Ziggurat
Penultimate Amazing
- Joined
- Jun 19, 2003
- Messages
- 61,643
I'm sure the nuclear deniers will ignore all that.
Her second point is laughable as well. By her logic we all should drop dread in droves, because we are constantly exposed to radiation from various sources.
http://www.guardian.co.uk/environment/2011/apr/11/nuclear-apologists-radiation2) Nuclear industry proponents often assert that low doses of radiation (eg below 100mSV) produce no ill effects and are therefore safe. But , as the US National Academy of Sciences BEIR VII report has concluded, no dose of radiation is safe, however small, including background radiation; exposure is cumulative and adds to an individual's risk of developing cancer.
What he is speaking about:
http://www.guardian.co.uk/environment/2011/apr/11/nuclear-apologists-radiation
Are you a nuclear engineer? Of course not. Did you ever work at a reactor? No. Do you actually know anything about radiation and nuclear accidents? Of course not. But you act like you know something when you don't, and then you try to degrade people who do. Pathetic really.
Medical doctors educating people about radiation are viewed by denialist as not important. because they don't like the scientific reality, which is not even that hard to read about.2) Nuclear industry proponents often assert that low doses of radiation (eg below 100mSV) produce no ill effects and are therefore safe. But , as the US National Academy of Sciences BEIR VII report has concluded, no dose of radiation is safe, however small, including background radiation; exposure is cumulative and adds to an individual's risk of developing cancer.
http://www.nap.edu/openbook.php?record_id=11340&page=313At low doses, damage is caused by the passage of single particles that can produce multiple, locally damaged sites leading to DNA double-strand breaks (DSBs). DNA DSBs in the low-dose range can be quantified by a number of novel techniques, including immunofluorescence, comet assay, chromosome aberrations, translocation, premature chromosome condensation, and others. Some of these indicators of DSBs show linearity down to doses of 5 to 10 mGy.
http://en.wikipedia.org/wiki/Gray_(unit)#Dose_by_sourceThe average radiation dose from an abdominal X-ray is 1.4 mGy, that from an abdominal CT scan is 8.0 mGy, that from a pelvic CT scan is 25 mGy, and that from a selective CT scan of the abdomen and the pelvis is 30 mGy.
U R WTFPWN3D.
is that supposed to mean something?
is that supposed to mean something?
While I knew the denial would happen, the illogical rejection of basic science was unexpected.
While I knew the denial would happen, the illogical rejection of basic science was unexpected.
What he is speaking about:
http://www.guardian.co.uk/environment/2011/apr/11/nuclear-apologists-radiation
You really don't give much about reading, except for the buzzwords you are looking for, do you? Or since when is "Helen" a "he"?
If you read the entire post in context, it is obvious I was speaking of him who was talking about what she said. But the focus on small perceived errors on your part seems to be typical when one has no facts to use.
It's like you want to distract from the real issue, which is a doctor taking nonsense to task. As I said, if it was about coal and the health effects from it, you would easily grasp the situation. But because it is your sacred cow, you don't like it being gored.
And again the point i made is flying directly above your head. See, she wrote ".. exposure is cumulative ..", which implies that whatever dose you got, it stays in your body forever, adding up to the total.
Do you have anything to add to the conversation?
You are the one saying that, not her. She was clear and backed up her statement with science and facts. You just say things, and then get annoyed when skeptics don't just buy your line.
Responding to a ridiculous comment like yours is just a waste of time.
If I read your chart right (which i may not be without looking at the source page) but it seems that the MW rate hits zero only momentarily each month. It appears to me that the MW's average out at the 800MW range for much of the year.The power curve for a wind turbine is steeper than the cube of wind speed. The cube comes from K = 0.5*mv^2 times the rate at which mass flows past the turbine, which is proportional to wind speed. It's steeper than that because wind turbines are designed to be most efficient at quite high wind speeds.
The result of this attrocious power curve is that going from 8 m/s wind to 10 m/s wind doubles the power output; going from 8 m/s wind to 6 m/s wind halves the power output.
This is your nearly constant wind 365:
[qimg]http://img199.imageshack.us/img199/7775/ercotjanjuly06.jpg[/qimg]
It's a couple of years out of date, so the scale on the y-axis has changed. But there's no reason to believe variability has improved any, because weather systems are still the same size and just putting more wind turbines in the same ERCOT(texas) area doesn't really make your wind farms more geographically diverse.