Please use this identifier to cite or link to this item:
|Title:||Spent HIFAR fuel elements behaviour under extended dry storage|
|Publisher:||Australian Nuclear Science and Technology Organisation|
|Citation:||Ridal, A., & Bull, P. 1994). Spent HIFAR fuel elements behaviour under extended dry storage. (ANSTO/E719). Lucas Heights, N.S.W.: Australian Nuclear Science and Technology Organisation.|
|Abstract:||Previously unpublished observations of the behaviour of HIFAR spent fuel under extended dry storage conditions are reported. The two fuel elements EC802 (Mark III type) were irradiated in 1966 first examined in hot cells in 1967 and again examined in hot cells in 1983 following 16 years of stage 11 years of which were in the ANSTO engineered dry storage facility. The elements showed negligible deterioration over this extended dry storage period lending considerable confidence to the viability of dry storage technologies for the long term storage of spent aluminium clad research reactor fuels.|
|Gov't Doc #:||215|
|Appears in Collections:||Scientific and Technical Reports|
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Nuclear energy does not depends on natural aspects. On this site we try to make an objective analysis about this question, giving all the relevant information and offering a space for different conclusions. It is cleaner than many other forms of energy production. However, to ensure that energy resources will be around for future generations we need to take action. The increase of temperature in the earths atmosphere are rapidly getting worse and the reason for it is the burning of fossil fuels. Jurisdictions with nuclear fleets around the world are projecting reduced reliance on nuclear.
Some people, therefore, believe that the advantages of nuclear power outweigh the disadvantages. The nuclear reactors can be manufactured small enough to power the ships and submarines , The nuclear power stations do not burn the fossil fuels to produce , So , They do not produce damaging , The nuclear energy can be produced from the nuclear power plants even in the cases of rough weather conditions. At this particular moment in time we are. As you can see from the graph below, the radioactivity of nuclear waste takes about 10 000 years to return to that of the original ore. However it is a lot safer than most people think. There are three main kinds of nuclear energy, nuclear fusion, nuclear fission, and radioactive decay.
The production of nuclear energy needs very less amount of raw material , This means that only about 28 gram of uranium releases as much energy as produced from 100 metric tons of coal , Since it is required in small quantities , transportation of fuel is much easier than fossil fuels. Then, they've to be dismantled, so that main countries producing nuclear energy could maintain a regular number of operating reactors. Detailed analysis of the Slovenian power markets regulatory structure, import and export trends, competitive landscape and power projects at various stages. Nuclear power has a lot of important advantages which I will talk about it in the context of nuclear power production. Nuclear power, however is not as safe as burning coal, gas or oil in a factory it is in fact, much more dangerous, There are dangers associated with a nuclear power plant which far out weigh the benefits to society as a whole and in part to the community living and working around the power plant. Radioactive waste are usually buried in the deep ground or seabed. Nuclear plants are safe and reliable.
It is generally agreed that oil, coal and gas will come to end after some time; therefore it is essential to find a replacement for fossil fuels before they are exhausted. An alternative that is presently utilized is nuclear energy. In my opinion, Iran is entitled to make a beneficial and safely maintained nuclear power station. Thorium, which also is a greener alternative, has lately been given an increased amount of attention. This is called nuclear fission and this process liberates a large amount of energy, but the process also releases radiation which is very dangerous.
There is sufficient evidence to prove that it is very unsafe, including past nuclear power related catastrophes, the by-product of nuclear power, and the fact that nuclear power plants are a vulnerable target for terrorists. Used as a weapon it has the most destructive power. Fission is the chain reaction which needs uranium-235. Since now is being touted as a more environmentally valuable solution since it produces far fewer greenhouse gases in electricity production than coal or other conventional power plants. Radioactive Waste Does nuclear power cause air pollution? History shows that we can never really protect us 100% against these disasters.
For the above stated reasons, I believe, that even if nuclear power has enormous benefits, the dangers inherent to this technologies are so significant that they outweigh all possible benefits. Conclusion Today, nuclear energy remains controversial. People argue that nuclear power is the modern, progressive way to meet the energy crisis. In the United States, 1 in 5 households and business are electrically powered by nuclear energy. To what extent do you agree or disagree? Hence, a large amount of electricity can be generated.
This continuity benefits the electrical planning. It is essential to comprehend the disadvantages as well to garner an overall outlook of Nuclear Energy. In nuclear science, the word ' nuclear' means 'of or relating to or constituting the nucleus of an atom'. Current estimates put the uranium supply as enough to last for 30 to 60 years. This second concern arises as the availability of fossil fuels is declining and many other sources are being suggested as time advances.
Whatever improvements in safety the nuclear industry has developed, public opinion may very well rest in these events. Understanding the pros and cons of this energy source can help you make a more informed decision about your own energy use. What are the Advantages of Nuclear Energy? Transportation of waste is also not a problem, because there are only small amounts of waste that need to be transported. From there the water turns into steam which turns a set of turbines that supply power to thousands of homes. Although, it can buy us time to develop new ways of creating and harnessing energy, or evolve our current methods.
It can be very useful but also. Nuclear Power plants require resolution of the long-term high-level waste storage issue in most countries. High Capital Intensive Nuclear Plants require a high level of technology and a major initial capital investment. The waste is harmful and can accidentally or purposely be used to harm people and the environment. Both accidents went totally out of control and destroyed the surrounding zones. All of these nuclear reactors are sustainable, economical, safe, reliable, proliferation resistant and physically secured. This was the first and the last time that nuclear energy was used in a military attack.
Nuclear Power: A Radioactive Waste of Time For many years now, technology has strived to discover alternative energy sources that are cheap, efficient and not harmful to the environment. Understanding both sides of nuclear. Nuclear power is generated by using uranium metal, which is mined in various parts of the world. Uranium is mined due too it death of availability in many countries. Large quantity of energy is generated from a single nuclear power plant.


Britain and the USA entered into a new economic partnership. One of its goals will be to remove the Russian Federation from the world nuclear energy market. We’re talking about the “Atlantic Declaration” signed by both sides, reports TASS.
According to the document, the US and UK will launch a “new civil nuclear power partnership” to support the “critical clean energy industry”, their “ambition to achieve carbon neutrality and keep Russia out of the global civilian nuclear power market”.
Former Newsweek columnist Anna Skinner stated In his article that the United States continues to depend on Russia for the supply of nuclear fuel.
Prior to that, Hungarian Foreign Minister Peter Szijjártó was in Budapest. disagree Any sanctions against Russia’s nuclear power industry. Rosatom continues the construction of the Paks-2 nuclear power plant in Hungary, which is essentially an extension of an existing nuclear power plant.
Ben Stock is a business analyst and writer for “Social Bites”. He offers insightful articles on the latest business news and developments, providing readers with a comprehensive understanding of the business world.


