Changes

==Deactivation==

==Deactivation==

Professor Sven Kullander writes in his report about the experiment on March 29, 2011 that the reaction was stopped by switching off the heater and increasing the cooling water flow to a maximum of 30 litres per hour. This contradicts previous claims that the heater would be turned of when operating temperature has been reached. The red wire in the picture to the right(cm 31 - 34) is obviously the heater supply. With a cable this thick it is easily possible to power the heater with 220 volt/20 amp, which in turn could yield the given 4,400 Watt and explain the steam generation. <ref name="Report_Kullander" />

Professor Sven Kullander writes in his report about the experiment on March 29, 2011 that the reaction was stopped by switching off the heater and increasing the cooling water flow to a maximum of 30 litres per hour. This contradicts previous claims that the heater would be turned of when operating temperature has been reached. The red wire in the picture to the right(cm 31 - 34) is obviously the heater supply. With a cable this thick it is possible to power the heater from a regular wall outlet with 220 volt/10 amp, which in turn could yield 2200 Watt and explain the steam generation. <ref name="Report_Kullander" />

Prof. Kullader writes also that the heater acts as a safety: ''"At the end of the horizontal section there is an auxiliary electric heater to initialize the burning and also to act as a safety if the heat evolution should get out of control."'' Obviously a heater cannot act as a safeguard for a heat generating process.<ref name="Report_Kullander" />

Prof. Kullader writes also that the heater acts as a safety: ''"At the end of the horizontal section there is an auxiliary electric heater to initialize the burning and also to act as a safety if the heat evolution should get out of control."'' Obviously a heater cannot act as a safeguard for a heat generating process.<ref name="Report_Kullander" />