, Kathmandu. Called "do not understand understanding prized fig handle". Even relatively small country of Nepal and its diversity of natural heritage is rich country. And the development of tourism resources in view of the potential. But the possibility of realizing the need to change much effort is. Moreover, one can not deny that mining output. Mustang lomanthana tourism is a very important place in view. Department of Mines and Geology, the largest uranium mines in the team valuable Upper Mustang is detected.

Lomanthang area 10 miles long and 3 miles wide, was found in the field of uranium reserves. In 1 99 0 according to Cai test MAKWANPUR Dhiyal tinabhangale-kalopani open area close to 5 hundred 12 m length and 15 m thinning reserves of uranium exploration has been. Tinabhangaleko kalopani uranium reserves in the side of the river is open, elsewhere if the clay is covered. The smell of musk his navel looking elsewhere as it runs our government the importance of this precious metal Gandaki saligramako as though it is well kept.

It also move goods without knowing the sensation of Nepal Himalaya trend kaudimai also remember that milkancha bhillaka also led to the land of Mani. A relatively large udauda our neighboring countries as well as China and India develop nuclear furnace space rocket sent out. Industrial growth in neighboring India and China may be the potential market for uranium. India is the world's largest repository of nuclear energy for the production of astreliyasamga has to buy uranium. Uranium is also the main source of electricity production has been growing.


Uranium and its importance

Uranium is a chemical element of atomic number 9 2. yureniyama tatvamadhye restricted nature of the radioactive metal to expedite most 238 atomic mass. This element was discovered by the German chemist Martin Heinrich had klaprothale. Phyamkirahane vikiranaharu constantly energetic as it is hundreds of years old.

Experts GM counters to detect uranium, sintilesana counter, etc. With the help of a mechanism to measure their radiation power. This radiation can be sure about the yardstick of uranium store. Yellow cake made out of processed uranium mining oralai.

Yellow cake or Yurenia uranium is processed and created oralai misrita aksaidko uranium as is. This water naghulne pungency of dust. It is 2880 and it is 80% uranium oxide is dissolved degrees ello cakes can be exported abroad.


Energy production, medical, industrial and geological study of uranium is used. Uranium is considered the most precious metal. Uranium for nuclear plants in vital raw material. Uranium nuclear bombs and nuclear testing is not possible due to lack of learning to Yellow cake uranium mine made all the land.

Mainly two kinds of painchana uranium, uranium and uranium -235 -238. Uranium is found naturally -238 and -235 nuclear processing center began processing uranium then made Belgium, Bulgaria, Czech Republic, Finland, France, Hungary, Japan, South Korea, Slovakia, Slovenia, Sweden, Switzerland and Ukraine 30%, or the more than all the nuclear plants produce electricity.

Kajakastana, Canada, in Australia, ceded, Russia and other countries produce more uranium. This metal is also high demand in the world market, but Nepal was formulated molecular Act when the Act was not enacted and it is important to seek immediate initiative.


Uranium restricted places in Nepal

Upper Mustang area of ​​Nepal Lomanthang, MAKWANPUR Dhiyal tinabhangale, Makwanpur ciruva opened and opened camde, Kathmandu Wake up, BAJHANG senagadha, nimligadha, debhaleka, Langtang Mountains also plenty of uranium in the various research seems likely.

In addition, the northwest region of the capital Rs.four pamcamane area, Mailung, sivapuriko Tokha, Rasuwa some part, some parts of the high radioactive radiation found near Charikot preliminary study has shown. According to the Department of Mines Exploration Shivalik region, Bucha opened SINDHULI, Ramrosan burigagam, Chitwan maradara opened and opened pampa, Baitadi bagegadha (East), bagegadha (West), सानीगढ,जमरी,गोरङ्ग(पूर्व),गोरङ्ग(पश्चिम),बङ्गाबगर Bagotaasapasama uranium is likely.

Bucha SINDHULI opened and Kathmandu sivapurima other place is projected to be more than uranium. The department also MAKWANPUR own study, SINDHULI, Baitadi, Darchula lumthi, banku, pautali, caupata, ukugadha, Bajhang, Bajura gadhara Kathmandu Kodari Highway 24 where uranium was given the signal. These MAKWANPUR-Dhiyal-3 to tinabhangale-kalopani area being the most radioactive area of ​​the radiation generated.

Hetauda market in the village and from there 45 km purvitara Makwanpur tinabhangale 1 99 0 Department of Mines and Geology in mining uranium for the first time, the fact was discovered. Data for the surrounding area of ​​about 15 thousand tonnes of tinabhangale opened kalopani mining uranium is stored, which is at least 35 tons of pure uranium mining and processing extract preliminary estimate.


In 1 99 1 BAITADI strives to spread unconfirmed reports of smuggling of gold Chameliya chose the team of the Department of Mines to check the possibility of uranium was discovered. After two years of work by the mining department in Far Western Region of the detailed report was made. Department BAJHANG nimli team to cultivate and Phakhel jamari gadama 3 thousand 8 hundred 8, respectively 9 and 9 thousand 2 hundred and 13 cps uranium radiation was detected in fact. This in itself is a very large amount of radiation, because Pakistan was from pratilakha opined 3 thousand 5 hundred radioactive uranium excavation work is being said and also 4 thousand 2 hundred particles pratilakhama where uranium mining has continued for 20 years.

