Anatoly Alexandrov (physicist)

Alexandrov became prominent during World War II, when he devised in collaboration with Igor Kurchatov a method of demagnetizing ships to protect them from German naval mines. On 9 August 1941, Alexandrov and Kurchatov arrived in Sevastopol to organize work on equipping the Black Sea Fleet ships with the system, and by the end of October it had been installed on more than 50 ships. At the same time, Alexandrov and Kurchatov continued research to improve it. The method was effective by the end of 1941 and was in active use through the end of the war and afterwards. It was successfully used by the Soviet Navy, during the Siege of Sevastopol, Siege of Leningrad, on the Volga River during the Battle of Stalingrad and in the Baltic Sea campaigns.[5]

Alexandrov (second from left) during a meeting in Vladivostok (1988)

Both Alexandrov and Kurchatov worked at the Ioffe Institute by that time (their laboratory separated from the Ioffe Institute and moved to Moscow in 1943 for the work on the Soviet atomic bomb project).[6]

From 1946 to 1955, he was director of the Institute for Physical Problems, where he was appointed to replace Pyotr Kapitsa. In 1955, he became deputy director of the Institute of Atomic Energy, and after the death of Kurchatov in 1960, he became its director. On the initiative of Alexandov, power plants for the nuclear icebreakers Lenin, Arktika, and Sibir were developed.[7]

Alexandrov was a member of the Communist Party of the Soviet Union from 1962. It was under the leadership of Alexandrov, that technical, organizational and production problems were solved in an unprecedentedly short time during the construction of the USSR's first nuclear submarine with a nuclear propulsion system. As a result, in 1952-1972, Sevmash mastered the serial production of submarines with a nuclear propulsion system and became the largest nuclear submarine shipbuilding center in the USSR and the world. At Sevmash, 163 combat submarines were built. In the 1970s, the company produced Typhoon-class nuclear submarines, which entered into the Guinness Book of Records as the largest submarines in the world.[8]

In the 1960s, on the initiative of Alexandov, the largest helium liquefaction plant was built in the USSR . This provided a wide front for fundamental research in the physics of low temperatures, as well as on the technical use of superconductivity. He was the scientific supervisor of the project of RBMK reactor plants.[9]

2003 Russian stamp commemorating Alexandrov

Described by colleagues as a brilliant scientist and organizer, he was deeply affected by the Chernobyl disaster, the worst nuclear accident in history. It killed at least 32 people and caused widespread radioactive contamination. Tens of thousands of people were evacuated as a result. According to him:

"To manage such an institute as the IAE, the largest institute and the most difficult work, and at the same time take care of the Academy - I must say, it was extremely difficult. In the end it ended sadly. And when the Chernobyl accident happened, I believe that from that time both my life began to end, and my creative life."

The accident subsequently prompted the Soviet Government to review and suspend the ambitious nuclear power program. As principal designer of the RBMK reactor that exploded at Chernobyl, Alexandrov refused to concede that a design flaw contributed to disaster.[10]

Alexandrov died of cardiac arrest on 3 February 1994 in Moscow. He is buried at the Mitinskoe Cemetery in Moscow.