If I were you I would find a 600v to 1000v 35A bridge rectifier on ebay or a online surplus electoninics store for 3$ each. it is a lot more simpler and reliable

one thing I'm seeing on your transformer primary is the amount of windings. there should be about 4-6 turns of hevey wire like 14-10 awg. When the unit is in resonance the primary caps and secondary will have a lot of circulating current. the secondary should have the same resonance that will help with your power and voltage gain

it looks like you have 8 seconaries. each two have there own bridge rectifier. I assume that each winding is floating. if this is the case each set of secondaries and bridge should be treated as though they are a battery so you can set them in parallel or series them. if you series them the potensial will be the highest`and the hazard for arcing to other things like metal or you will go up. you won't be able to hold that yellow wire any more.

what is your supply voltage beacaus you have a lot of current but not very much voltage, maybe 5KV -10Kv. if that is a x-ray transformer it is capible of an arc 3x bigger or more. maby a igbt brick half bridge setup running off the mains will get you there

Hi johnf. and all, primarily this is a thought experiment and I have not done any heavy calculations to create the bobins. I might add sepperator betwean the cores like kapton. I am hopping to make it a resonant system like a ZVS and drive it with a brick H-bridge setup. I hope to add some capacitors in parallel with the primary to increase the circulating current in the primary. My point
about making the secondaries angled is for holdoff because I would like to get to get about 25kv peak each out of phase whitch means they will probly have to go under oil. the end product is for a fullwave HV dublier. alot of thease jacobs ladder ZVS setups put out about 10-15Kv using a bobin like PVC tubing wich is awsum but I would like a little more voltage. the primary dose not have to go under the secondary so I have used my imagination to make it more resistant and with 3D printers this may be pausible. Any comments welcome

hi all sorry for the delay but here is the bobbin shape that i am hopping to print. it may be a while before I get the printer so i will see if i cant get it printed online
if any body likes it wants the file ir print one let me know. I shaped it around the amazon cores I bought. any comment are welcome.

I'm going to try building one my self if you ever wanted to sepperate with one PM me

hi Steve, creating a layered bobbin would work too. acrylic laser cut layers glued together might work as well but 3D is cleaner and easier, something like that was one of my first ideas. 

my plan is to make a transformer that is has a grounded center tap so this transformer will have 2 secondary. I want to create a tapered bobbin wind it and fill it with epoxy in a mold and then put the ferrite through it. when these types of transformers are made arcing will occur to any low potential like the ferrite or primary making the need to put it in oil. it is two hard to find a ex-ray transformer so making one is my only option. the plan is to use Autodesk 123d to create the bobbins. the 3d printer will take a while to get to me while I familiarize my self with the cad software so maybe a service like Shapeways can print it.

that is an assume multiplier but that frrite transformer is giant. is it possible to order one  or did you find it on ebay or something. I have been looking for a long time to find one. I have a bunch of the old type of flybacks with no diodes in them that I am planning to parallel and make a full wave Cockcroft multiplier. any help would be apreciated.