The densities of the three rocks from Unbongsan(Goseong-gun, Gangwon-do, Rep. of Korea(South Korea)) were 3.90g/cm3, 2.69g/cm3 and 5.90g/cm3. From the TG/DSC experiment for the sample UB-1 we confirmed the repetitive exothermic processes over 550℃. ...
The densities of the three rocks from Unbongsan(Goseong-gun, Gangwon-do, Rep. of Korea(South Korea)) were 3.90g/cm3, 2.69g/cm3 and 5.90g/cm3. From the TG/DSC experiment for the sample UB-1 we confirmed the repetitive exothermic processes over 550℃. This means that considerable amount of energy could be extracted from Cheon-Jee using some indirect heat sources. The sample UB-3 gave off about 25 wt% of gases upto 800℃ which is different property from those of UB-1 and UB-2. In the 1st and 2nd demonstration, the two devices, HB-1(a conventional heat blower, electrical cap. 5kw, fan cap. 5kw) which is being sold in public market and HB-2(a heat blower privately made by us, electrical cap. 5kw, fan cap. 30kw) equipped with pellets of Cheon-Jee were run simultaneously. And we showed that the amount of heat from HB-2 was much more than that from HB-1. For the voltages of 160V and 200V, the respective average temperatures of HP-2(a ceramic panel coated with Cheon-Jee) were higher than those of HP-1(a ceramics panel for blank test). No distinct gamma ray radiation was detected from the pellet samples of Cheon-Jee.