Carbon 0 steam turbine

plasmas do nuclear fusion 1982-86 I was sponsored to do metallurgy degree by Inco. As the time titanium turbine blades all the state of art! For power generation. Though there was excited talk about Nimonics. Titanium is a scarce mineral, melting at 1,668 °C. Is has a face centred cubic metal. Which capitalises hydrogen reactions. Nickle is it cheaper FCC metal, melting at 1550° C. Which makes Nimonics turbine blades are cheaper to produce. The importance of an FCC metal, is that it does molecular nuclear fusion our steam passes over the turbine blades. 1 H₂O+P+TU→He+O+E²+X-ray TU= turbulence in the steam. Today he steam turbines are answer pressure of eight atmospheres. They will actually be far more energetic if we increase the steam pressure. So the nuclear fusion in the turbine hall, heat so steam up to are the 2000° C. But titanium oxide is a ceramic, melting at 1,843 °C. If my memory serves me correctly, the st...