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Russia says radiation levels reached 16 times normal in blast 

The blast killed five atomic scientists during test of a missile engine that used “isotope power sources” on an offshore platform in Arkhangelsk region, close to Arctic Circle, state nuclear monopoly Rosatom said over the weekend.

world Updated: Aug 13, 2019 14:42 IST
Jake Rudnitsky
Jake Rudnitsky
Bloomberg
People gather for the funerals of five Russian nuclear engineers killed by a rocket explosion in Sarov, the closed city, located 370 kilometers east of Moscow, Monday, Aug. 12, 2019. Thousands of people have attended the burial of five Russian nuclear engineers killed by an explosion during tests of a new rocket. The engineers, who died on Thursday, were laid to rest Monday in the city of Sarov that hosts Russia’s main nuclear weapons research center.
People gather for the funerals of five Russian nuclear engineers killed by a rocket explosion in Sarov, the closed city, located 370 kilometers east of Moscow, Monday, Aug. 12, 2019. Thousands of people have attended the burial of five Russian nuclear engineers killed by an explosion during tests of a new rocket. The engineers, who died on Thursday, were laid to rest Monday in the city of Sarov that hosts Russia’s main nuclear weapons research center.(Russian State Atomic Energy Corporation ROSATOM via AP)
         

Radiation levels near the site of a failed missile test on Russia’s White Sea reached as high as 16 times normal immediately following the Aug. 8 incident, according to the state meteorological service.

Gamma radiation measured at six of eight testing stations in Severodvinsk at 12 p.m. ranged from 4 to 16 times the port city’s normal rate of 0.11 microsieverts per hour, with one observation point showing 1.78 microsieverts per hour, according to a Roshydromet statement. The World Nuclear Association estimates the hourly dose from flying at 30,000 feet in North America is 3 to 4 microsieverts.

The radiation levels at the six stations declined steeply within half an hour and were close to normal levels by 2:30 p.m., according to Roshydromet. Severodvinsk, a city of 180,000, is about 40 kilometers (25 miles) from the offshore platform where the explosion occurred.

The blast killed five atomic scientists during a test of a missile engine that used “isotope power sources” on an offshore platform in the Arkhangelsk region, close to the Arctic Circle, the state nuclear monopoly Rosatom said over the weekend. The Defense Ministry initially reported two were killed in the accident, which it said involved testing of a liquid-fueled missile engine. The ministry didn’t mention the nuclear element.

News of the explosion set off in nearby cities and towns a run on iodine, a form of which is believed to help prevent the thyroid gland from absorbing radiation. Norway said it had stepped up radiation monitoring after the incident but hadn’t detected anything abnormal. Finland’s Radiation and Nuclear Safety Authority said it didn’t expect to find an increase in radiation after the incident.

President Donald Trump said on Twitter that the U.S. “is learning much from the failed missile explosion in Russia” and added that “we have similar, though more advanced, technology,” without giving more details.

Russian media have speculated that the weapon being tested was the SSC-X-9 Skyfall, known in Russia as the Burevestnik, a nuclear-powered cruise missile that President Vladimir Putin introduced to the world in a brief animated segment during his state-of-the-nation address last year.

First Published: Aug 13, 2019 14:38 IST

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