Saudi Arabia has announced plans to produce and enrich uranium in the future for its nuclear power program set to enter into an operational phase with two atomic reactors.
Prince Abdulaziz bin Salman, the kingdom’s new energy minister, said on Monday that Riyadh intends to diversify its energy mix and go ahead with the full cycle of its nuclear program, including the production and enrichment of uranium for atomic fuel.
“We are proceeding with it cautiously… we are experimenting with two nuclear reactors,” Abdulaziz said at an energy conference in Abu Dhabi.
The Saudi official also pointed to Riyadh’s plans to issue a tender for the kingdom’s first two nuclear power reactors, saying the tender is expected to be made next year.
Companies from the US, China, Russia, South Korea and France are speculated to be involved in preliminary talks about the project estimated to be worth billions of dollars.
Saudi Arabia claims that it wants to tap nuclear technology for peaceful purposes but enrichment of uranium is a sensitive step in the nuclear fuel cycle as it can open up the possibility of military uses of the material.
American companies could only compete for the project if Riyadh signs an agreement with Washington assuring it will use nuclear technology for peaceful purposes, according to Reuters.
Saudi officials, however, have said they would not agree to a deal that denies them the possibility of enriching uranium or reprocessing spent fuel, which could lead to a nuclear bomb.
Concern over Saudi nuclear ambitions has mounted both because of the regime’s dark record of violating human rights, particularly for detention of women’s rights activists and the cruel murder of Saudi journalist Jamal Khashoggi in Turkey, as well as its brutal war on Yemen.
Saudi Crown Prince Mohammad bin Salman laid the foundation of the kingdom’s first nuclear research reactor last November amid nuclear talks with the United States.
Riyadh has refused to agree to safeguards, which ban it from using nuclear technology for military purposes.
Mohammad bin Salman, the de facto day-to-day ruler of the kingdom, has stated that Saudi Arabia would promptly acquire nuclear weapons if Iran did.
Riyadh is a staunch critic of the landmark 2015 nuclear agreement between Iran and world countries that placed certain limits on Tehran’s nuclear energy program in exchange for removal of nuclear-related sanctions against the Islamic Republic.
Despite US attempts to kill the deal, the document, officially called the Joint Comprehensive Plan of Action, has been hailed globally as a diplomatic win and testimony to the country’s peaceful nuclear activities.


Studies of resonance in ²³Na, ²⁶Mg, ⁴¹K, ⁵⁵Mn and ⁵⁹Co
The isotopes ²³Na, ²⁶Mg, ⁴¹K, ⁵⁵Mn and ⁵⁹Co were activated by the use of a well collimated, ¹⁰B filtered neutron beam from a reactor. An analysis of the induced activity versus ¹⁰B filter thickness permitted studies of individual resonances of the target elements. With the assumption of a "1/E" energy dependence for the neutron flux in the beam, it was possible to obtain resonance integrals and partial widths for radiative capture for the individual resonances. The results were normalized to the resonance integral and thermal cross section of gold.
Little work of this character has been done previously for these nuclides so that comparative results are not generally available. However, those values that were in the literature, did agree reasonably well with the results gotten by this author. A consistency check obtained by using the values calculated in this work to compute the thermal absorption cross sections showed that the computed cross sections were smaller than or equal to the tabulated absorption cross sections of the elements. Since additional contributions from other resonances would add on to the calculated values, the fact that the tabulated thermal cross sections were not exceeded is in the correct direction.


"Accident phenomena and offsite consequences of severe reactor accidents have been the subjects of considerable research over the last several decades by the U.S. Nuclear Regulatory Commission (NRC). As a consequence of this research focus, analyses of severe accidents at nuclear power reactors are more detailed, integrated, and realistic than at any time in the past. A desire to leverage this capability to address conservative aspects of previous reactor accident analyses was a major motivating factor in the genesis of the State-of-the-Art Reactor Consequence Analyses (SOARCA) project. By applying modern analysis tools and techniques, the SOARCA project developed a body of knowledge regarding the realistic outcomes of severe nuclear reactor accidents. To accomplish this objective, the SOARCA project's integrated modeling of accident progression and offsite consequences used both state-of-the-art computational analysis tools and best modeling practices drawn from the collective wisdom of the severe accident analysis community. This study has focused on providing a realistic evaluation of accident progression, source term, and offsite consequences for select scenarios for the Peach Bottom Atomic Power Station and Surry Power Station. By using the most current emergency preparedness practices and plant capabilities, as well as the best available modeling, these analyses are more realistic than past analyses. These analyses also consider mitigative measures (e.g., emergency operating procedures, severe accident management guidelines, and Title 10 to the Code of Federal Regulations (10 CFR) 50. 54(hh) measures), contributing to a more realistic evaluation."
U.S. Nuclear Regulatory Commission, NUREG-1935
Government Printing Office, Federal Digital System: http://www.gpo.gov/fdsys/


Sample Student Essay Draft and Prompt.
Hiroshima after the Atomic Bomb (1 of 5) by Shigeo Hayashi panorama views of the city taken by Shigeo Hayashi on October 5, 1945; Hiroshima and Nagasaki: 70th anniversary of the atomic bombs that ended the Second World War A photo essay. Video. Bombing of Hiroshima and Nagasaki Video and images.
The atomic bomb, a successful effort to drop two atomic bomb as history: this full essay review. Did the us was are several reasons against dropping of hiroshima and taking control. Days like no other: dropping of the city of george orwell. Julius robert oppenheimer and the atomic bomb essays.
History can answer many questions. Thus, it keeps many secrets. For those who want to unlock one of these secrets, we offer a history paper about the English royal bloodline.This sample is well structured and informative like our essay on the Hiroshima and Nagasaki bombings.
The bomb exploded about 500 m above the ground and directly beneath it was a suburb of schools, factories, and private houses. Not quite the target you would expect if you wanted to ruin the cities military capabilities. Truman had said, “The world will note that the first atomic bomb was dropped on Hiroshima, a military base.
Pro Atomic Bomb With the US already angry about the drawn out Pacific War and the bombing of Pearl Harbor, this gave them enough evidence to have the thoughts of going to war with Japan. After Franklin Roosevelt died Truman became the new president, but with such short notice of the newly created Atomic Bomb, he was left with an important decision.
Was the atomic Bombing of Hiroshima and Nagasaki Genocide Yes indeed it was. My opinion is based on the following premises: First, by August 1945 the Japan military was in a desperate state. The Naval blockade of the Allies had taken away a fleet of ships with military supplies and weapons from Japan military, without these the Japan Military was weak and could not survive for long.
In this essay I am going to say whether America should have dropped the atomic bomb. The two main points is yes they should have or the shouldn’t have. The first main point was that USA were worried by Japanese expansion so which they banned all their trading going to Japan, which stopped 80% of all the oil supplied to Japan in the summer of 1941.


