The Geological Impact of Nuclear Testing at the Nevada Test Site

Nuclear test Geological influence at the Nevada test site Nevada Test Site is a nuclear weapon test site designated by the US government. It is located in the southern part of Nevada State and is as big as Rhode Island State. This place was founded in 1952 and is one of the five sites designated for this task. Until 1958 ground or nuclear tests were conducted at the Nevada test site. The test was suspended until the United States decided to start an underground test in 1962.

The Nevada test site in the desert of Nevada since 1951 has become a major place for all nuclear tests in the US (Somipalatinsk test site in Kazakhstan also played a similar role in the Soviet Union). Tests are divided into two main categories: "weapon related" (a way to verify whether to verify whether a new weapon is effective or not) and "weapon effect" (weapon performance under various conditions or Performance when receiving weapons processing). Initially, almost all nuclear tests were in the air (in the air, in the air) or in the water (like some experiments in the Marshall Islands). This test was used as a sign of national and technical strength, but also raised questions about the safety of testing to release nuclear sediment into the atmosphere (especially the 1954 Castlebravo test, limited amount , Almost all atmospheric) nuclear test)

The Nevada test site is located 65 miles northwest of Las Vegas (105 km) and was established for nuclear weapon experiments on January 11, 1951. There are approximately 1,350 square miles (3,500 square kilometers) of desert and mountainous areas in the premises. On January 27, 1951, a nuclear test on the Nevada test site began when 1,000 tons of TNT (4.2 TJ) bomb was dropped on the plains of France. The last atmospheric test took place on July 17, 1962, and the underground test of weapons continued until September. This place is known for having the highest concentration of nuclear explosive weapons in the United States.

On May 25, 2009, North Korea conducted the second underground nuclear test. The US Geological Survey calculates that its origin is near the first nuclear test site. This test is more powerful than the previous test and is estimated to be 2-7,000 tons. On the same day, the short range missile test succeeded. In May 2010, the North Korean government claimed that the fusion was successful. While the claim at the time was largely rejected, the analysis of the radioactive isotope in 2012 showed that North Korea may have carried out two nuclear tests including nuclear fusion. This paper was suspected because it turned out that the test was not conducted in subsequent seismic data analysis. Evidence of nuclear test was found in the research using seismic data in 2014, but in 2016 research, the idea of ​​nuclear test was rejected again, and the earthquake data shows small earthquakes