remember uh, in a previous episode. we did a we did an episode a particular radio pharmaceutical called uh fdg (fluorodisoxyglucose) which was used to diagnose different types of cancer uh and the main ingredient for that particular radiopharmaceutical was floron specifically the radio isotope of fluorine fluorine 18 and how do we get fluorine 18 well by by the neutron bombardment of oxygen 18 and here's how we get that oxygen 18 heavy water. facilities like hondab are essential for producing stabili isobes like oxygen 18. the process starts with regular water containing various oxygen isotopes. using fractional distillation, water is heated and cooled repeatedly. since oxygen 18 has higher boiling point, it concentrates in the remaining liquid phase. another method is electrolysis, where water is split into hydrogen in oxygen gases. lighter oxygen 16 favors electrolysis, leaving behind. enriched in oxygen 18, enriched oxygen 18 is then extracted and purified, it's used in pet scans for medical diagnostics and an environmental science to study water sources and climate change. heavy water faci

remember, uh, in a previous episode we did a we did an episode a particular radio pharmaceutical called fdg (fl disoxyglucose) which was used to diagnose different types of cancer. uh and the main ingredient for that particular radio pharmaceutical was florine, more specifically the radio isotope of fluorine, fluorine 18, and how do we get fluorine 18? well by by the neutron bombardment of oxygen 18, and here's how we get that oxygen 18. heavy water facilities like hundap are essential for producing stable isotopes like oxygen 18. the process starts with regular water containing various oxygen isotop. using fractional distillation, water is heated and cooled repeatedly, since oxygen 18 has higher boiling point, it concentrates in the remaining liquid phase. another method is electrolysis, where water is split into hydrogen and oxygen gases, lighter oxygen 16 favors electrolysis, leaving behind water enriched in oxygen 18. enriched oxygen 18 is then extracted and purified. it's used in pet scans for medical diagnostics in an. environmental science to study water sources in cl change. heavy w

remember uh, in a previous episode we did a we did an episode a particular radio pharmaceutical called fdge of fluorine, fluorine 18, and how do we get florine 18? well by by the neutron bombardment. of oxygen 18 and here's how we get that oxygen 18. heavy water facilities like hondab are essential for producing stable isotopes like oxygen 18. the process starts with regular water contains oxygen isotopes. using fractional distillation, water is heated and cooled repeatedly. since oxygen 18 has a higher boiling point, it concentrates in the remaining liquid phase. another method is electrolysis where water is split in hydrogen. in oxygen gases, lighter oxygen 16 favors electrolysis, leaving behind water enriched in oxygen 18. enriched oxygen 18 is then extracted and purified, it's used in pet scans for medical diagnostics and an environmental science to study water sources and climate change. heavy water facilities thus play a crucial role in providing this valuable isotope for diverse applications. so now you know how heavy water is produced, now there's an infinite amount of things we ca

lutetsium copper 64, fdg and gallium, diagnostic and therapeutic radiopharmaceuticals by specialists of the nuclear industry have become endemic in the country to treat all types of cancers. the advantage of this new radio medicine compared to the old radio medicine is that it focuses and identifies tumors anywhere in the body whatever it is, it causes the radiopharmaceutical to target the target organ. for the production of these radiopharmaceuticals, the uranium enrichment chain and the nuclear industry were localized inside the country. a chain that is one of the sensitive and strategic parts in which pressure. centrifugal gauges are among the products that we cannot bring directly, because if it comes directly to the engine, both its software and hardware are highly likely to be vandalized, and later on, many problems will arise on our chains. nucleus has been localized as a pressure gauge to keep the dislocation visible making a hole inside the fryer in the culture pipes of enrichment chains or chains that iran is considered as the sixth country producing this widely used equipm

lutetsium such as 64, fdg and gallium, radiodiagnostic and therapeutic drugs by nuclear industry specialists for. all types of cancers have become endemic in the country. the superiority of this new radiopharmaceutical compared to the old radiopharmaceuticals makes it possible to focus and identify tumors anywhere in the organs , which makes the radiopharmaceutical to target that organ. for the production of these radiopharmaceuticals, the uranium enrichment chain and the nuclear industry were localized inside the country. a chain in which one of the sensitive and strategic parts is centrifuge pressure gauges. these are part. products that we cannot bring directly, because they come directly to the engine, as well as inside its software the hardware is highly likely to be sabotaged, and later on the chains will be created with many problems. the equipment that has been localized with the efforts of nuclear industry specialists. or chains that work in a process, such as peter. chemistry is used in places where there is positive pressure . in fact, it checks the pressure of centrifuges or medi

lutetsium like 64, fdg and gallium. radiodiagnostic and therapeutic drugs that have been localized by experts in the nuclear industry to treat all types of cancers in the country. the advantage of this new radiopharmaceutical compared to the old radiopharmaceuticals is that it focuses and identifies tumors wherever they are in the organs, which causes the radiopharmaceutical to be targeted to the target organ for the production of such rich chain radiopharmaceuticals. uranium production and nuclear industry became indigenous in the country, a chain in which one of the sensitive and strategic parts is the pressure gauges of centrifuges, these are among the products that we we can't bring it directly because if it comes directly to the engine, both its software and hardware. there is a high possibility of sabotage, and later many problems will arise on the chain of equipment that has been localized by the efforts of nuclear industry experts. pressure gauges are used to maintain the displacement , to show the displacement