Roberta M. Roy on Nuclear Survival

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Wednesday, February 24, 2010

Vermont Senate Rejects Yankee Nuclear Plant Relicensing 26-4
Dear Vermont. I am so fond of its people. And they did it! There should be dancing in the halls:

Today the Vermont State Senate voted 26-4 against re-licensing the Entergy Vermont Nuclear Power in Vernon, Vermont. The question will be considered again next year in preparation for a final decision on the renewal of Entergy's license for the plant which runs out in 2012. 

http://www.vpr.net/news_detail/87302/


Perhaps you can see why. First of all, boiling water nuclear reactors (BWRs) were built to last a reasonable length of time and the Vernon plant is thirty-eight years old and leaking radioactive tritium into the Connecticut River. (The Connecticut bounds Vermont on its east and New Hampshire on its west. No wonder the executive director of the Connecticut River Watershed Council called for its temporary shut down.)


Entergy concedes that tritium is leaking into the Connecticut, but due to the amount of water rushing by and the size of the tritium plume, so far levels in the river have been found to be acceptable. Yet consider this: one well was found to have one hundred and thirty times the acceptable level. (Instead of a maximum of 20,000 picocuries per liter, the level of radioactive tritium measured 2.6 million.) Hmm. I wonder if that is ominous.

Then there is that special quality to Vermont. Home of the Green Mountain boys. A state with a strong sense of both independence and community. Back a couple of years ago in discussing the state's long term goals, common understandings included the need for every resident to have internet access. Pretty forward looking. (The state is mostly Democrat and Liberal, but Republican Governor Jim Douglas was big for that.)

And along with computer access for all, everyone talked of going green. Really green. Water power. Solar power. Keeping the cows but reducing methane. And converting it to power in as green a manner as possible. Which Governor Douglas also supported.

I was there two years ago and by time students had reached sixth grade they were watching their carbon footprints and encouraging others to do so, too. I recall fondly the little orange paper cutout of a foot they stuck to my computer to remind me to turn off my computer at night to save electricity and reduce my carbon footprint.

Even the windmills of Vermont turn out to be not only green and acceptable but pretty to watch. 

A nation could learn from Vermont. As could the world.

RMR


9:17 pm est 

Wednesday, February 17, 2010

A Chance Meeting with a Hiroshima Survivor

By chance he mistook me for someone else. I was just at the point of giving a neighbor a bookmark celebrating, Jolt: a rural noir. A slender, alert man in his seventies, I thought, with well-cared for teeth, a ready smile, a perky cap, and a leather-like jacket with the logo of his place of work on it.

I told him he was just in time to receive a bookmark. He accepted it graciously and commented on Jolt, adding, "I was there, you know. Walked all over it. Hiroshima. Nakasaki."

My sister, W. was with me and I mentioned my interest in radiation sickness. I told him I wanted to include it in my next book.

We talked a bit, and then he said, "I got it you know. They didn't tell us anything. We just walked over everywhere. Terrible sights. Charred bodies all around. I still can't get over it. It's not a sickness. It's a disease."

Asked if he would talk about it, meaning the radiation sickness, he understood me to mean the scene. He said I was the second to ask him to do so. He wouldn't then. He wouldn't now. Too painful.

No, I told him. I meant the sickness. Like, how did he feel?

Well, there were times like now when he felt great. But then every month or so he had to go for chemotherapy. After that it was not so great.

He continued. "I have a lethal form of cancer," he stated. "I'll live about two more years . . . I wouldn't tell everyone that. But since you're writing."

So this was radiation sickness. In its aftermath. Its latermath.

I admired the man's courage. I admired his style. I took him for much younger, but as it turned out he was eighty-two year; he read the writing on the wall yet knew how to whistle.

I thought of the timing of the second World War. 1945. He would have been seventeen at the time. Probably had jumped up, signed up, and gone off to the save the world at sixteen. Perhaps his father signed for him. Or his mom.

Maybe he was one of the young sailors my dad brought home during that time to whom my mom fed hamburgers and fruit cake and coffee. Strangers they were. But my mom said they were really just kids and my dad brought them home to lessen their homesickness. And here was one of them. A Hiroshima survivor with radiation sickness turned lethal cancer and a few more years left and smiling.

It had not occurred to me that among the Hiroshima survivors were young Americans in the military, how many I couldn't guess. And probably nobody really knows. Or tells.

Later, in the Mall, walking along, we saw a young woman soldier in desert camoflage. Probably just back from Iraq on a visit.

Like an endless continuum it proceeds. Only the faces change.

RMR

11:17 pm est 

Sunday, February 14, 2010

Criticality in a Worst Case Scenario

In preparation to write my next novel, Too Close, I am researching the potential effects of nuclear power plant criticality accidents such as might result in someone being irradiated. To understand what would occur in such rare instances, I am reading, A Slow Death: 83 Days of Radiation Sickness, NHK-TV "Tokaimura Criticality Accident" Crew, Translated by Maho Harada. It discusses the events in the life and care of Ouchi, a critically irradiated man, injured in a probably preventable accident that occurred on September 30, 1999, at a nuclear fuel processing plant in Tokaimura, Ibaraki, Japan. It was the first of its kind in that country.