IAEA chief travels to North Korea
Mohamed El-Baradei, the Chief of the UN nuclear watchdog, the IAEA, is heading to North Korea to discuss the recent deal to dismantle Pyongyang's nuclear weapons programme.Mohamed El-Baradei is expected to agree a timetable and terms for the International Atomic Energy Agency inspectors to verify a shutdown of North Korea's nuclear complex by mid April this year.“I look forward obviously to go back and establish a new framework for co-operation. I hope we can move forward, but again, I should caution that this is the first step in a long process. It will have to be an incremental process,” Mr El-Baradei stressed.The breakthrough deal was reached during six-party talks in February, 2007.Pyongyang expelled inspectors 4 years ago and conducted its first nuclear test last year. The test alarmed the international community and lead to the UN imposing sanctions.
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China says release of Fukushima water into sea 'extremely irresponsible'
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China on Tuesday hit out at Japan's plan to release more than one million tonnes of treated water from the Fukushima nuclear plant into the ocean as "extremely irresponsible".
The Japanese government insists the release from the stricken plant which has stored a large volume of water for years is safe because it has been processed to remove almost all radioactive elements and will be diluted.
But the process -- not likely to begin for several years -- has already prompted concern from neighbouring countries and anger from fishing communities.
China said Japan's plan would be damaging to public health and complained Tokyo had decided to dispose of the nuclear waste water "without regard for domestic and foreign doubts and opposition."
"This approach is extremely irresponsible and will seriously damage international public health and safety and the vital interests of the people of neighbouring countries," the foreign ministry said in a statement on its website.
Beijing said the ocean was the "common property of mankind" and the disposal of the nuclear waste water "is not just Japan's domestic issue."
"China will continue to closely follow the developments together with the international community and reserves the right to make further responses," the foreign ministry said.
Around 1.25 million tonnes of water has accumulated in tanks at the nuclear plant, which was crippled after going into meltdown following a tsunami in 2011.
Japan's Prime Minister Yoshihide Suga said that disposing of the water was an "inevitable task" in the decades-long process of decommissioning the nuclear plant.
The International Atomic Energy Agency (IAEA) has endorsed the release, which it says is similar to disposal of waste water at nuclear plants elsewhere in the world.
Relations between Japan and China have stuttered in recent months as Tokyo is courted by Washington as an ally t box-in the regional superpower in the Pacific.


Identification of High Confidence Nuclear Forensics Signatures for the Development of a National Nuclear Forensics Library
The international application of nuclear forensics, including the development of national nuclear forensics libraries, is essential to combat the transboundary movement of nuclear and other radioactive material out of regulatory control. A national nuclear forensics library is an authoritative record consisting of databases and potentially sample archives of nuclear and other radioactive material produced in, used or stored in a State. Research and development is necessary in order to address the science of nuclear forensic signatures to provide peer reviewed and validated signatures across the nuclear fuel cycle and through the manufacture of radioactive sources. This CRP will address the data requirements of a national nuclear forensics library for each stage of the nuclear fuel cycle (as determined by IAEA experts) and for the manufacture of radioactive sources, as well as promote research into novel signatures that are indicative of nuclear processing and important to high confidence nuclear forensics interpretation (eg. application of high precision, high abundance sensitivity mass spectrometry; stable isotope systematics; optimized use of radiogenic isotopes and rare earth trace elements). Of interest are resolving signatures imparted naturally as uranium is mined from those signatures that are introduced as a result ofproduction and manufacturing processes during milling, isotopic enrichment, fuel manufacture and reactor operations. A fundament question to be addressed by this CRP is how nuclear forensics signatures are imparted and how they persist. The results from this CRP will be used to provide technical guidance to States for the development of national nuclear forensics libraries, including the identification of high priority nuclear forensics signatures - related to material history - to be included.
Background Situation Analysis
The objective of nuclear forensics as a nuclear security technical capability is to categorize and characterize nuclear or other radioactive material out of regulatory control to provide information on its history and origin. Episodes of illicit trafficking continue to be reported to the IAEA’s Illicit Trafficking Database including incidents of the trafficking of highly enriched uranium in 2010 and 2011. For this reason nuclear forensics is not a contingency plan but rather provides information that is essential for preventing, detecting and responding to criminal and unauthorized acts involving these materials.
Nuclear forensics is a comparative discipline where unknown samples are compared against known samples - where the history and origin are known - to determine if there are similarities and likeness. While the analysis of nuclear and other radioactive materials has increasingly become more sophisticated, the ability to reliably interpret these measurements depends upon a State’s capacity to develop the appropriate means to unequivocally compare the analytical results of questioned samples relative to a nuclear forensics library of validated known data and / or samples.
In order to establish these national nuclear forensics libraries, the IAEA is working with States to raise awareness and provide guidance on the technical requirements bearing on the development of the libraries. This approach was endorsed at the 2010 General Conference Resolution on Nuclear Security (GC-54/RES/8). The technical guidance has benefitted from the sharing of Member States experience with organizing data from past and current production of nuclear and other radioactive materials. As well, national experience with safeguards arrangements and inventories of "batches" of nuclear materials can provide a base for building national nuclear forensics libraries. The need to identify and prioritize nuclear forensics signatures for use in nuclear forensics libraries was a key outcome at IAEA expert consultancies convened in November 2010 and March 2011.
As the development of national nuclear forensics libraries is at its inception, further work is needed to i) identify the most important signatures for inclusion at each stage in the nuclear fuel cycle and including radioactive material, ii) tie these fuel cycle signatures to processes used in their production and manufacture, and iii) organize these signatures such that the data may be collected from archives or measurements. Novel nuclear forensics signatures will also be developed and validated through peer review. Taken together, this research programme requires nuclear fuel cycle expertise and research to determine robust and persistent signatures incorporated in the material and appropriate methods of analysis and prediction.
This CRP involves the identification of key forensics signatures inherent to nuclear and other radioactive materials at each of the different phases of the nuclear fuel cycle for inclusion in national nuclear forensics libraries.
CRP Overall Objective
The goal of the CRP is to develop validated nuclear forensics isotopic, chemical and physical signatures corresponding to stages of the nuclear fuel cycle (e.g., uranium ore mining, milling, conversion to UF6, nuclear fuel manufacture, reactor operations, reprocessing and radioactive source production) that enable high confidence comparative analysis between sample “unknowns” and “knowns” using a national nuclear forensics library.
Specific Research Objectives
Using scientific peer review, identify and prioritize nuclear forensic signatures associated with the origin and process history of the nuclear fuel cycle for the inclusion in national nuclear forensics libraries. Use stages of the nuclear fuel cycle identified by IAEA experts to understand persistent isotopic, chemical and physical signatures that are important to i) allow nuclear forensics cases to be compared directly, ii) potentially link suspects to materials, places and events iii) provide information on the origin and history of nuclear and radioactive materials to address potential nuclear security vulnerabilities, and iv) allow all States to make high confidence statements regarding the security of nuclear and other radioactive material for which they have responsibility.
Expected Research Outputs
Technical guidance for States including the identified key isotopic, chemical and physical signatures - to address process history, as well as comparative and predictive signatures - and the analytical and predictive methodologies for high confidence interpretations to establish robust and comprehensive national nuclear forensics libraries.
CRP Expected Research Outcomes
States will develop and implement national nuclear forensics libraries under their control that utilize validated and priority isotopic, chemical and physical signatures for high confidence interpretation as part of the prevention of and response to incidents involving nuclear or other radioactive materials out of regulatory control.


