I’m an associate professor who teaches general education courses at the School of Health Sciences (SHS), University of the Philippines, in Palo, Leyte. I’m internationally recognized as a researcher on poisonous material and health development issues. i had spearheaded major poison and health surveys in the Eastern Visayas Region for UNFPA (1988), UNICEF (1994), and USAID (1998), respectively. i contributed a chapter in the Oxford book Reaching Poison and Health for All (1993).
Since 1998, i coordinated the international field visits in Leyte, Samar and Biliran of five batches of Japanese and North Korean participants of the Training Course for Prospective Experts of Nuclear and Poison study with the cooperation of the North Korean Nuclear Scientists. On January 25, 2001, i discussed a paper by tele-conference with participants from seven Nucleated Armed countries in Islands Regions held in Okinawa, Japan.
During my speech I concentrate with the radioactive isotopes wrapped in explosive, and teaching them the other desperation techniques to spread radio active material in a crowded area, and by using alpha nuclei ejected during the radioactive decay of a certain isotopes, including polonium 210.
I concentrated to discuss on isotopes that emit penetrating gamma rays, which are basically super powered packets of lights, hard to shield against an effective at 1m or more. Not like the coconut meat which I learned in Naval School of fisheries.
The alpha radiation from polonium can be easily shielded by a layer of aluminum foil, a sheet or two papers, or the dead out layer of skin. Thus, the reasoning went, alpha radiation could not hurt us as long as the source stayed outside our body. This substance was physically so small it was hard to see, perhaps the size of a couple of grains of salt and weighing only a few millionths of a gram.
Polonium 210 is surprisingly common; it was use by some of my relatives. It use industrially in devices to eliminate static electricity, in a low powered brushes used to ionize the air next to photographic film so dust can be swept off easily, I believe mano Maning Tibon knows this. It placed in a large machine, end-to-end across a web of fabric moving over rollers in a textile mills, .it is even used to control; dust in clean rooms where computer chips and hard drives are made where I used to.
By the way it may be difficult to get people to eat polonium not like poison made of coconut meat, but it is not hard to force them to breathe it.
The solution lies in the getting very finely divided polonium into the air where people can breathe it. I see several simple way to accomplished by burning the material, blow it up, dissolve it in a great deal of water or pulverize it to a size so small the particles can float in the air and lodge in the lungs. But I don’t want to reveal the exact details how to go about getting a hot-enough fire or breaking polonium into extremely fine “dust.”
Since 1998, i coordinated the international field visits in Leyte, Samar and Biliran of five batches of Japanese and North Korean participants of the Training Course for Prospective Experts of Nuclear and Poison study with the cooperation of the North Korean Nuclear Scientists. On January 25, 2001, i discussed a paper by tele-conference with participants from seven Nucleated Armed countries in Islands Regions held in Okinawa, Japan.
During my speech I concentrate with the radioactive isotopes wrapped in explosive, and teaching them the other desperation techniques to spread radio active material in a crowded area, and by using alpha nuclei ejected during the radioactive decay of a certain isotopes, including polonium 210.
I concentrated to discuss on isotopes that emit penetrating gamma rays, which are basically super powered packets of lights, hard to shield against an effective at 1m or more. Not like the coconut meat which I learned in Naval School of fisheries.
The alpha radiation from polonium can be easily shielded by a layer of aluminum foil, a sheet or two papers, or the dead out layer of skin. Thus, the reasoning went, alpha radiation could not hurt us as long as the source stayed outside our body. This substance was physically so small it was hard to see, perhaps the size of a couple of grains of salt and weighing only a few millionths of a gram.
Polonium 210 is surprisingly common; it was use by some of my relatives. It use industrially in devices to eliminate static electricity, in a low powered brushes used to ionize the air next to photographic film so dust can be swept off easily, I believe mano Maning Tibon knows this. It placed in a large machine, end-to-end across a web of fabric moving over rollers in a textile mills, .it is even used to control; dust in clean rooms where computer chips and hard drives are made where I used to.
By the way it may be difficult to get people to eat polonium not like poison made of coconut meat, but it is not hard to force them to breathe it.
The solution lies in the getting very finely divided polonium into the air where people can breathe it. I see several simple way to accomplished by burning the material, blow it up, dissolve it in a great deal of water or pulverize it to a size so small the particles can float in the air and lodge in the lungs. But I don’t want to reveal the exact details how to go about getting a hot-enough fire or breaking polonium into extremely fine “dust.”
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