From: treon3verdery@gmail.com   
      
    I read about accelerants, i think these can be things like microparticulate   
   aluminum in octane i may have read about. A way to make a microparticulant   
   accellerant 10,000 times more effective than aluminum micropowder, would,   
   using nanostructured cheaply    
   produced materials, put a little electricity/charge immanentizing radio   
   antenna on an eentsy piece of aluminum, exposing it to an inductive radio EM   
   field, and then noting how the huge  local electron surplus make the eentsy   
   piece of aluminum thousands    
   of times more reactive than regular aluminum or fluorine. A cheap way to make   
   100 nm on a side metal cuboids, spheres, even koosh balls, each with its own 4   
   nm "bowtie" antenna is to use dilute electroless plating of silicone polymer   
   coated rotating    
   tubes or drums. Silicone polymers easily mold 11 nm feature sizes. So, making   
   a high volume roller mold, an electron beam gun writes a whole bunch of   
   cuboids or hedgehogs with a linear conductor to a "bowtie" antenna that is   
   2-16 nm big. *--|><| what is    
   called electroless plating is sprayed in the mold, and, a better version which   
   can plate iron, gallium, and aluminum with a nonwater non oxidizing solvent   
   like NH3 is used. The electroless plating metal only makes up 1/4 the volume   
   of the fluid on the    
   roller so when it plates out to imitate mold shape it dries to make a 1/2-1/4   
   sized eentsy particle that features an antenna. A region of ultrasound or   
   magnetism next to an electrostatic dust scrubber pulls accumulating grams of   
   nanoelectric antenna    
   chemistry accelerators off the silicone drum. This can be used as is, just   
   mixing it with minimally refined C14-20 (optically transparent but near crude   
   oil), and putting an EM energy emitter next to the engine/cylinders that when   
   switched on make the    
   fuel oxidize twice as fast. There is another improvement to the cuboids,   
   chemical trandformation of an iron layer to Fe2O3 ferrite   
      
   Acoustic coupling   
   Magnetic motion to travel 300-2000 atom radii during use   
      
   At mines, inductive accellerants at a km long laser drilled 1/2 cm diameter   
   tube could be activated from the tube having a single long outputting   
   inductive wire in it or a km long plastic tape/wire that looks like a series   
   of RFID squares, such that    
   every 2-3 cm is separately detonateable, that permits custom designed   
   compresiion explosions which produce preferred amounts and depths of ultrafine   
   rock powders and fracture zones. Alibaba 1/1000th of a cent 1.5 cm RFID tags   
   exist so the rfid custom    
   detonator wire could be $70 or $34 a linear kilometer 1/2 a cm wide. Other   
   kinds of wire at 1/10th of a cent a meter could do custom inducting from   
   having inductor spirals placed each 2 cm on them for just $1 per linear   
   kilometer. Similar but different    
   is if nitrogen explosives can be detonated with a 1-11w fiber optic with   
   regularly spaced ouput facets on it of different colors. Running laser or led   
   or synthetic white light through the color-transmissive 1-11 facets per   
   frequency, 100k facets per km    
   of fiber optic produces 1 cm resolution explosion timing and overlap at the   
   fiber optic bright or also percussive laser "linear blasting cap", the fiber   
   optic with facets and color passing diffraction gratings on it is plausibly   
   1/10th of a cent per    
   meter, so just 100 cents per kilometer.   
      
      
   [continued in next message]   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)