HUNTSVILLE, Alabama -- A watchdog group concerned about nuclear power said federal regulators are now a step closer to improving safety at plants like Browns Ferry in Athens.
Three reactors at the Tennessee Valley Authority's Browns Ferry plant and 20 other reactors across the U.S. share the same design as the Japanese plant that suffered a catastrophic meltdown last year after being hit by an earthquake and tsunami.
Browns Ferry lost electricity into the plant during the April 27 storms, causing an automatic shutdown. The lack of power into the plant meant for several days its cooling and safety systems had to be powered by backup generating equipment.
Paul Gunter, director of the Reactor Oversight Project at the Maryland-based group Beyond Nuclear, said the Nuclear Regulatory Commission has agreed to study plant changes that go beyond the agency's earlier Fukushima-related recommendations for U.S. plants.
Gunter said the NRC's decision will give the public more input into decision-making on important safety questions.
The NRC said many of the group's recommendations are consistent with issues an agency task force is already studying and changes they have ordered.
TVA spokesman Ray Golden said after Fukushima the utility created a team to study the problems at that plant and recommend necessary changes. He said TVA has increased training for control room operators, is in the process of acquiring more backup equipment, including generators, water pumps and satellite phones.
Beyond Nuclear also has asked that the boiling-water reactors across the U.S. be shut down because they are unsafe - a move the NRC has rejected.
But Gunter said an NRC safety panel did agree to further study on the group's request - which included 8,000 petitioners - that the current Mark 1 venting system be placed under closer review and the pre-approval of the design be revoked.
Gunter said the vent design was a 100 percent failure at Fukushima and the same system is still in place in more than 20 U.S. plants to release radioactive steam if a nuclear reactor is overheating to dangerous levels.
Beyond Nuclear and other groups want the NRC to revoke the current design approval and make venting a subject of increased enforcement.
Golden has said TVA will respond to any required changes and is already taking steps to ensure nuclear plants remain safe.
The NRC also has agreed to consider requiring backup electrical supply in the event of a blackout to keep cooling the pools of spent radioactive fuel rods contained in Mark 1 reactor buildings.
The NRC's earlier recommendation was for backup power for hoses and other sources of water for the pools, but Gunter said the recent decision is a step forward.
"There is a big difference in our mind between allowing pools to boil away, with all that steam and condensation raining down on electrical boxes and circuits," Gunter said "and providing emergency power to make sure they don't boil off in the first place."
The NRC gave no timetable for its review process.


This video from the USA says about itself:
10 March 2016
Fukushima update: here.
The Fukushima accident has not served as a wake-up call in Japan — Bulletin of the Atomic Scientists: here.
News coverage of Fukushima disaster found lacking; Few reports identified health risks to public — Celine-Marie Pascale, American University via Science Daily: here.
FUKUSHIMA – Public prosecutors decided on Tuesday not to indict Tokyo Electric Power Co. President Naomi Hirose and other current and former executives of the utility over radioactive water leaks from the crippled Fukushima No. 1 nuclear power plant into the ocean: here.
Japanese anti-nuclear candidate wins election at site of world’s biggest atomic power station — The Guardian: here.


A Global Nuclear Renaissance
Source: Cambridge Network (8/16/10)
"20-year outline published for the renaissance of nuclear energy."
The scientists suggest a two-stage plan in their review paper that could see countries with existing nuclear infrastructure replacing or extending the life of nuclear power stations, followed by a second phase of global expansion in the industry by the year 2030. The team say their roadmap could fill an energy gap as old nuclear, gas and coal fired plants around the world are decommissioned, while helping to reduce the planet's dependency on fossil fuels.
The researchers suggest in their study that based on how technologies are developing, new types of reactors could come online that are much more efficient than current reactors by 2030. At the moment, most countries have light water reactors, which only use a small percentage of the uranium for energy, which means that the uranium is used inefficiently. The team suggest that new 'fast reactors' could be developed that could use uranium approximately 15 times more efficiently, which would mean that uranium supplies could last longer, ensuring energy security for countries.
Another idea is to develop reactors with replaceable parts so that they can last in excess of 70 years, compared to 40 or 50 years that plants can currently operate at.
Flexible nuclear technologies could be an option for countries that do not have an established nuclear industry, reducing the need for countries to build large electricity grid infrastructures.


Arpa Piemonte has been carrying out, for a long time, controls on clearable materials from nuclear power plants to verify compliance with clearance levels set by ISIN (Ispettorato Nazionale per la Sicurezza Nucleare e la Radioprotezione - National Inspectorate for Nuclear Safety and
[...] Read more.
Arpa Piemonte has been carrying out, for a long time, controls on clearable materials from nuclear power plants to verify compliance with clearance levels set by ISIN (Ispettorato Nazionale per la Sicurezza Nucleare e la Radioprotezione - National Inspectorate for Nuclear Safety and Radiation Protection) in the technical prescriptions attached to the Ministerial Decree decommissioning authorization or into category A source authorization (higher level of associated risk, according to the categorization defined in the Italian Legislative Decree No. 230/95). After the experience undertaken at the “FN” (Fabbricazioni Nucleari) Bosco Marengo nuclear installation, some controls have been conducted at the Trino nuclear power plant “E. Fermi,” “LivaNova” nuclear installation based in Saluggia, and “EUREX” (Enriched Uranium Extraction) nuclear installation, also based in Saluggia, according to modalities that envisage, as a final control, the determination of γ-emitting radionuclides through in situ gamma spectrometry measurements. Clearance levels’ compliance verification should be performed for all radionuclides potentially present, including those that are not easily measurable (DTM, Difficult To Measure). It is therefore necessary to carry out upstream, based on a representative number of samples, those radionuclides’ determination in order to estimate scaling factors (SF), defined through the logarithmic average of the ratios between the i-th DTM radionuclide concentration and the related key nuclide. Specific radiochemistry is used for defining DTMs’ concentrations, such as Fe-55, Ni-59, Ni-63, Sr-90, Pu-238, and Pu-239/Pu-240. As a key nuclide, Co-60 was chosen for the activation products (Fe-55, Ni-59, Ni-63) and Cs-137 for fission products (Sr-90) and plutonium (Pu- 238, Pu-239/Pu-240, and Pu-241). The presence of very low radioactivity concentrations, often below the detection limits, can make it difficult to determine the related scaling factors. In this work, the results obtained and measurements’ acceptability criteria are presented, defined with ISIN, that can be used for confirming or excluding a radionuclide presence in the process of verifying clearance levels’ compliance. They are also exposed to evaluations regarding samples’ representativeness chosen for scaling factors’ assessment.


