by cheap and fast way, and 3,000 degrees c required to test some facilities. at that time it was military tests, the focal spot. to see how military equipment can deal with extreme temperature, yes? yes, yes. for example, a simulation of nuclear power explosion, testing of protecting material of space shuttles. it works by turning 62 mirrored panels to bounce the sun onto 10,000 tiny mirrors onto the dish shaped building. they then focus the sun s rays onto a small furnace known as the concentrator. and you can even see for yourself just how powerful the sun can be when reflected off mirrors. yeah? 0k. so you hold it. oh, look at that! immediately. within two or three seconds, this
tests, the focal spot. to see how military equipment can deal with extreme temperature, yes? yes, yes. for example, a simulation of nuclear power explosion, testing of protecting material of space shuttles. it works by turning 62 mirrored panels to bounce the sun onto 10,000 tiny mirrors onto the dish shaped building. they then focus the sun s rays onto a small furnace known as the concentrator. and you can even see for yourselfjust how powerful the sun can be when reflected off mirrors. yeah? 0k. so you hold it. oh, look at that! immediately. within two or three seconds,
yes, yes. for example, a simulation of nuclear power explosion, testing of protecting material of space shuttles. it works by turning 62 mirrored panels to bounce the sun onto 10,000 tiny mirrors onto the dish shaped building. they then focus the sun s rays onto a small furnace known as the concentrator. and you can even see for yourself just how powerful the sun can be when reflected off mirrors. yeah? 0k. so you hold it. oh, look at that! immediately. within two or three seconds, this stick gets to 1,000 degrees celsius. absolutely love it. the institute has lost some