The first concept I needed to understand was that criticality occurs when fission chain reactions occur continuously. When it happens, a blue light known as the Cherenkov light is generated at the site of the fission when criticality is reached. At that moment neutron beams, the most powerful form of radioactive energy, are released that convert the sodium in a nearby person's body into radioactive substance Sodium-24.

The second concept I had to understand is that while the substance Sodium-24 irradiates the cells of the affected person's body, it does not irradiate those who come in close proximity to or touch the person. This contrasts with what one finds when a person is covered with nuclear fallout. Nuclear fallout is made of substances such as Strontium-90 and Cesium-137. They do give off radiation causing the risk of radiation exposure when those attending them touch or breathe in the radioactive materials from a patient's body or clothes.

Were the irradiation to have been caused by fallout therefore, before unprotected treatment could begin, the person so affected would have to be decontaminated by a thorough washing with soap and water. But in Ouchi's instance, this strong, healthy-looking man who was, so to speak, dying from the inside out, from the first was safely both approachable and touchable. The fact there was no risk was a reality many of the staff had to struggle to accept. Nonetheless, they did, and Ouchi's care was relentlessly of the highest medical and personal quality. 

As the criticality accident was the first of its kind in Japan, no one in the country had other than a theoretical knowledge of the best treatment protocol for Ouchi. Because of this, an enormous team composed of all kinds of medical specialists was gathered to collect data on Oushi's condition daily and to determine the best course of treatment. This they did out of a combination of disbelief, untried hope based on what they knew theoretically, and humanism facing the edge of life with inadequate experience. 

The case had had no precedent on which to build a protocol. They did what they could with what they knew. But from the beginning, the odds were against them.

From previous study I know that the most important information in treating radiation sickness is the exposure level experienced by the patient. According to this book, radiation levels of above 8 sieverts (8 Sv) result in a mortality rate of one hundred per cent. Ouchi's exposure level was estimated as being at about 20 Sv, approximately 20,000 times the amount of exposure we can individually tolerate in a year. The telltale symptom of almost immediate vomiting and passing out following Ouchi's exposure would have been a first alert to any informed doctor. 

Well, I shall continue reading the story of Ouchi and his treatment for the purpose of better understanding the most severe effects of radiation sickness. However, as the numbers of persons likely to be so affected in a nuclear meltdown would be small, I have decided to write about one or more persons who are irradiated less and to an extent that permits them to survive. In that way, I hope to tell not only a more gentle story, but also an informative one that might help the reader understand what he or she might do in the way of home care for a loved one less severely affected were the necessity ever to present itself. I want to do this because were there ever a larger, real event in which radiation from any cause--meltdown criticality, dirty bombs, or other--it would be likely the hospitals would be overrun and those who survived and were in need of help would best be tended to at home.

RMR



2:27 pm est 


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Roberta M. Roy incorporated Alva Press  www.alvapressinc.com on October 5, 2004. The express purpose of Alva Press, Inc., was to ensure a safe venue for the publication of her works and those with similar focus.  As such, upon the completion of the science fiction novel Jolt: a rural noir, Alva would immediately publish it. Further Alva Press, Inc., would offer a venue for Roy to publish her children's books, including Yell'n'Tell. (At this point Yell'n'Tell needs only design as the watercolor illustrations by Dan Dyen are complete and the text fully edited.  But then there is also Wedding Ready, complete, but in need of an illustrator talented in the art of drawing forest animals. But all that anon.)
Currently, until the soft cover version of Jolt's Library of Congress Number is in, Jolt waits to go to press. Usually the LCN takes but a few days after which will become available in hard cover at $24.95 and Trade paper at $14.95 (plus $5.50 mailing).
Jolt was some five years in the writing; its research took longer. It's scientific basis for nuclear survival has been carefully reviewed by oncologists and experts in the effects of ionizing radiation for accuracy of representation. Jolt is a fast-paced novel that spans two years in the lives of a group of diverse urban, suburban, and rural residents brought together in an imaginary part of the northern United States. There in Locklee, the small town to which those who are forced emigrants flee, they become mutually caught up in the necessities associated with post-nuclear survival.
Check www.alvapressinc.com for a more thorough review of Jolt as well as the most recent updates on its publication and availability. And should you be so inclined and care to help defray the last payment of its first printing, a check in the mail to Alva Press for your very own pre-publication autographed copy of Jolt: a rural noir would be a great help.

Thinking of self-publishing? Emergency response?

Send your questions, comments or ideas to RobertaMRoy@alvapressinc.com

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If you haven't ordered your prepublication copy of Jolt: a rural noir, now is the time to do. Go to www.alvapressinc.com

 

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Basics to Understanding Nuclear Survival

1)     If you walk out uninjured from a nuclear event, you probably will survive. 
2)     The bywords to survival from a nuclear event are TDS: Time, Distance, Shielding. 
3)     Use  regular soap and water to decontaminate from fallout.Strip and shower or cleanse as best you can. Use bread. 
4)     Nuclear fallout contaminates open water and plants.If there is fallout (ashes),use bottled water and canned goods. 
5)     Babies as well as adults can take Potassium Iodide (KI) to protectthe thyroid against ionizing radiation. 
6)     There is no plume with a nuclear power plant meltdown. 
7)     A large event may seem ‘over there’ if you can’t define its impact.Ionizing radiation is invisible. 
8)     A family needs an escape plan. 
9)     A community can respond as a team to mass events.
10)  After a mass event, a communitymay heal changed but well. 

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