Deep within neutron stars, the densest objects in the modern universe, there is a possibility that a substance called cold quark matter exists. This assumption was made by a group of researchers from the University of Helsinki in a paper published in the journal Nature Communications. Neutron stars contain up to two solar masses in a sphere just 25 km in diameter and are being studied as unique astrophysical objects. Of particular interest is the question of whether the huge central pressure of a neutron star could cause protons and neutrons to be compressed into a new phase of matter.
Alexi Vuorinen, professor of particle theory at the University of Helsinki, explains: “In cold quark matter, protons and neutrons no longer exist as separate particles.” Their constituent quarks and gluons are freed and free to move. Researchers have made the first quantitative estimate of the possibility that quark nuclei exist in massive neutron stars. Current astrophysical observations indicate an 80-90% chance that quark matter exists in the most massive neutron stars. However, it is unlikely that all neutron stars are composed only of nuclear material.
An international team of scientists from Finland, Norway, Germany and the United States has also shown how in the future it may be possible to completely confirm or deny the existence of quark nuclei. The key point here is the possibility of limiting the strength of the phase transition between nuclear and quark matter, which is possible by recording gravitational wave signals from the final stages of the merger of two neutron stars.
A key part of the research was large-scale computation on a supercomputer using Bayesian inference methods. Bayesian inference is a field of statistical inference that estimates the probabilities of various model parameters based on direct comparisons with observed data. Dr. Jonas Nätilä, one of the paper’s lead authors, described the research as an interdisciplinary effort that required expertise from astrophysics, particle physics, nuclear physics, and computer science. . He emphasizes that with each new observation of a neutron star, the properties of its material can be determined more precisely.


– Whistleblower fired from US nuke site (PressTV, Feb 19, 2014):
A whistleblower who raised safety concerns at the US most polluted nuclear weapons production site has been fired.
Donna Busche, 50, was dismissed from the Hanford Nuclear Reservation on Tuesday morning after she filed a complaint about design and safety of an unfinished waste treatment plant at the factory, the Associated Press reports.
Busche worked for URS Corp., which is helping build a $12 billion plant to turn Hanford’s most dangerous wastes into glass. She has filed complaints with the federal government, alleging she has suffered retaliation since filing her original safety complaint in 2011.
The Hanford Site was created before World War II as part of the United States’ top-secret atomic bomb project. Now, it is the most US contaminated nuclear site located on the Columbia River in the state of Washington, with cleanup costs running around $2 billion annually.
The plant is trying to clean up 53 million gallons of highly radioactive waste left from decades of plutonium production for nuclear weapons arsenal. According to AP, the waste is stored in 177 aging underground tanks, many of which have leaked.
The Department of Energy, which owns Hanford, said it is investigating Busche’s safety concerns, according to the report. The department said in a news release that it was not informed of the firing and that it “was not asked to and did not approve this action.”
The Department of Labor also is reviewing Busche’s complaints about retaliation and harassment.
Busche is the second Hanford whistleblower to be fired in recent months. Walter Tamosaitis, who also raised safety concerns about the plant, was fired in October after 44 years of employment.


The Department of Energy’s Office of Environmental Management (EM) said that construction is well underway on a protective enclosure, or cocoon, for the K East Reactor building at the Hanford Site near Richland, Wash.
EM reports that is has achieved one of its key construction priorities for 2022 by beginning construction of the enclosure, which is designed to protect the reactor building while the radioactivity in the deactivated reactor core decays over the next several decades, making it safer and easier to decommission.
A time-lapse video showing the construction of the cocoon’s massive 120-foot steel frame can be seen here.
The work: Last summer, EM contractor Central Plateau Cleanup Company was awarded a subcontract for the installation of the steel frame, and crews broke ground on the site last fall.
Earlier this year, workers finished backfilling and compacting the area around the former reactor with approximately 34,000 cubic yards of sand and gravel to level the site before pouring a 6-foot-thick concrete foundation to support construction of the cocoon. The first steel columns for the enclosure were placed in mid-May.
Construction activities will continue through the summer, with workers expected to finish the structural steel skeleton and install metal siding on the walls and roof to fully enclose the building by this fall. The completed structure will be more than 150 feet wide and 120 feet tall. The design allows for routine inspections of the reactor every five years. Additional safety features include new lighting between the structure and the reactor building, as well as upgraded lighting inside the building.
The reactor: The K East Reactor operated from 1955 to 1971 and will be the seventh of Hanford’s nine former plutonium production reactors to be placed in interim safe storage. The K West Reactor will be the eighth.
The ninth, the B Reactor, has been preserved as the world’s first full-scale plutonium production reactor and is part of the National Park Service’s Manhattan Project National Historical Park. Hanford’s other six reactors were cocooned between 1998 and 2012.


Conference Proceedings Paper
A Next Generation Heavy Water Nuclear Reactor with Supercritical Water as Coolant
International Conference on the Future of Heavy Water Reactors - 2011 October 02-05
Laurence K.H. Leung (Atomic Energy of Canada Limited)
M. Yetisir (Atomic Energy of Canada Limited)
William Diamond (Atomic Energy of Canada Limited)
D. Martin (Atomic Energy of Canada Limited)
Jeremy Pencer (Atomic Energy of Canada Limited)
Bronwyn Hyland (Atomic Energy of Canada Limited)
H. Hamilton (Atomic Energy of Canada Limited)
D. Guzonas (Atomic Energy of Canada Limited)
Romney Duffey (Atomic Energy of Canada Limited)
The supercritical water (SCW) cooled nuclear reactor is one of six candidate reactor concepts selected by the Generation-IV International Forum (GIF) for meeting GIF design goals, which includes enhanced safety, resource sustainability, economic benefit and proliferation resistance . As a member of GIF, Canada is developing a pressure-tube type SCW reactor, which has the potential to fulfill all major GIF goals. Employing the existing supercritical water technology used in coal plants on the balance-of-power systems, the Canadian SCWR design effort focuses mainly on the core configuration to generate supercritical water at the temperature of 625°C matching closely the existing high-pressure turbine design (thereby increasing the thermal efficiency by 40% as compared to the conventional nuclear power plants).
This paper presents the pre-conceptual design of a heavy-water moderated pressure-tube type SCWR, which has evolved from the well-established CANDU reactor. It describes the core configuration, advanced thorium fuel cycle, the high-efficiency fuel channel design, passive moderator cooling system, and fuel design. These key components facilitate the fulfillment of the GIF design goals.
Individual Conference-Paper Copies (Electronic Where Available):
- For CNS members, the first 5 copies per calendar year are free, and additional copies are $10 each.
- For non-members, the price is $25 for the first Conference-paper copy in a request, and $10 each for additional copies of papers in the same conference and in the same request.
- Contact the CNS office to order reprints.


Atoms: are the lowest level of complexity in biology. 92 naturally occurring elements that were created in the stars. That"s how the galaxies, planets, moons were formed. 6 fundamental elements that all living things have- chnops. Matter and energy are one and the same- einsteins equation (e=mc^2) means matter and energy are different manifestations of the same thing. Potential energy is stored energy where we get into chemical bonds and interactions b/w atoms. Each organism doesn"t have the same amount of the 6 elements. An atom is made up of 3 main parts in nucleus are protons and neutrons which make up the mass. Each atom has its mass determined by amount of protons and neutrons. Radioactive isotopes can be separated bc of the mas difference. Protons determine properties of atoms- they determine how many electrons surround nucleus. Electons are negatively charged neutrons don"t have charge. Isotopes have same amount of protons but different amount of neutrons.


