ok...welcome back! you must be sure the spectrum tube source is helium..
Friday, February 2, 2018
welcome back to war! this is the list of radioactive sources on scintillation crystals emmiting amma radiation, and sealed in heavy lead!
As you see on the chemical formula , as (ce) cesium, or (ti) thalium or "eu" (europeon) , all have inside the disk, a very powerfull radioactive substance. (link on the comments)
As you see on the chemical formula , as (ce) cesium, or (ti) thalium or "eu" (europeon) , all have inside the disk, a very powerfull radioactive substance. (link on the comments)
Thursday, February 1, 2018
welcome back to war! Ending tonight, with 1st January, 00.10 am, post; how to hide surface to air missiles, machine guns, or the dirty cake ! under Barium Sulphate , and not hidden on iron ore...because barium sulphate is the unique metal , as dense as lead, and lead is total unsurpassed for x ray or maritime (terrestrial) radars.
Wednesday, January 31, 2018
Uranium isotope separation by continuous anion exchange chromatography
Uranium isotope separation by continuous anion exchange chromatography
A simple, low temperature process for separating uranium isotopes and producing substantially pure uranium isotope fractions from a crude uranium isotope-containing aqueous feed stock is provided. A uranium isotope-containing solution is fed to an anion exchange resin in a continuously rotating annular chromatograph as a suitable eluant is also simultaneously fed to the rotating chromatograph. A Uranium 235, a Uranium 238 and an impurity fraction are recovered from the chromatograph. The substantially pure uranium 235 and uranium 238 fractions may be subjected to further processing, preferably precipitation with ammonium hydroxide to produce ammonium diuranate, and then calcining to form uranium oxide rich in the desired isotope
http://www.freepatentsonline.com/5130001.html
A simple, low temperature process for separating uranium isotopes and producing substantially pure uranium isotope fractions from a crude uranium isotope-containing aqueous feed stock is provided. A uranium isotope-containing solution is fed to an anion exchange resin in a continuously rotating annular chromatograph as a suitable eluant is also simultaneously fed to the rotating chromatograph. A Uranium 235, a Uranium 238 and an impurity fraction are recovered from the chromatograph. The substantially pure uranium 235 and uranium 238 fractions may be subjected to further processing, preferably precipitation with ammonium hydroxide to produce ammonium diuranate, and then calcining to form uranium oxide rich in the desired isotope
http://www.freepatentsonline.com/5130001.html
the same size, are grouped into a countercurrent train. The plant or cascade as a whole consists of a number of trains. Each of these consists of mixer-settlers of different sizes, and the number of stages in the trains varies. The optimization procedure is a four-stage process designed to minimize the whole plant size" what's redox chemstry, countercurrent solvent extration, and shift phase, and what's the solvent extration plant?
ok, as far I understand, this is a batch process like on pharmacy. what's important to know, is that temperatures must be equal or bellow negative 5.º degrees, and the ultrasonic spray dry at 45 Khz. the rdx must be solved with an anti solvent like ethanol acetone , that's the only chemical where rdx (cyclotrimethylenetrinitramine or 1,3,5-trinitro-1,3,5-triazacyclohexane) is soluble.
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