The Undulator (Sci-Fi Literature eZine - Dec / Jan 2013)

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Details if other :. Thanks for telling us about the problem. Return to Book Page. Preview — The Undulator by Anonymous. Thomas P. Anton Merceli. Todd M. Watson Editor. The eZine is planned to be released at least once every other month. This volume is the first release ever thanks to Kindle Direct Publishing. Get A Copy. Kindle Edition , 22 pages. More Details Friend Reviews.

To see what your friends thought of this book, please sign up. To ask other readers questions about The Undulator , please sign up. Lists with This Book. This book is not yet featured on Listopia. Community Reviews. Showing A portable device is described for in-field usage for measuring the dose rate of an ambient beta radiation field, comprising: a housing, substantially impervious to beta radiation , defining an ionization chamber and having an opening into the ionization chamber; beta radiation pervious electrically-conductive window means covering the opening and entrapping, within the ionization chamber, a quantity of gaseous molecules adapted to ionize upon impact with beta radiation particles; electrode means disposed within the ionization chamber and having a generally shallow concave surface terminating in a generally annular rim disposed at a substantially close spacing to the window means.

It is configured to substantially conform to the window means to define a known beta radiation sensitive volume generally between the window means and the concave surface of the electrode means. The concave surface is effective to substantially fully expose the beta radiation sensitive volume to the radiation field over substantially the full ambient area faced by the window means.

Solar and infrared radiation measurements.

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The rather specialized field of solar and infrared radiation measurement has become more and more important in the face of growing demands by the renewable energy and climate change research communities for data that are more accurate and have increased temporal and spatial resolution. Updating decades of acquired knowledge in the field, Solar and Infrared Radiation Measurements details the strengths and weaknesses of instruments used to conduct such solar and infrared radiation measurements. Topics covered include: Radiometer design and performance Equipment calibration, installation, operati.

Efforts to find a better measuring system for climatic gas discharges. The article describes the problems with the present system used by the Kyoto protocol and the project efforts for improving the formulas and models of expressing climatic gas discharge measurements through a common measuring unit. Radiation detector device for measuring ionizing radiation. The device contains a compensating filter circuit, which guarantees measurement of the radiation dose independent of the energy or independent of the energy and direction.

The compensating filter circuit contains a carrier tube of a slightly absorbing metal with an order number not higher than 35, which surrounds a tubular detector and which carries several annular filter parts on its surface. Atmospheric Radiation Measurement Program plan. In order to understand energy's role in anthropogenic global climate change, significant reliance is being placed on General Circulation Models GCMs.

A major goal is to foster the development of GCMs capable of predicting the timing and magnitude of greenhouse gas-induced global warming and the regional effects of such warming. Two issues will be addressed: the radiation budget and its spectral dependence and the radiative and other properties of clouds. The experimental objective of the ARM Program is to characterize empirically the radiative processes in the Earth's atmosphere with improved resolution and accuracy.


A key to this characterization is the effective treatment of cloud formation and cloud properties in GCMs. Through this characterization of radiative properties, it will be possible to understand both the forcing and feedback effects. Radiation exposure modeling and project schedule visualization. In the first application, IGRIP is used to calculate the estimated radiation exposure to workers conducting tasks in radiation environments.

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In the second, IGRIP is used as a configuration management tool to detect interferences between equipment and personnel work areas for multiple projects occurring simultaneously in one area. Both of these applications have the capability to reduce environmental remediation costs by reducing personnel radiation exposure and by providing a method to effectively manage multiple projects in a single facility.

BWR radiation exposure--experience and projection. These projections are said to be realistic and based on current achievements and not on promises of future development. The several BWRs operating with low primary system radiation levels are positive evidence that radiation sources can be reduced. Nuclear instrumentation for radiation measurement.

Nuclear radiation cannot be detected by human senses. Nuclear detectors and associated electronics facilitate detection and measurement of different types of radiation like alpha particles, beta particles, gamma radiation , and detection of neutrons. Nuclear instrumentation has evolved greatly since the discovery of radioactivity. There has been tremendous advancement in detector technology, electronics, computer technology, and development of efficient algorithms and methods for spectral processing to extract precisely qualitative and quantitative information of the radiation. Various types of detectors and nuclear instruments are presently available and are used for different applications.

This paper describes nuclear radiation , its detection and measurement and associated electronics, spectral information extraction, and advances in these fields. The paper also describes challenges in this field. This is an update of the standard textbook for the field of radiation measurement. It includes illustrative examples and new problems. The research and applications of nuclear instrumentation have grown substantially since publication of the previous editions.

With the miniaturization of equipment, increased speed of electronic components, and more sophisticated software, radiation detection systems are now more productively used in many disciplines, including nuclear nonproliferation, homeland security, and nuclear medicine. Continuing in the tradition of its bestselling predecessors, " Measurement and Detection of Radiation , Third Edition" illustrates the fundamentals of nuclear interactions and radiation detection with a multitude of examples and problems.

