Readings at Monitoring Post out of 20 Km Zone of Fukushima Dai-ichi NPP
|
|
|
- Rodney Waters
- 5 years ago
- Views:
Transcription
1 Readings at out of 20 Km Zone of Fukushima Dai-ichi NPP News Release As of 19:00 April 1, 2011 Ministry of Education, Culture, Sports, Science and Technology () Monitoring Outputs by *Boldface and underlined readings are new. (length from NPP) Monitoring Time Reading (unit : μsv / h ) Weather Reading by 1 (About60KmNorthWest) 2011/4/1 8: (About55KmNorthWest) 2011/4/1 9: (About45KmNorthWest) 2011/4/1 10: (About45KmNorth) 2011/4/1 11:12 6 (About45KmNorth) 2011/4/1 11:34 7 (About45KmNorth) 2011/4/1 11: (About40KmNorthWest) 2011/4/1 16:03 12 (About40KmWest) 2011/4/1 11:39 13 (About40KmWest) 2011/4/1 11:53 14 (About35KmWest) 2011/4/1 12: (About35KmWest) 2011/4/1 12:19
2 (length from NPP) Monitoring Time Reading (unit : μsv / h ) Weather Reading by 20 (About45KmNorthWest) 2011/4/1 10:37 21 (About30KmWestNorthWest) 2011/4/1 11: (About30KmWestNorthWest) 2011/4/1 11:00 23 (About30KmWestNorthWest) 2011/4/1 10: (About30KmNorthWest) 2011/4/1 10: (About30KmNorthWest) 2011/4/1 11: (About40KmNorthWest) 2011/4/1 10:08 37 (About30KmWestNorthWest) 34 (About30KmNorthWest) 2011/4/1 13: (About50kmNorthWest) 2011/4/1 9:57 38 (About35kmSouth) 2011/4/1 11:37 39 (About45kmNorth) 2011/4/1 10: (About40KmSouthWest) 2011/4/1 13: /4/1 10: (About40KmSouthWest) 2011/4/1 10:42 52 (About40KmWest) 2011/4/1 14:23 52 (About40KmWest) 2011/4/1 12:05 61 (About40KmNorthWest) 2011/4/1 14:59 6.1
3 (length from NPP) Monitoring Time Reading (unit : μsv / h ) Weather Reading by 61 (About40KmNorthWest) 2011/4/1 12: (About40KmNorthWest) 2011/4/1 15: (About40KmNorthWest) 2011/4/1 12: (About45KmNorthWest) 2011/4/1 15: (About45KmNorthWest) 2011/4/1 11: (About30KmSouth) (About25KmSouth) 73 (About35KmSouth) 2011/4/1 12: /4/1 11: (About35KmSouth) 2011/4/1 11: (About45KmSouth) 2011/4/1 8: /4/1 10:30 (About25KmSouthWest) 2011/4/1 11:03 (About25KmSouthWest) 2011/4/1 10: (About45KmNorthWest) 2011/4/1 7:47 72 (About30KmSouth) 2011/4/1 9:11 73 (About35KmSouth) 2011/4/1 9: (About35KmSouth) 2011/4/1 9:55 75 (About45KmSouth) 2011/4/1 7:00
4 (length from NPP) 79 (About30KmNorthWest) 80 (About25KmNorth) 81 (About30KmWestNorthWest) 83 (About20KmNorthWest) Monitoring Time Reading (unit : μsv / h ) Weather Reading by 2011/4/1 12: /4/1 12: (About30KmNorthWest) 2011/4/1 9: (About25KmNorth) 2011/4/1 12: /4/1 8: /4/1 12: (About20KmNorthWest) 2011/4/1 10: (About40kmSouthWest) 2011/4/1 9:50 85 (About60kmNorthWest) 2011/4/1 14:00 85 (About60kmNorthWest) 2011/4/1 6:00 86 (About55kmWest) 2011/4/1 14: (About55kmWest) 2011/4/1 6: (About30kmWestSouthWest) 2011/4/1 14: (About30kmWestSouthWest) 2011/4/1 6:00
5 km 郡山市 13 Readings at out of Fukushima Dai-ichi NPP 福島市 二本松市 km 相馬市 km 南相馬市 5 6 Fukushima Dai-ichi NPP 福島第一原子力発電所 Fukushima Dai-ni NPP 福島第二原子力発電所 Monitoring Time April 1, 6:00~18: Unit:μSv per hour Circles indicate approximate range.