Development of the mining sector in Nepal

Called the development of life. Bikasale maturity and experience will come as a result of the gradual change pragatisila profane. A unit of the Department of Mines and Geology, Government of Nepal, who surveys all geographic mining exploration, management and development of the related rules and laws, geo-scientific investigation and study all the work related to organization took responsibility. Compared to other countries with a long history of Mines and Geology Department has only a short 60 ÷ 65 years.

Our neighboring country of India, Geological Study, research has been more than 1 hundred and 50 years. The United States has found more than 3 hundred years. The geological study of the country now, continue on innovative research to find out what are going. This continuous process. The Department of Mines as little systematic research has been launched 30 ÷ 35 years of age. The Department of Studies, Research and whatever has been achieved, the lack of physical infrastructure and the various bodies of the nation due to its plenary bajheka also not been able to take full advantage of.

Geological studies and research related to geography goes. So far the geological study, research shows that the plateau points of each mineral in terms of importance. Important minerals are found in each territory and is likely to meet in the future. Need, new technology, new thinking, and patience through physical infrastructure and innovative use of the mineral reserves have been found, also can be detected.

Jalasampadakai around the country are likely to be far 12 kinds of minerals, abundant mineral found padarthamatra being excavated. 9 5 from across the country in recent limestone, coal, iron, kainaita, Magnesite, Marble, Quartz, kvarjaita, red clay, fit, tumalina and zinc mining is taking place. Department had registered 84 cases related industries are operated by two darjanamatra. Dang, Rolpa, Salyan, Pyuthan and Palpa coal and iron mines operated in the mountains are available in other parts of the nation copper, glass, mica, sulfur, slate, geru and graphite has not been excavated.

Ornaments of precious metal used turmalaina WFP has yet to be found, the excavation. Mining and mineral industries, administrative, technical, and economic rights of all anugamanasahita the establishment of the Ministry of Mineral need. Anvesanasambandhi mining and mineral policy and programs, development of this sector study, training, research, surveys and technology development and transfer responsibility to the Department of Mines and Geology, would accept a different act to be decided. Due to the political transition to meet the necessary regulations to make the mining and mineral industry will be promoted government gives high priority. Mining, water, tourism and human resource development and exploitation of samucita determined political leadership to advance prosperity in the nation until the economic revolution is envisioned blank.

Uranium properties and defects

Japan's Hiroshima and Nagasaki in World War II, two powerful Atom pelted amerikale vamale very big money people had damage. In 1 9 45 Uranium and Uranium -238 -235 From underlined Little Boy Fat Man was made from the modified and named the nuclear bombs on Hiroshima and Nagasaki in Japan, about 75 thousand people were killed in the explosion on trial, 50 thousand buildings were destroyed. Atom bomb is very flammable and explosive substances that could be kind of division of uranium (Uranium) and pyulotoniyama (plutonium) are made from.

Atom bomb blast instantly suddenly reaches millions of degrees Celsius temperature rise. It is all part of the gas bomb changing millions of times more than the pressure of the atmosphere and the surrounding air begins to spread capdai this rapid motion. Anonymous during a fire, and the same time huge ball of fire out very hot havasanga together. This powerful radiation generated in faithful response from Canonical equally powerful Newton (Neutron) and gamma radiation (Gamma Radiation) s come out. After the hot blast furnace gas and radiation becomes colored.

2-3 minutes within a few kilometers of it seems to rise up and Kumal umbrella. The explosion of plants and animals to radiation in dousing pasnale goes to great losses. The end of World War II, American scientific opanahaimarale experimental scale to build nuclear Wm prusti cease. He responded nuclear fission products even though only a few very small portion of the power of changing the wrongdoing. In fact, nuclear power is replaced with vamama nuclear reaction, but there is very small amount of material padarthamatra power is changed. As a matter full power to change the world of technology that has not yet happened.

If use of uranium for material life can become inseparable friends. By abuse, it can also destroy all life on earth. A kg of uranium 253 has nearly 20 thousand MW per hour equivalent to 30 million tonnes of wood, which can cause heat balada comes out to be equal to the heat. Etamavamama 1 gram of matter is generated tapasakti kilokyalori vilaumda 21 billion. This is 10 thousand liters of kerosene a day gathering as much as 23 years to gather together, and all at once the more offensive to generate more tapasakita power equivalent to 1 gram of matter heat generated bilaumda. It is clear that if a substance that has the power to change the generated power can not imagine.

Radioactive uranium generates radiation scientist who invented polyandaki Madame kyurile in 1 9 1 9 11 03 and in the two Nobel Prize. Curieu the invention of modern science proved to be a boon to the region. Ironically, the same radiation because of what Curieu in 1 1 9 34 died. 31 countries in the world, according to the IAEA 37 nuclear plants are operated by 4 hundred. 15 countries, 68 are under construction new furnace. In 1 9 86, Chernobyl nuclear accident in Russia in 2011 in Japan and in the world because of the Fukushima nuclear reactor accident is being debated to close. Unfortunately, the mining department, including any information found Makwanpur yureniyamabare tinabhangale sector without being influenced by those who are living there.

Uranium metal is such, that a generation will not see any effect of two or three generations can also show the worst affected. The whole hereditary traits can ruin them for. Future benevolence completely disabled can make a vital raw material for uranium power plants in molecular saktisalisrota uranium production and nuclear testing is not possible due to lack of a nuclear bomb.