Hi! everybody! welcome back to war! Let's go again to the nuclear IED...you might notice that, po-210 was replaced by tritium, because polonium has a decay of 138 days, and tritium has a decay of 12 years (depleted uranium, 62 years) tritium is a radioactive isotope of hydrogen, and the energy released is about 15 kv , is one the most powerful radioactive elements . Now, for me to build the bomb, by myself, when you don't have money, you get smarter on this life ....I need to do some little arrangements to the components of the design. Th question of the electrical scheme, I just found out, I can order a print on line. So, let me start for the pipe of the bomb...replacing hydrogen, by this helium tube. helium is thousands of times powerful than hydrogen.
Saturday, February 24, 2018
Friday, February 23, 2018
neutron generator...deuterium accelerator
Construction techniques involve drilling, lathe turning, silver brazing, and soft silver soldering. Photos at left show components of the source (most prominent are the extraction electrodes) during assembly on a ConFlat cube for testing.
Extraction of ions is accomplished by a strong DC electric field imposed between the negatively-biased “nozzle” on the 5/16″ tube and the grounded septum on the 1/2″ tube. I use up to -5 kV for extraction of ions. The extraction nozzle also throttles neutral gas flow from the discharge region into the vacuum chamber.
RF power is supplied by an FAA-surplus AM-6155 power amplifier operating at 200 MHz. These amplifiers are a common hamfest bargain. Circuit details and modifications for the amateur radio hobby are easy to find online. To date I have not produced more than ~60W with this amplifier, driving it with signals below 1W. Beam current depends 
very strongly on RF power, and I plan to upgrade the driver for the AM-6155 to produce more. The top photo shows this amplifier producing power (lighting a mercury-vapor discharge), and the bottom photo shows the tube compartment of the amplifier modified for shunt feed of plate current.
Inductive coupling of the 200-MHz power to the discharge plasma is effected with a single loop of heavy conductor that forms part of a resonant “L-match” circuit, providing an easy interface to 50-Ω cable. This is illustrated schematically at left. The right photo shows the ion source ready for testing, with the RF coupling loop visible along with other components including gas for the discharge (deuterium lecture bottle).
Photos from operation. The top photo shows the RF deuterium discharge in a standard 19-mm (3/4″) Pyrex test tube, and below it a beam of extracted ions impinging on a graphite Faraday cup target. RF power is about 50W, extraction voltage -3 kV, and target at -10 kV. Background pressure has been raised into the millitorr range to enhance beam visibility. Extracted current is 0.25 milliampere. 
Bottom photo shows the exit aperture clearly, with deuteron beam passing through a ring electrode at -10 kV. Here the extraction voltage was -5 kV. It is not possible to accurately measure the beam current in this arrangement, but it is probably on the order of 0.5 mA. Not surprisingly, a few neutrons from 2H(d,n) fusion reactions can be detected with higher potentials on the ring cathode.https://carlwillis.wordpress.com/tag/particle-accelerator/
actually, the neutron generator, is not a big shit, the way you saw it previous...its deuterium or heavy water (buy anywhere) with 2/3 grams of tritium, inside e reflective core......what is the generator all about? energy power source ....these means two electronic schemes : (now...I'm not the right girl, with expertise electronics....so...)
Neutron Generators are finding increasing application for accurate detection of explosives, fissile materials & narcotics. They are also extensively used in the oil & gas exploration, detecting mineral purity, as well as waste management. Neutrons generating methods include conventional Nuclear Reactors, as well as Radioisotope materials, like Pu-Be, Am-Be, Cf, utilising fission decay process to obtain Neutron. However, associated with these methods are inherent safety risk of continual radioactivity, as well as their low source strength. These setups are bulky, requiring large power source for operation.
The search for a safe & portable Neutron Generator to meet industry requirement is leading researchers to explore other processes of generation. One such method, utilising Fusion process is the Inertial Electrostatic Confinement Fusion principle. The Institute for Plasma Research [IPR], in its January 2017 Newsletter, announced operation of its Inertial Electrostatic Confinement Fusion [IECF] device, built at its Centre of Plasma Physics [CPP] campus in Nazirakhat, Assam. The first such indigenous device in India, they have reported generation of 10^8 Neutrons/second, in steady state operation, while in the pulsed mode, it is expected to produce 10^10 Neutrons/second. Being based on fusion, the reaction can be turned on and off as required, by controling the electric field and flow of gas, generating no radioactivity, when not operational.
Big shit! ok, uranium binded in glass, is basically, Uranyl Nitrate ions, which on past decades was glass for sale, still on the market of antiques. So, wild guess, guys...this uranyl nitrate, is depleted uranium...and because thermal aspect is covered, it can be...pressed...and it can be used on the core, just like that. without the need of overcome the delta phase induction
We had a problem, but we don't have it no more :) vacuum cold reduction of depleted uranium machinery, are only two companies, pretentious asshools, ok? Now... its impossible to divide the process, like, put your hands inside vacuum machine, mix the critical mass, and then take it out for using another machine for pressing (reduction) (this reduction, will turn the uranium which is nano sized 0.3 nano (another part of the question...) on metal rods (rods that are called fuel, on the nuclear reactors) ...its what we need , rods...! So, there's another preparation, called heat treatment bath of uranium, and then ultrasonic (heat control) cold reduction machine .... the bath of uranium, must be with borosilicate glass ; which is barium glass (ok barium, again...is the unique replacement chemical of the density of lead), and in that case, we coat, bind, the uranium, and then we can reduce....two different steps, safely.
ok...this boron sphere, it is a neutron moderator, but as I far as I understand, its a moderator when the critical mass is inserted it when its already joined the semi spheres. The question is...how to join it together ...I'm not sure! however, it looks like the fast transition, must be less than 210 Microseconds. which...means high precision mechanics
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