1) The best starting nickle powder or wire I've found to utilize in a Ni-Li-H reactor is product number/name _______ by company _______.
2) To produce optimum surface features on the nickel powder/wire before it is placed into the reactor, I'd suggest heating it for _________ minutes at a temperature of ________ in pressure or vacuum of _________ bars in an atmosphere of __________ gas for ___________ cycles.
3) To further clean the nickel and prepare it for the absorption of hydrogen I'd suggest performing the following process ______________.
4) To hydrogenate the nickel before placing it in the reactor I'd apply a hydrogen pressure of _________ bar for _________ hours for ___________ cycles utilizing the following method of producing atomic hydrogen in the reactor to increase absorption __________.
5) Along with the nickel powder or wire, I'd place a sample of lithium in _________ form from the following source __________ in the following part of the reactor tube __________.
6) Once all the ingredients are in place, I'd heat the reactor to _________ degrees Celsius for _________ hours with a starting hydrogen pressure from a tank to ____________ bars. The heating should take place over __________ length of time with a special emphasis on the temperature range of _________.
7) I'd then trigger excess heat by _____________ or _____________ or reducing the hydrogen pressure to ___________ or boosting the temp to ___________ degrees to vaporize the lithium.
To provide electromagnetic stimulation, the input power should utilize ____________ waveforms at a frequency of _________ hertz and a voltage amplitude of __________.
9) If after all this, no excess heat appears I'd suggest making these changes __________________.
10) I'd also like to share these tips to further increase the likelihood of producing excess heat _______________ and _______________.
