged contaminated water from the Fukushima Daiichi Nuclear Power Plant, interest in 'portable radiation detectors' surged domestically. These devices detect radiation levels at the push of a button. However, there are skeptical voices regarding the effectiveness of these detectors.

According to Naver search trends, the search volume for 'radiation detector' peaked on the 25th of last month, the day after the Japanese government's decision to release contaminated water. Two days later, on the 27th, it appeared on Naver Shopping's best chart.

Portable radiation detectors measure radiation in the surrounding environment. They often use microsieverts per hour (uSv/h), the international unit for radiation dose rate.

Radiation detector. The photo is not related to any specific product mentioned in the article. [Image source=Getty Images Bank]

Today, radiation detectors are manufactured by various domestic and international companies and can be easily purchased through e-commerce. Because of this, they have consistently been popular products whenever public concern about radiation rises.

In fact, the popularity of radiation detectors increased after the 2011 Great East Japan Earthquake and the subsequent nuclear accident. According to Statistics Korea, patent applications for portable and installed radiation measuring equipment in South Korea surged by 300% between 2009 and 2013.

Some products exploit vague fears about seafood safety to engage in 'fear marketing.' One radiation detector advertisement on an online platform featured the promotional phrase, "Worried about Fukushima contaminated water?"

Search Volume Surge for Radiation Detectors on Naver Trends
[Image Source=Naver]

However, experts are somewhat skeptical about the effectiveness of portable detectors. The Measurement Club of the Korea Research Institute of Standards and Science (KRISS) provided a detailed explanation in 2013 about the actual radiation measurement performance of portable radiation detectors.

According to the institute, radiation refers to rays emitted when the nucleus of a specific element decays. These rays include gamma rays, beta rays, and alpha rays. Among these, radionuclides that emit only beta or alpha rays are practically difficult to measure with portable detectors.

The institute explains that they use specialized equipment to extract specific isotopes and conduct measurements over several hours to obtain accurate readings.

Additionally, radiation detectors produced by private manufacturers vary widely in measurement range, accuracy, and displayed units depending on the manufacturer. Without a precise understanding of radiation measurement, it is difficult to use these devices effectively.

This content was produced with the assistance of AI translation services.