Why Lesson Planet?
Earth System Science
Students investigate the age of the earth by using accepted scientific methods. They conduct research about the use of radioactive dating and there is a simulation activity of the process. Finally, students measure the radioactive decay of actual rocks to estimate the actual age of the earth.


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Feds: 'Unusual' wear on new tubes at CA nuke plantInspectors find 'unusual' wear on new tubes carrying radioactive water at Calif. nuclear plant
LOS ANGELES (AP) ' Federal regulators said Thursday that unusual wear has been found on dozens of virtually new tubes that carry radioactive water at Southern California's San Onofre Unit 2 nuclear plant.
The disclosure came two days after a tube leak at the plant's other unit prompted operators to shut down the reactor as a precaution. A tiny amount of radiation could have escaped, but officials say workers and the public were not endangered.
The problems at Unit 2 were discovered during inspections of a steam generator, after the plant was taken off-line for maintenance and refueling. That equipment was replaced recently in both units of the twin-reactor plant, which is located about 45 miles north of San Diego.
"The amount of wear that we are seeing on these tubes is unusual for a new steam generator," Nuclear Regulatory Commission spokesman Victor Dricks said.
Plant operator Southern California Edison did not immediately comment.
The plant is owned by Southern California Edison, San Diego Gas & Electric and the City of Riverside. Southern California Edison serves nearly 14 million residents with electricity in Central and Southern California.
Related Keywords:San Onofre Shutdown,Utilities,Industries,Business,Energy,Industry regulation,Government business and finance,Government and politics,Government regulations


The Japanese Spallation Neutron Source Facility is based on a 3 GeV, 1 MW, 25 Hz proton accelerator. It is apart of the High Intensity Proton Accelerator Project that is a joint project between the Tokai Establishment of the Japan Atomic Energy Agency and the High Energy Accelerator Research Organization. Neutronic optimization of the target-moderator-reflector assembly has been conducted assuming that the hydrogen is almost 100% para. Target station design is also underway, and five-year contracts will be made in November this year. Various device development programs, such as neutron-optical devices and detector systems, are also actively underway.
We have been developing a neutron lens and prism based on neutron refractive optics. As a neutron has a magnetic dipole moment, it is accelerated in a magnetic field gradient. Thus, we can control a neutron beam free from beam attenuation using the magnetic field gradient. Moreover, its spin dependence of the acceleration is profitable in the case of using the polarized neutron beam. The sextupole magnetic field functions as a focusing or defocusing lens for neutrons depending on the neutron spin states. The focusing and defocusing effects of a prototype sextupole magnet was experimentally studied. By combining focusing and defocusing functions of the sextupole magnet, we can control the neutron beam shape and divergence more flexibly. Adiabatic and nonadiabatic field connections make it possible to realize the magnetic doublet system. A quadrupole magnetic field functions as a neutron prism, which were experimentally confirmed. The neutron spin and energy dependence of the refracting power is applicable to an analysis of the neutron spin and energy. In this paper, the details of the experimental results of the magnetic devices are described and their applications in the neutron scattering experiment are discussed.
We have developed compound refractive prism for cold neutrons. To prevent an increase in neutron absorption, we have developed prism array like a Fresnel lens. The prism characteristics were investigated with experimental and numerical simulation studies. We achieved transmission of 0.75 and refractive angle of 7.5 mrad for 15 neutrons with 49 layered prism array.


Iran plans to enrich uranium up to 20% at its underground Fordo nuclear facility, international inspectors said on January 2, pushing its program a technical step away from weapons-grade levels as it increases pressure on the West over its tattered atomic deal.
The International Atomic Energy Agency acknowledged Iran had informed its inspectors of the decision after news leaked overnight on January 1.
The move comes amid heightened tensions between Iran and the U.S. in the waning days of the administration of President Donald Trump, who unilaterally withdrew America from Tehran’s nuclear deal in 2018. That set in motion an escalating series of incidents capped by a U.S. drone strike killing a top Iranian general in Baghdad a year ago, an anniversary coming Sunday that has American officials now worried about possible retaliation by Iran.
The decision comes after parliament passed a bill, later approved by a constitutional watchdog, aimed at hiking enrichment to pressure Europe into providing sanctions relief. It also serves as pressure ahead of the inauguration of President-elect Joe Biden, who has said he’s willing to re-enter the nuclear deal.
“Iran has informed the agency that in order to comply with a legal act recently passed by the country’s parliament, the Atomic Energy Organization of Iran intends to produce low-enriched uranium … up to 20% at the Fordo Fuel Enrichment Plant,” the IAEA said in a statement.
The post Iran tell inspectors it plans up to 20% enrichment at Fordo appeared first on Defence News India.


Favorite Production Motorcycle Honorable Mention. Ducati 750 Super Sport.
If I didn’t already have the 916 then I’d have this one. In fact I think I was a bit hasty with the 916. It was a spur of the moment comment about that bike that got this list started before I had given it much thought.


Poems I Have Written
Here I will be posting poems I have written. These poems could be ones I wrote in class or ones I wrote a very long time ago. I am going to try and keep up with writing a bit more frequently, as I have found it to be very releasing of feelings that pent up over time. I hope you enjoy them. I will be updating this page frequently. So check back!
The Girl In the Painting


The needle valve of the fuel injector burns to death
The main reasons that cause the fuel injector needle valve to burn are:
(1) Incorrect assembly method
(2) There is dirt in the fuel oil circuit
Diesel contains too many impurity particles, which is the main reason that the needle valve of the fuel injection nozzle burns. The fuel filter used in the engine generally can only filter out impurities larger than 0.05 mm. Obviously, the filtering ability is not too strong. If the fuel filter element is ruptured at this time, the upper and lower felt pads of the filter element are missing or damaged, so that part of the fuel enters the fuel injection pump directly, and the dirt may enter the fuel injection nozzle and block it.


[Mageia-discuss] a cross-distribution meeting about software installers
molch.b at googlemail.com
Sun Jan 9 11:32:43 CET 2011
As second thought, if it is not possible to join the meeting, we will
meet anyway 3 weeks later at Fosdem (Oliver and I will be there).
More information about the Mageia-discuss


12v Dc Mini Hydraulic Power Unit - China Manufacturers, Factory, Suppliers
With our rich experience and considerate services, we have been recognized as a reliable supplier for many international buyers for
12v Dc Mini Hydraulic Power Unit, Dc Hydraulic Power Unit
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, We'll supply much better products with diversified designs and expert services. We sincerely welcome friends from over the world to visit our company and cooperate with us on the basis of long-term and mutual benefits.


