Another day, another step towards completion of the project.
Today I engaged in a rather undignified activity. Undignified for a nuclear engineer anyway. I was out catching sheep because I need more wool. For about five minutes. Then I considered I had an autospawner mobtrap and about a kilobucket of mob essence, and killing sheep gets you wool just as well as ranching them. Up to my End Base (there was the autospawner from the time I needed Ender Shards for TTKami), in with the filled safari net. Problem solved.
Now....I wanted to work on the solenoid, but I had forgotten that I had to put about 25000 lodestones through a compactor for the magnets, and repeatedly, all in all about 40000 items put through a compactor. So... I had to build yet another production facility - two compactors powered by both of my Big Reactors to get an acceptable speed. This still takes several hours, but it's time I can spend to build something else. Here's the compactor facility:
Meanwhile, I taught my ME network to make the components for the hydrogen preheater and the plasma injector. This is straightforward crafting with quite a bit of iron, some lodestone and absolute sh*tloads of wool for the thermal insulation. Below you'll find a few pictures from the building process in order to illustrate how this is built. The injector is a 9x3 structure with a slope rising from height 3 to 5 towards the center. You build it from 9 "top" blocks, 9 "base" blocks, 9 "lower corner" blocks, 9 "upper corner" blocks, 32 side panels, 9 "column" blocks for the edges, 11 "hysteresis core" blocks that fill the remaining spaces in the structure, 3 induction coils towards the toroid, all around the center plasma injector block that must be oriented so that the active side (similar to an Autonomous Activator's active side) points tangentially to the toroid ring. Placement of the blocks is actually rather intuitive. After having built it once, you won't need a guide for the next ones.
Figure 1: The base
Figure 2: The structure
Figure 3: The induction coils (this is what I have in my hands. The hysteresis core block is the one I'm looking at). These must be placed last or the multiblock won't form.
Figure 4: finished
I also built my first hydrogen preheater. This is also a very intuitive structure, basically a 5x5x5 multiblock with a 3x3 layer added to the top. At the center there is the hydrogen preheater block, which is fed from two opposing sides by pipes going out of the structure. These pipes are where the deuterium and tritium goes in, one from each side, to be mixed and superheated into a plasma. The ingoing pipes are not part of the multiblock and I think you can use other mods' pipes, but sometimes the multiblock doesn't form if there aren't RotaryCraft liquid pipes in it. The outgoing pipes can be broken without breaking the multiblock. To one side - it doesn't matter which side since the structure is symmetrical - you put in the two lens blocks at which you will later aim a heat ray, and a magnetic pipe goes out through the top. This is where the plasma comes out and these must be ReactorCraft magnetic pipes. No other pipes can transport the superheated plasma and the pipes must be powered, but we'll get to that later. Other than these functional blocks, this is built similar to Applied Energistic's Molecular Assembler Chamber, with 12 "corner" blocks (8 for the 5-cube and 4 for the top 3x3 layer), 40 "edge" blocks and 42 "face" blocks, and the remaining 30 spaces within are filled with thermal insulation cores. The following picture shows the preheater and some hallways under the toroid where I'll put piping and power lines, and possibly also a control chamber. I'm not sure yet how the final layout will look. You are looking at the lens. This is also not the final position. The room looks cramped, and I don't like that. I've been lowering the floor but haven't move the preheater yet.
That was pretty much it for today. I also finished my fusion fuel production for now. I hope that 16 kilobuckets of deuterium and tritium will last a while and hope that my recent information of "100 buckets or so per ten minutes" is more correct than the "several buckets per second" I've heard elsewhere.