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nukeman
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I know you can order deuterium oxide (d2o), but can anyone tell me how I can get different permutations of heavy water? Semi heavy water? And so on...?
Thanks
Thanks
Enthalpy said:You can't, because hydrogen jumps between the molecules. You know, the H30+ and OH- story.
So all you can specify is what proportion of deuterium you want - usually sold quite pure, you might dilute it if you really wanted.
K^2 said:What's going to affect biology is diffusion rates.
In which case, sample A would probably mix with the water in the insects body anyway, leading to some form of HDO automatically.nukeman said:Ok let me try and explain. Please let me know ok? Thanks for great info so far!
Ok, let's say I want to test Deuterium on a biological system (like a insect)
My GOAL is to give Sample A to a insect, which I hope to be Deuterium Oxide (d20)
Then...Give Sample B to another insect, and I want sample B to contain deuterium, but have a different vibration frequency as sample A. So, I was thinking if I had a sample of anything containing deuterium, but different structure.
Plus sample C would be simply Water (h2o)
Make any sense?
Deuterium is a type of hydrogen atom that contains a neutron in its nucleus, in addition to the proton that all hydrogen atoms have. It is also known as "heavy hydrogen" due to its higher atomic mass compared to regular hydrogen.
There are two main types of deuterium: protium and ortho-deuterium. Protium is the most common type and consists of one proton and one neutron in its nucleus. Ortho-deuterium, on the other hand, has two protons and one neutron in its nucleus, making it slightly heavier than protium.
The main difference between protium and ortho-deuterium is their atomic structure. Protium has one proton and one neutron in its nucleus, while ortho-deuterium has two protons and one neutron. This difference in atomic structure also affects their physical and chemical properties.
Deuterium is found in small amounts in the Earth's oceans, where it makes up about 0.015% of the total hydrogen atoms. It can also be found in trace amounts in the atmosphere, and in certain molecules such as heavy water.
Deuterium has a variety of uses in different industries. It is commonly used as a tracer in scientific research, as well as in nuclear reactors to slow down the speed of neutrons. It also has potential applications in the production of fusion energy and as a fuel for nuclear reactors.