secondary voltage adder?

["Tesla list" <tesla-at-pupman-dot-com>]

Original poster: "Laurence Davis by way of Terry Fritz <twftesla-at-qwest-dot-net>" <meknar-at-hotmail-dot-com>

more ramblings from larry... :)
imagine a single hv charging multiple tank caps via a single gap.
multiple primary/secondarys connected together at output terminals
through calculated lengths of wire.
the point is to have identical secondaries/primaries.
to make it simple lets just say 3.

use lengths of wire connecting each secondary to delay wave by
fractional amount (in this case factors of 3).
assuming 170khz resonance, 80%c, each length factor would be
1286ft. length available in basement is 30ft. 42 runs or 'turns'.
so 42 'runs' for first delay loop, then 84 runs for second delay loop.
(since I can't think of any other way to delay the wave)
besides the labor to make the runs, wire losses and inductive losses
(which I haven't calculated yet)... I wonder if this would provide
higher output voltages than a single design.  I have a sinking feeling that 
it would not be profitable.

the formula i was thinking for a magnifier coeff would be
(inthis ex)
sin(x) + sin(x+pi/3) + sin (x+ 2pi/3)

this feasible?