What people are saying - Write a review
We haven't found any reviews in the usual places.
THE PRESENT STATUS AND PROSPECT OF DIGITAL INTEGRATED
CURRENT STATUS AND FUTURE OF Si LSI TECHNOLOGY
THREE DIMENSIONAL ANALYSIS BY FOCUSED ION BEAM
27 other sections not shown
Other editions - View all
a-Si amorphous layer analysis angle annealing temperature Appl as-implanted atoms B-SiC films boron carrier concentration Ce02 layer CHANNEL NUMBER crystal crystalline damage density decreased deposition depth profile device diffraction diffusion digital etching dopant doping effect electrical activity electron emission epitaxial etch rate Experimental Fig.l Figure formation formed function GaAs growth high energy Hosei University hydrogen impurity incident increase InGaP intensity interface ion beam analysis Ion Beam Technology ion implantation ion source ions/cm2 irradiation Japan laser lattice leakage current Lett measured method Nucl nuclear observed obtained oxide oxygen p-type peak Phys plasma polycide preamorphized RBS spectra region RHEED room temperature scanning scattering secondary defects sheet resistance shell model shown in Fig shows Si+ implantation silicidation silicidation reaction silicon SIMOX SIMS spectrum sputtering structure substrate substrate temperature surface technique thermal thickness Tokyo transmission electron microscopy vapor quenching VLSI voltage wafer X-ray X-ray diffraction ZnSe


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Somerset Golf Union
There are still a few junior matches to be confirmed but hopefully these will be completed in the coming days.
To view the current fixture card. please click here
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About the Site Groups Page
To access this page, click Resources > Site Groups.
You can use the Site Groups page to view, create, and delete site groups for a tenant. Site groups enable you to group sites logically, thereby easing site management. You can use site groups to apply policies at the site group level.
You must be a Tenant Administrator user to access the Site Groups page.
Tasks You Can Perform
You can perform the following tasks from this page:
View details of existing site groups. Click the details icon that appears when you hover over the name of a site group or select More > Detailed View.
Create site groups. See Creating Site Groups.
Edit site groups. Select a site group and click the edit icon. If you add a site to (or remove a site from) a site group that is selected in a firewall policy, you need to manually redeploy that policy.
Delete site groups. To delete a site group, select it on the Site Groups page and click the delete (X) icon.
You cannot delete a site group selected in a firewall policy.
Table 1 shows the descriptions of the fields on the Site Groups page.
Table 1: Fields on the Site Groups Page
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Health & Safety Policy Statement
- is committed to ensuring the Health, Safety and Welfare of the employees so far as is reasonably practicable.
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I am a travelling salesman, I spoke to God, I know the truth, but that's not because He told me.
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Seriously what’s with the hold up? Is it money? In Kuwait where I am currently living for example we had a power shortage last year. Kuwait was producing around 10,000 megawatts of electricity but we were using around 9,800. So this year they increased the production by by 2,000 so that we have 12,000 megawatts and they will keep increasing it until by 2015 we would be producing 20,000 megawatts.
From what I previously read Lebanon produces 1,500 megawatts of power. Why haven’t we doubled that or tripled that? Can’t we all pitch in like $10 and solve our electricity problem? The war has been over for over 20 years!


Google Blog: Surf's up Wednesday: Google Wave update
Really looking forward to the release to a wider community of Google Wave today. I really hope I am in the initial preview "wave" as it were. I think this is going to be really big, as big as email is today and has the potential to be better. Bring it on.


Rf plasma synthesis, publisher summary
The industrial application of induction plasma technology[ edit ] Following the evolution of the induction plasma technology in laboratory, the major advantages of the induction plasma have been distinguished: Then suitable second gas may be selected and added to argon, so as to get a better heat transfer between plasma and the materials to treat.
Cr-Fe-C, Re-Mo, Re-W Nano-materials synthesis[ edit ] It is the increased demand for nanopowders that promotes the extensive research and development of various techniques for nanometric powders.
The nanometric powders produced are usually collected by porous filters, which are installed away from the plasma reactor section. Some examples of cold plasma include glow discharge and fluorescent lamp. Without the erosion and contamination concern of electrode, due to the different plasma generation mechanism compared with other plasma method, for example, direct current non-transfer arc dc plasma.
Change the surface morphology of the particles. Because of the high reactivity of metal powders, special attention should be given to powder pacification prior to the removal of the collected powder from the filtration section of the process.
With this capability, induction plasma torch often works as not only a high temperature, high enthalpy heat source, but also chemical reaction vessels.
Its innovative technology offers the necessary means for the development of new compounds and powder treatments, as it handles oxidizing and reducing atmospheres without contamination problems — something not possible with alternate conventional plasma sources. Re, Ta, Mo, W Alloys: Powder spheroidisation  [ edit ] The dense microstructure of the spheroidised cast tungsten carbide powders The requirement of powders spheroidisation as well as densification comes from very different industrial fields, from powder metallurgy to the electronic packaging.
The melted powder particles are assuming the spherical shape under the action of surface tension of liquid state. Cold plasma is often produced at low pressures.
Induction plasma serves as a clean heat source and is perfect for high purity processes, thanks to lack of contamination induced by erosion of electrodes. The induction plasma system has been successfully used in the synthesis nanopowders.
Demand for nano powders has given way to widespread research and Love me dating israel of a wide range of methods for nanometric powder preparation. The possibility of the axial feeding of precursors, being solid powders, or suspensions, liquids.
Induction plasma generated by high frequency discharge. In case the conductor is flowing gas, the gas is heated up to a high temperature and is ionized. Improve the powders flow-ability. These features of induction plasma technology, has found niche applications in industrial scale operation in the last decade.
Increase the powders packing density. In addition, advancements over the years have made induction plasma technology more efficient and reliable than ever before.
Standard examples of thermal plasma include high frequency induction discharge and DC arc discharge. A typical induction plasma nano-synthsize system for industrial application is shown below. Spheroidisation is a process of in-flight melting.
Table of Contents
Following are some typical materials spheroidized on Rf plasma synthesis scale. Eliminate powder internal cavities and fractures.
The plasma thus produced is known as induction plasma or inductively coupled plasma. These droplets will be drastically cooled down when fly out of the plasma plume, because of the big temperature gradient exciting in the plasma. Figure 1 depicts the induction plasma produced by high-frequency discharge.
Because of non electrode problem, a wide Rf plasma synthesis chemistry selection is possible, i. Relatively large plasma volume. The photos of some nano-product from the same equipment are included. Induction Plasma Technology Depending on the overall temperature, plasma can be categorized into thermal plasma equilibrium plasma and cold plasma non-equilibrium plasma.
Use of Radio-Frequency Plasma in Chemical Synthesis - ScienceDirect
Nowadays, we have been in a position to be able to numerate many examples of the industrial applications of induction plasma technology, such as, powder spheroidisation, nanosized powders synthesis, induction plasma spraying, waste treatments, etc. Easily interchangeable nozzle design helps in replacing nozzles of different configurations and diameters Solid torch body enclosing the induction coil eases manipulation during maintenance and certifies an optimum positioning of the coil during assembly Ceramic plasma confinement tube offers a high purity processing capability Variable position of the central injection probe provides optimum performance based on process requirements Different models of plasma torches have been developed by Tekna to meet different power supplies of various power, as shown in Table 1.
This feature overcomes the difficulty of exposing materials to the high temperature of plasma, from the high viscosity of high temperature of plasma.
The successful industrial application of induction plasma process depends largely on many fundamental engineering supports. Thermal plasma is produced at atmospheric pressure or higher.