![[~10,000μSv/year] Radiation dose in Guarapari(Brazil) per year.](/docs-images/95/123878828/images/6-0.jpg "Radiation in Daily-life Radiation dose (microsievert:μsv) 250,000 50,000 10,000 Upper limit of radiation dose permitted for people who engage in emergency work.")
6 [~10,000μSv/year] Radiation dose in Guarapari(Brazil) per year. Radiation in Daily-life Radiation dose (microsievert:μsv) 250,000 50,000 10,000 Upper limit of radiation dose permitted for people who engage in emergency work. [250,000μSv/year] Upper limit of radiation dose permitted for radiation workers, police, and firefighters who engage in disaster prevention. [50,000μSv/year] Chest CT scan [6,900μSv/each time] Unit : μsv [~2,400μSv/year] Space 9 ingestion 0.29 Global average Earth Radon absorbed Natural radiation dose per year. 1,000 Dose limit for public per year (except for medical care) in air 1.26 Gifu Kanagawa [1,000μSv/year] [~400μSv/year] [~200μSv/round trip] [22μSv/year] Maximum difference of the average of natural radiation dose in each prefecture. An air travel between Tokyo and New York (RT). (Increased cosmic radiation at high altitude.) [10μSv/year] Evaluated dose of radiation from radioactive substance emitted from the nuclear fuel reprocessing plant per year. Standard radiation dose from Clearance level gastrointestinal X-ray examination. [600μSv/each time] [50μSv/each time] Chest X-ray examination. [50μSv/year] Standard dose of radiation around a nuclear plant (light water reactor). (Actual result is far below the value.)
Analysis Results Concerning (i) Gamma-emitting Nuclides and (ii) Sr-89 and Sr-90 (Second Distribution Survey) by MEXT
September 12, 2012 Analysis Results Concerning (i) Gamma-emitting Nuclides and (ii) Sr-89 and Sr-90 (Second Distribution Survey) by MEXT Since December 6, 2011, MEXT has conducted an analysis of gamma-emitting
Kazuaki Yajima, Kazuki Iwaoka, and Hiroshi Yasuda
Chapter 6 Radiation Survey Along Two Trails in Mt. Fuji to Investigate the Radioactive Contamination Caused by TEPCO s Fukushima Daiichi Nuclear Plant Accident Kazuaki Yajima, Kazuki Iwaoka, and Hiroshi
Employees Contractors
Attachment Exposure Dose Distribution 1. Effective Dose from External Exposure Table 1 shows the distribution of external exposure dose of workers who were involved in radiation work at the Fukushima Daiichi
Employees Contractors
Attachment Exposure Dose Distribution 1. Effective Dose from External Exposure Table 1 shows the distribution of external exposure dose of workers who were involved in radiation work at the Fukushima Daiichi
October 2017 November Employees Contractors
Attachment Exposure Dose Distribution 1. Effective Dose from External Exposure Table 1 shows the distribution of external exposure dose of workers who were involved in radiation work at the Fukushima Daiichi
PARTICLE RELATIVE MASS RELATIVE CHARGE. proton 1 +1
Q1. (a) Atoms are made up of three types of particle called protons, neutrons and electrons. Complete the table below to show the relative mass and charge of a neutron and an electron. The relative mass
Results of Airborne Monitoring Survey by MEXT in the Chugoku Region
June 15, 2012 Results of Airborne Monitoring Survey by MEXT in the Chugoku Region The results of the airborne monitoring survey by MEXT in the Chugoku region ("Airborne Monitoring survey by MEXT in the
Detection in Muncie, Indiana, of the Fukushima Nuclear Reactor Releases Following the Japanese Earthquake"
Detection in Muncie, Indiana, of the Fukushima Nuclear Reactor Releases Following the Japanese Earthquake" Juan Carlos Ramirez-Dorronsoro, Department of Natural Resources and Environmental Management,
Results of the (i) Fifth Airborne Monitoring Survey and (ii) Airborne Monitoring Survey Outside 80km from the Fukushima Dai-ichi NPP
September 28, 2012 Results of the (i) Fifth Airborne Monitoring Survey and (ii) Airborne Monitoring Survey Outside 80km from the The results of the airborne monitoring survey within a 80km radius of the
sample What happens when we are exposed to radiation? 1.1 Natural radiation Cosmic radiation
1.1 Natural radiation 3 1 What happens when we are exposed to radiation? 1.1 Natural radiation For as long as humans have walked the earth, we have continually been exposed to naturally-occurring radiation.