It offers a clearly written, accessible introduction to nuclear instrumentation concepts. The following are new to the third edition: a new chapter on the latest applications of radiation detection, covering nuclear medicine, dosimetry, health physics, no Radiation requirements for uranium project approvals. Uranium mining projects in Australia must receive approval under both state and national laws based on a wide ranging impact assessment of the project.

The process may take a number of years and involves multiple levels and parts of government and public consultation and scrutiny. The impact assessment is broad and usually covers; environmental, social, health, public safety and economic aspects. Information provided in the approvals documentation needs to be presented in a credible and understandable manner for all audiences.

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This means making complex information simpler, while making sure that it maintains its technical integrity. Poorly communicated information, which is overly complex, overly simplified or incomplete, can result in significant delays to the project approval which can potentially impact on project timelines. For uranium projects , along with other projects involving radioactive materials, such as minerals sands and rare earths, radiation and its impacts usually draw a disproportionate amount of both government and public scrutiny compared to other potential impacts and risks.

It is therefore of key importance that radiation assessments are properly performed and results clearly presented and communicated with sufficient detail for stakeholders to make informed decisions. It is also important to ensure that the radiation risk is presented in perspective with other risks of the project. This presentation outlines a structure for a radiation impact assessment based on experience from a number of projects in Australia.

The structure aims to be clear and simple and ensure the right balance between scientific fact, digestible information and demonstrable competence. The measure - ment concept required a multichannel Accelerators for the advanced radiation technology project.

The project is intended to make an effective use of ion beams, especially ion beams, in the research field of radiation application technology. The facilities are also provided with several advanced irradiation means and act as very powerful accelerator complex for material development. Computational methods for industrial radiation measurement applications. Computational methods have been used with considerable success to complement radiation measurements in solving a wide range of industrial problems.

The almost exponential growth of computer capability and applications in the last few years leads to a open-quotes black boxclose quotes mentality for radiation measurement applications. If a black box is defined as any radiation measurement device that is capable of measuring the parameters of interest when a wide range of operating and sample conditions may occur, then the development of computational methods for industrial radiation measurement applications should now be focused on the black box approach and the deduction of properties of interest from the response with acceptable accuracy and reasonable efficiency.

The Center for Engineering Applications of Radioisotopes CEAR at North Carolina State University has been working on a variety of projects in the area of radiation analyzers and gauges for accomplishing this for quite some time, and they are discussed here with emphasis on current accomplishments. Measuring space radiation shielding effectiveness. Passive radiation shielding is one strategy to mitigate the problem of space radiation exposure.

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While space vehicles are constructed largely of aluminum, polyethylene has been demonstrated to have superior shielding characteristics for both galactic cosmic rays and solar particle events due to the high hydrogen content. A method to calculate the shielding effectiveness of a material relative to reference material from Bragg peak measurements performed using energetic heavy charged particles Thermoluminescent measurement in space radiation dosimetry.

The author introduced the space radiation environment and the application of thermoluminescent measurement in space radiation dosimetry. Space ionization radiation is charged particles radiation. Space radiation dosimetry was developed for protecting astronauts against space radiation. Thermoluminescent measurement is an excellent method used in the spaceship cabin.

Also the authors mentioned the recent works here. Radiation measurements and quality control. Accurate measurements are essential to research leading to a successful radiation process and to the commissioning of the process and the facility.

The Undulator (Sci-Fi Literature eZine - Dec / Jan 2013)

On the other hand, once the process is in production, the importance to quality control of measuring radiation quantities i. When the safety of the product is determined by the magnitude of the administered dose, as in radiation sterilization, waste control, or food preservation, accuracy and precision of the measurement of the effective dose are vital.

go site Since physical dose measurements are usually simpler, more reliable and reproducible than biological testing of the product, there is a trend toward using standardized dosimetry for quality control of some processes. In many industrial products, however, such as vulcanized rubber, textiles, plastics, coatings, films, wire and cable, the effective dose can be controlled satisfactorily by controlling process variables or by product testing itself. In the measurement of radiation dose profiles by dosimetry, it is necessary to have suitable dose meter calibrations, to account for sources of error and imprecision, and to use correct statistical procedures in specifying dwell times or conveyor speeds and source and product parameters to achieve minimum and maximum doses within specifications.

Characteristics, sources, and transport of aerosols measured in spring during the aerosol, radiation , and cloud processes affecting Arctic Climate ARCPAC Project. Directory of Open Access Journals Sweden. We then summarize airborne measurements , made in the troposphere of the Alaskan Arctic, of aerosol particle size distributions, composition, and optical properties and discuss the sources and transport of the aerosols.

The aerosol data were grouped into four categories based on gas-phase composition.