Wednesday, November 30, 2011
Tuesday, November 29, 2011
Monday, November 28, 2011
Sunday, November 27, 2011
Saturday, November 26, 2011
Atlantid /Orosiin olon angit kino 36
Orosiin olon angit enehuu kinond
Negen busguin amidraliig haruulsan baidag.Vera gegch busgui hun aminii heregt gutgegden shorond baihdaa eregtei horigdld huchinduulen jirelmsen boldog tsaashid uil yvdal herhen urnuhiig ug kinonoos haraarai.....
Ta surtalchilgaa deer daraarai......
Friday, November 25, 2011
Thursday, November 24, 2011
3-н Бүдүүн Хамтлаг Бельгид 2011.11.23.
3 Бүдүүн хамтлаг Европын орнуудаар аялан тоглолт хийж байгаа бөгөөд 2011.11.23 -ны өдөр Белгийн вант улсын Антверпен хотод хүрэлцэн ирж
3 Бүдүүн хамтлаг Европын орнуудаар аялан тоглот хийж байгаа бөгөөд 2011.11.23 -ны өдөр Белгийн вант улсын Антверпен хотод хүрэлцэн ирж Элэг нэгт Монголчууддаа ая дууныхаа дээжээс өргөн тухлан саатахын хамт Монголын Үндэсний Олон нийтийн телевизийн ТВ Караоке нэвтрүүлэгийн хамт олон ээлжит дугаараа бэлтгэсэн байна .
Админ миний бие Та бүхэндээ зориулж тоглолтын хэсгээс болон фото агшинг хүргэж байгаадаа баяартай байна .
Тухлан сууж үзээрэй..Амжилт...
Wednesday, November 23, 2011
WOU!!!!! ASOMBROSO BAILE (que talento)
Гайхамшигт бүжигчин......Видео
Tuesday, November 22, 2011
Ирээдүйн “Гурван охин” хамтлаг
Удахгүй 10 жилийн ойн баяраа тэмдэглэх гэж байгаа “Ньюанс” хамтлагийнхныг эв нэгдэлтэй байж чадсанаараа одоогийн амжилтандаа хүрсэн гэдэг. Түүнийг нь ч илэрхийлэх нэг сонин байдаг гэнэ. Тус хамтлагийн шинэхэн гишүүн Д.Дүйнхоржаваас бусад гурав нь нэг байранд амьдардаг юм байна. Тэр ч байтугай нэг орцонд амьдардаг тэдний гурван охин нь насаар эн чацуу гэнэ. Бүр цаашилбал нэг цэцэрлэгт явдаг бөгөөд өглөө бүр аавуудыг нь “Ногоон төгөл” хотхоноос гараад охидоо дагуулан нэг цэцэрлэг рүү явахыг нь харж болох гэнэ. Эв нэгдлийг эрхэмлэж чадсан “Нюанс”-чууд үүнийгээ ч илэрхийлж гурван охиноо нэг цэцэрлэгээс гадна бүр нэг ангид сургадаг гээд бод доо. Монголын сонгодог урлагийн ертөнцөд шинэ алхам нээж, өөрсдийн гэсэн хөг дангаар эгшиглэж яваа “Нюанс” хамтлагийн залуусын гурван охин аав нарынхаа авьяасыг өвлөсөн, сэргэлэн цовоо охид байдаг гэж цэцэрлэгийн багш нар нь магтдаг гэнэ.
Аливаа уралдаан тэмцээнд цэцэрлэгээ төлөөлөн оролцдог гурван охиныг ирээдүйн “Гурван охин” хамтлаг хэмээн битүүхэндээ ярилцдаг гэсэн.
“Нюанс” хамтлагийн залуусын гурван охиныг "Амьдралд ойрхон шинэ жил" дууны клипээс харж болох юм байна.
Edinburgh Zoo from China
Penguins returned to wild..
The first group of penguins affected by an oil spill off the coast of New Zealand have been released back into the wild.
The Rena ran aground off the Astrolabe reef on 5 October and more than 350 tonnes of oil have spilled from the ship into the ocean.
The 49 penguins are the first of 350 to be given a clean bill of health after being rescued and cleaned, and they have been microchipped so their progress over the next year can be monitored.
Wildlife response manager Kerri Morgan said it was "really nice to see that, for these birds, they are back where they belong".
Cambodians seeking Khmer Rouge justice
...Video
Cambodians who lost relatives to the Khmer Rouge regime are converging on the capital to hear the trial of the three most senior surviving leaders.
There is anger that only three men are being tried for the deaths of some 1.7 million people in the 1970s.
Only one senior Khmer Rouge figure has ever been convicted, and Pol Pot died in 1998 before facing a full trial for his crimes.
Feargal Keane reports from Phnom Penh
There is anger that only three men are being tried for the deaths of some 1.7 million people in the 1970s.
Only one senior Khmer Rouge figure has ever been convicted, and Pol Pot died in 1998 before facing a full trial for his crimes.
Feargal Keane reports from Phnom Penh
Monday, November 21, 2011
Sunday, November 20, 2011
lightest material
The substance is made out
A team of engineers claims to have created the world's lightest material.
The substance is made out of tiny hollow metallic tubes arranged into a micro-lattice - a criss-crossing diagonal pattern with small open spaces between the tubes.The researchers say the material is 100 times lighter than Styrofoam and has "extraordinarily high energy absorption" properties.
Potential uses include next-generation batteries and shock absorbers.
The research was carried out at the University of California, Irvine, HRL Laboratories and the California Institute of Technology and is published in the latest edition of Science.
"The trick is to fabricate a lattice of interconnected hollow tubes with a wall thickness 1,000 times thinner than a human hair," said lead author Dr Tobias Schaedler.
Low-density The resulting material has a density of 0.9 milligrams per cubic centimetre.
By comparison the density of silica aerogels - the world's lightest solid materials - is only as low as 1.0mg per cubic cm.
The metallic micro-lattices have the edge because they consist of 99.99% air and of 0.01% solids.
The engineers say the material's strength derives from the ordered nature of its lattice design.
By contrast, other ultralight substances, including aerogels and metallic foams, have random cellular structures. This means they are less stiff, strong, energy absorptive or conductive than the bulk of the raw materials that they are made out of.
William Carter, manager of architected materials at HRL, compared the new material to larger low-density structures.
"Modern buildings, exemplified by the Eiffel Tower or the Golden Gate Bridge are incredibly light and weight-efficient by virtue of their architecture," he said.
"We are revolutionising lightweight materials by bringing this concept to the nano and micro scales."
Robust To study the strength of the metallic micro-lattices the team compressed them until they were half as thick.
After removing the load the substance recovered 98% of its original height and resumed its original shape.
The first time the stress test was carried out and repeated the material became less stiff and strong, but the team says that further compressions made very little difference.
"Materials actually get stronger as the dimensions are reduced to the nanoscale," said team member Lorenzo Valdevit.
"Combine this with the possibility of tailoring the architecture of the micro-lattice and you have a unique cellular material."
The engineers suggest practical uses for the substance include thermal insulation, battery electrodes and products that need to dampen sound, vibration and shock energy.