Section 3: Nuclear Radiation Today
: Nuclear Radiation Today Preview Key Ideas Bellringer Where is Radiation? Beneficial Uses of Nuclear Radiation Risks of Nuclear Radiation Nuclear Power Key Ideas Where are we exposed to radiation? What
Higher -o-o-o- Past Paper questions o-o-o- 3.6 Radiation
Higher -o-o-o- Past Paper questions 2000-2010 -o-o-o- 3.6 Radiation 2000 Q29 Radium (Ra) decays to radon (Rn) by the emission of an alpha particle. Some energy is also released by this decay. The decay
Wallace Hall Academy Physics Department. Radiation. Pupil Notes Name:
Wallace Hall Academy Physics Department Radiation Pupil Notes Name: Learning intentions for this unit? Be able to draw and label a diagram of an atom Be able to state what alpha particles, beta particles
Radioactivity One of the pieces of evidence for the fact that atoms are made of smaller particles came from the work of Marie Curie
1 Nuclear Chemistry Radioactivity 2 One of the pieces of evidence for the fact that atoms are made of smaller particles came from the work of Marie Curie (1876-1934). She discovered radioactivity or radioactive
Evaluating the Impact of the Fukushima Daiichi Nuclear Power Plant Accident
Evaluating the Impact of the Fukushima Daiichi Nuclear Power Plant Accident 1 Hirotaka Kato Graduate School of Economics, Kyoto University Yoshifumi Sako Graduate School of Economics, University of Tokyo
[2]
![[2]](/thumbs/79/78842361.jpg "[2]")
1 Fossil fuel power stations generate electricity. Nuclear power stations also generate electricity. (a) Many people think that nuclear power stations are a greater risk to people than fossil fuel power
P7 Radioactivity. Student Book answers. P7.1 Atoms and radiation. Question Answer Marks Guidance
P7. Atoms and radiation a radiation from U consists = particles, radiation from lamp = electromagnetic waves, radiation from U is ionising, radiation from lamp is non-ionising b radioactive atoms have
European Fallout from Chernobyl
European Fallout from Chernobyl Fukushima Reactors: before & after earthquake and tsunami Fukushima reactors 3 & 4 (picture released by Tokyo Electric Power Company) Fukushima Reactor 1 A view inside one
Simulation of Radioactivity Concentrations in the Sea Area (the 5th report
Simulation of Radioactivity Concentrations in the Sea Area (the 5th report Press Release May 24, 2011 Ministry of Education, Culture, Sports, Science and Technology 1. Outline The Ministry of Education,
cosmic rays / rays from space accept correctly named example 1 nuclear power / coal power (stations) accept nuclear waste
M.(a) (i) any one from: food / drink rocks / building materials cosmic rays / rays from space accept crectly named example any one from: nuclear power / coal power (stations) accept nuclear waste nuclear
Homework 5: Radiation. 1. Which sign is used to indicate the presence of radioactive material?
Homework 5: Radiation 1. Which sign is used to indicate the presence of radioactive material? 2. sample of tissue is irradiated using a radioactive source. student makes the following statements. The equivalent
Radioactive Waste Characterization and Management Post-Assessment Answer Key Page 1 of 7
Key Page 1 of 7 1. Uranium tailings from mining operations are typically left in piles to. a. decay b. dry c. be re-absorbed d. be shipped to a disposal site 2. is the most important radioactive component
Peltier-cooling-type High Performance Cloud Chamber
Ver.2017.02.19 Produced by Peltier-cooling-type High Performance Cloud Chamber Radiation Research Center, Osaka Prefecture University, Associate Professor Masafumi Akiyoshi( akiyoshi@riast.osakafu-u.ac.jp
Chapter 21 Nuclear Chemistry: the study of nuclear reactions
Chapter 2 Nuclear Chemistry: the study of nuclear reactions Learning goals and key skills: Write balanced nuclear equations Know the difference between fission and fusion Predict nuclear stability in terms
NAT 5 - Waves and Radiation Powerpoint Answers
NAT 5 - Waves and Radiation Powerpoint Answers 1. Light is a form of energy. 2. Angle of incidence = 60º. Angle of reflection = 60º. 3. Refraction is the change in the speed of light when moving from one
Radiological Preparedness & Emergency Response. Session II. Objectives. Basic Radiation Physics
Radiological Preparedness & Emergency Response Session II Basic Radiation Physics Objectives Discuss the difference between ionizing and non-ionizing radiation. Describe radioactive decay. Discuss the
Chapter 10. Table of Contents. Section 1 What Is Radioactivity? Section 2 Nuclear Fission and Fusion. Section 3 Nuclear Radiation Today
Nuclear Chemistry Table of Contents Section 1 What Is Radioactivity? Section 2 Nuclear Fission and Fusion Section 3 Nuclear Radiation Today Section 1 What Is Radioactivity? Bellringer Before studying about
Q1. The diagram represents an atom of lithium.