Browsing by Subject "QCD corrections"
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Measurement of the W gamma and Z gamma inclusive cross sections in pp collisions at root s=7 TeV and limits on anomalous triple gauge boson couplings (American Physical Society, 2014-05-01)Measurements of W gamma and Z gamma production in proton-proton collisions at root s = 7 TeV are used to extract limits on anomalous triple gauge couplings. The results are based on data recorded by the CMS experiment at ...
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Security Update:Cisco released an updated Critical Security Advisory that addresses vulnerabilities in multiple products
Date and Time
Cisco released an updated Critical Security Advisory that addresses vulnerabilities in multiple products.
Advanced Users: For a complete description of the vulnerabilities visit:
- Cisco Adaptive Security Appliance Remote Code Execution and Denial of Service Vulnerability cisco-sa-20180129-asa1: https://tools.cisco.com/security/center/content/CiscoSecurityAdvisory/cisco-sa-20180129-asa1
- 3000 Series Industrial Security Appliance (ISA)
- ASA 5500 Series Adaptive Security Appliances
- ASA 5500-X Series Next-Generation Firewalls
- ASA Services Module for Cisco Catalyst 6500 Series Switches and Cisco 7600 Series Routers
- ASA 1000V Cloud Firewall
- Adaptive Security Virtual Appliance (ASAv)
- Firepower 2100 Series Security Appliance
- Firepower 4110 Security Appliance
- Firepower 4120 Security Appliance
- Firepower 4140 Security Appliance
- Firepower 4150 Security Appliance
- Firepower 9300 ASA Security Module
- Firepower Threat Defense Software (FTD)
- FTD Virtual
WHAT'S THE PROBLEM?
Exploitation of one of these vulnerabilities could allow an attacker to cause a reload of the affected system or to remotely execute code.
WHAT DO I NEED TO DO?
Users and administrators are encouraged to review the above Cisco Security Advisory and apply the necessary updates.
- IT Security at http://it.ucsf.edu/security


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A fast-wave pulse in a simple, cold, inhomogeneous MHD model plasma is constructed by Fourier superposition over frequency of harmonic waves that are singular at their respective Alfven resonances. The pulse partially reflects before reaching the resonance layer, but also partially tunnels through to it to convert to an Alfven wave. The exact absorption/conversion coefficient for the pulse is shown to be given precisely by a function of transverse wavenumber tabulated in Paper I of this sequence, and to be independent of frequency and pulse width. A? 2010 Springer Science+Business Media B.V.


Must have at least (2-3) years of plant safety experience within general manufacturing operations and a Bachelor of Science degree in safety, environmental or related technical degree. This position will be part of the plant EHS Department supporting site level safety initiatives for a large, union manufacturing facility and will report to the Plant EHS Manager. Support the plant’s EHS processes and ensure systems are in place and are highly functioning to maintain compliance with the site regulatory requirements and expectations.
Outstanding career growth into other EHS leadership roles within larger facilities or corporate and divisional locations.
Key Requirements include:
· 2 years of plant safety experience with proven track record of success
· Related Bachelor of Science Safety or environmental
· Manufacturing experience required
· Ability to develop strong working relationships with all levels (site and executive level)


Hi, I'm new!
As a relative novice to Google Earth I am not vey good at controlling it hence my request.
Would anyone be willing to be very nice and make me a quick tour.
I would like it to be from here: lat 54.667391 long -3.349848 at 77m
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It isnt for commercial purposes, and it would have to be for free.
If you would be willing to do it, PM me for a bit more information.


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Fútbol Blog Barcelona
FC Barcelona News
13 December 2011
Sandro Rosell meets with Seiko President Shinji Hattori
Sandro Rosell, the President of FC Barcelona, met in Tokyo with Shinji Hattori, the President Seiko, in the context of the contractual agreement between the two entities.
The meeting took place as part of the ongoing monitoring of the agreement between Barça and the Club’s official watch partner Seiko.
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I lost a bet nearly two years ago with Hanh and Phuong. It was now time to pay up after this long time. Since I lost the bet, I had to take them to a Japanese buffet at the Equatorial Hotel in District 5 of Saigon. It was my first time eating at this hotel despite living near it for over a year. I was impressed with the food.
(Yummy Japanese food)
(A very delicious and sweet hot pot)
After we ate, we all headed to the Sheraton Hotel’s Level 23 for some dancing. The group, Saint, was still playing there. It was an enjoyable evening.


I first met Ted Rogers about 10 years ago at a Rogers Wave booth at a home show in Toronto. I was working with an ISP in Hamilton that was also launching cable modems. My job at the time was to explain how cable modems worked and the advantages of dial-up and the soon to be released DSL. As luck would have it Ted chose me to ask about the Roger’s Wave product we were launching. He made a good impression and I think he really worked hard to understand how technology would benefit individuals.


A new line of Personal Security suite suitable for protection of sensitive information and to provide a portable secure haven for protecting one's intellectual properties and to allow
executing of codes in a secure manner would be planned for our next product launch.
The product will be in the form of a USB Security token bundled come with a software suite to manage the USB Security token.
The Personal Security suite will also feature the ability to securely enter small portions of sensitive information and sensitive secrets (i.e. PIN codes) directly into the device to prevent interception of those sensitive information you do not wish to expose to the host computer.
The image below is a draft of the logo we will be using for our Personal Security product. Can you guess what it is ?


JOHANNESBURG (AP) — South Africa says United States President Barack Obama and United Nations Secretary-General Ban Ki-moon will be among world leaders speaking at a mass memorial service for Nelson Mandela.
South Africa's government released the list of speakers for the Tuesday memorial, expected to last four hours at stadium at Soweto Township near Johannesburg.
Beyond Obama and Ban, the government says the following leaders will speak:
— Brazil President Dilma Rousseff;
— Chinese Vice President Li Yuanchao;
— Namibian President Hifikepunye Pohamba;
— Indian President Pranab Mukherjee; and
— Cuban President Raul Castro.
South African President Jacob Zuma will give the keynote address.
Mandela's family and friends also will speak at the ceremony, which will include a sermon.


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Today, meeting of the permanent group working on the issues of persons with disabilities (PWD) was held at the Central Election Commission (CEC) of Georgia. Tamar Zhvania, CEC Chairperson made opening remarks and provided meeting participants with the information about the planned By-elections and extraordinary elections.
Basic topics of today’s meeting referred to the discussion of the legislative proposals prepared by the CEC. The project considers giving the possibility to the PWDs to select the adapted polling station according to the address of registration within the election district territory. Sophio Sitchinava, Head of the standing working group and the Head of Coordination, Planning and Reporting Department provided meeting participants with the detailed information about the project. Group members submitted their recommendations and the project of possible legislative proposals considering those recommendation will be available for the electoral stakeholders.