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Re: Could a human survive on D2O?
Just to correct Charles Meyer's statement about D20.
Charles Meyer writes "After all your only adding one neutron to a molecule
that already has 18." when changing from H20 to D20.
Well, that is not that right.
1. H20 molecule has 8 neutrons coming from oxygen (0+0+8).
2. D2O molecule has 10 neutrons (1+1+8).
Therefore, it is not a 5% (1/18) increase but a 20% change.
Best regards,
JMMure
At 15:49 05/05/1997 -0500, you wrote:
>> Date: Mon, 5 May 97 13:11:52 -0500
>> Reply-to: radsafe@romulus.ehs.uiuc.edu
>> From: JOE BIANCONI <UMTRAHP@concentric.net>
>> To: Multiple recipients of list <radsafe@romulus.ehs.uiuc.edu>
>> Subject: Re: Could a human survive on D2O?
>
>>
>> >Can anyone enlighten me? If i drink heavy water all the time i suppose my
>> >weight would eventually increase from 70gk to 75, but will anything else
>> >happen?
>> >
>Are you talking purely hypothetically? If not then when recovering
>D2O one will also collect tritium. Perhaps is sufficient quantities
>to cause some radiaiton hazard, if D2O is the only source of drinking
>water. Otherwise, if no tritium present, I don't think there would
>be much difference. After all your only adding one neutron to a
>molecule that already has 18.
><><><><><><><><><><><><><><><><><>
><> Charles R. (Russ) Meyer <>
><> Email: cmeyer@brc1.tdh.state.tx.us <>
><> Phone:(512)834-6688 <>
><> Fax:(512)834-6654 <>
><><><><><><><><><><><><><><><><><>
>
>
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