Q1. The diagram represents an atom of lithium. Complete the diagram by writing in the spaces the name of each type of particle. Use only words given in the box. Each word may be used once or not at all.
The table shows the average background radiation dose from various sources that a person living in Britain receives in one year.
## The table shows the average background radiation dose from various sources that a person living in Britain receives in one year. Source of background radiation Average amount each year in dose units
Number of protons. 2. What is the nuclear symbol for a radioactive isotope of copper with a mass number of 60? A) Cu
Chapter 5 Nuclear Chemistry Practice Problems 1. Fill in the missing information in the chart: Medical Use Atomic Mass symbol number Heart imaging 201 Tl 81 Number of protons Number of neutrons Abdominal
Radiation Awareness Training. Stephen Price Office of Research Safety
Radiation Awareness Training Stephen Price Office of Research Safety Purpose This training is intended for Clemson University Faculty, Staff or Students who do not work directly with radioactive materials
Radiation Safety Talk. UC Santa Cruz Physics 133 Winter 2018
Radiation Safety Talk UC Santa Cruz Physics 133 Winter 2018 Outline Types of radiation Sources of radiation Dose limits and risks ALARA principle Safety procedures Types of radiation Radiation is energy
6-4 Atomic structure Physics
6-4 Atomic structure Physics.0 Figure shows a helium atom. Figure. Use the words in the box to label the diagram. electron neutron proton.2 An alpha particle is the same as the nucleus of a helium atom.
Nuclear Science Merit Badge Workbook
Merit Badge Workbook This workbook can help you but you still need to read the merit badge pamphlet. This Workbook can help you organize your thoughts as you prepare to meet with your merit badge counselor.
Research Physicist Field of Nuclear physics and Detector physics. Developing detector for radiation fields around particle accelerators using:
Christopher Cassell Research Physicist Field of Nuclear physics and Detector physics Developing detector for radiation fields around particle accelerators using: Experimental data Geant4 Monte Carlo Simulations
Nuclear Radiation. Natural Radioactivity. A person working with radioisotopes wears protective clothing and gloves and stands behind a shield.
Nuclear Radiation Natural Radioactivity A person working with radioisotopes wears protective clothing and gloves and stands behind a shield. 1 Radioactive Isotopes A radioactive isotope has an unstable
Lecture Presentation. Chapter 21. Nuclear Chemistry. James F. Kirby Quinnipiac University Hamden, CT Pearson Education, Inc.
Lecture Presentation Chapter 21, Inc. James F. Kirby Quinnipiac University Hamden, CT Energy: Chemical vs. Chemical energy is associated with making and breaking chemical bonds. energy is enormous in comparison.
ROKAF Weather Wing Lt. Park Inchun Lee Jaewon, Lee Jaejin
In-situ Measurements of the Cosmic Radiation on the Aircrew over Korean Peninsula ROKAF Weather Wing Lt. Park Inchun Lee Jaewon, Lee Jaejin 1/20 CONTENTS Introduction Methodology Analysis Results Summary
Nuclear fission is used in nuclear power stations to generate electricity. Nuclear fusion happens naturally in stars.
1 (a) Nuclear fission is used in nuclear power stations to generate electricity. Nuclear fusion happens naturally in stars. (i) Explain briefly the difference between nuclear fission and nuclear fusion.
Nuclear processes: Vocabulary: Radioactive decay Isotope Alpha particle Beta particle Transmutation Strong Nuclear Force Fusion fission
Nuclear processes: Students will develop models to illustrate the changes in the composition of the nucleus of the atom and the energy released during the processes of fission, fusion, and radioactive
The sources include Am-241 which emits alpha radiation, Sr-90 which emits beta radiation and Co-60 which emits gamma radiation.
