Can electrolytic 1uf capacitor be greatly increased in voltage, to over 100v, (like a boost converter), by half wave pulsing DC 35v going in SERIES through diode, l inductor coil, diode, l inductor coil, and diode to capacitor, without using DC resonant pulse charging? The off time allows for back EMF of coils to add forward.

 

Try it with the L as the input, the C from the output side of the L to ground. The waveform amplitude across the capacitor can become large when driven at the circuit's resonant circuit. A diode from the capacitor can rectify the AC to get you a DC output. You must use a non-polarized capacitor to resonate with the coil, a "normal" electrolytic will not work.

"...without using DC resonant pulse charging?" Not sure what you mean by this, but you must operate near or preferably at the LC resonant frequency to get the voltage multiplication effect.

 

Look up boost converter.

 

Better to look up LC resonant boost converters.

 

Better to look up LC resonant boost converters.

View attachment 343715

Well I don’t see “A capacitor in series with a diode and inductor.”. That describes a boost converter:

ResearchGate

 

Can electrolytic 1uf capacitor be greatly increased in voltage, to over 100v, (like a boost converter), by half wave pulsing DC 35v going in SERIES through diode, l inductor coil, diode, l inductor coil, and diode to capacitor, without using DC resonant pulse charging? The off time allows for back EMF of coils to add forward.

You're not asking the right question. It's marked on your .1uF capacitor what it's voltage rating is. You cannot exceed that or you blow through the internals of the capacitor. You must get a .1uF cap that is rated for 100V.

 

Well I don’t see “A capacitor in series with a diode and inductor.”. That describes a boost converter:

ResearchGate

Below is the circuit I posted. Note CR and LR,=,

 

Can electrolytic 1uf capacitor be greatly increased in voltage, to over 100v, (like a boost converter), by half wave pulsing DC 35v going in SERIES through diode, l inductor coil, diode, l inductor coil, and diode to capacitor, without using DC resonant pulse charging?

There is no advantage to using more than one inductor-diode to do that charging.
It will not increase the voltage above using one inductor equal in inductance to the sum of the multiple inductances.

 

The short answer to the original question is YES, while the best answer is "yes, BUT, there is more to it". Look up the circuit of a BOOST switching power supply and see that every part and every connection matters.