1 The physics department in a college has a number of radioactive sources which are used to demonstrate the properties of ionising radiations. The sources include Am-241 which emits alpha radiation, Sr-90
The Atomic Nucleus & Radioactive Decay. Major Constituents of an Atom 4/28/2016. Student Learning Outcomes. Analyze radioactive decay and its results
The Atomic Nucleus & Radioactive Decay ( Chapter 10) Student Learning Outcomes Analyze radioactive decay and its results Differentiate between nuclear fission and fusion Major Constituents of an Atom U=unified
Revision of the AESJ Standard for Seismic Probabilistic Risk Assessment (2) Seismic Hazard Evaluation
Revision of the AESJ Standard for Seismic Probabilistic Risk Assessment (2) Seismic Hazard Evaluation Katsumi Ebisawa a, Katsuhiro Kamae b, Tadashi Annaka c, Hideaki Tsutsumi d And Atsushi Onouchi e a
Homework 06. Nuclear
HW06 - Nuclear Started: Mar 22 at 11:05am Quiz Instruc!ons Homework 06 Nuclear Question 1 How does a nuclear reaction differ from a chemical reaction? In a nuclear reaction, the elements change identities
Tohoku Earthquake and Tsunami Japan March 11, 2011 Information updated 4/19/2011
Tohoku Earthquake and Tsunami Japan March 11, 2011 Information updated 4/19/2011 On March 11, 2011 a massive earthquake occurred on the ocean floor south of the northeastern Tohoku region of the Japanese
Ordinary Level Physics Long Questions: NUCLEAR PHYSICS
Ordinary Level Physics Long Questions: NUCLEAR PHYSICS The Atom 2008 Question 10 [Ordinary Level] Give two properties of an electron. The diagram shows the arrangement used by Rutherford to investigate
NUCLEAR CHEMISTRY. Physical Science Spring 2017 NAME: CLASS PERIOD: TEACHER: PAGE NUMBERS. LAB POINTS EARNED Guided Notes: Types of Radiation 2
NUCLEAR CHEMISTRY Physical Science Spring 2017 NAME: CLASS PERIOD: TEACHER: ASSIGNMENT PAGE NUMBERS DUE DATE HW POINTS EARNED LAB POINTS EARNED Guided Notes: Types of Radiation 2 Learning Targets: Nuclear
Nuclear processes: Vocabulary: Radioactive decay Isotope Alpha particle Beta particle Transmutation Strong Nuclear Force Fusion Fission
Nuclear processes: Students will develop models to illustrate the changes in the composition of the nucleus of the atom and the energy released during the processes of fission, fusion, and radioactive
RADIOACTIVITY. An atom consists of protons, neutrons and electrons.
RADIOACTIVITY An atom consists of protons, neutrons and electrons. - Protons and neutrons are inside the nucleus - Electrons revolve around the nucleus in specific orbits ATOMIC NUMBER: - Total number
How many protons are there in the nucleus of the atom?... What is the mass number of the atom?... (Total 2 marks)
Q1. The diagram shows an atom. How many protons are there in the nucleus of the atom?... What is the mass number of the atom?... (Total 2 marks) Page 1 of 53 Q2. The picture shows a man at work in a factory
RADIOACTIVITY The knowledge and understanding for this unit is given below.
RADIOACTIVITY The knowledge and understanding for this unit is given below. Ionising radiations 1. Describe a simple model of the atom which includes protons, s and electrons. 2. State that radiation energy
2. Which of the following statements help(s) to explain why gas can fill the vessel containing it completely while liquid cannot?
Name: Class: ( ) There are 30 questions. Time Allowed: 45 min 1. Kinetic theory explains the behaviour of a substance in terms of the behaviour of the molecules in it. Which of the following is/are the
Results of the Airborne Monitoring in the evacuation-directed zones
Results of the Airborne Monitoring in the evacuation-directed zones May 13, 2013 Radiation Monitoring Division, Nuclear Regulation Authority Team in Charge of Assisting the Lives of Disaster Victims, Cabinet
Unit P3: Applications of Physics
Write your name here Surname Other names Pearson Edexcel GCSE Centre Number Physics Unit P3: Applications of Physics Friday 19 June 2015 Morning Time: 1 hour You must have: Calculator, ruler Candidate
PHYSICS ORDINARY LEVEL MONDAY, 17 JUNE MORNING 9.30 TO AN ROINN OIDEACHAIS AGUS EOLAÍOCHTA LEAVING CERTIFICATE EXAMINATION, 2002
M 35 AN ROINN OIDEACHAIS AGUS EOLAÍOCHTA LEAVING CERTIFICATE EXAMINATION, 2002 PHYSICS ORDINARY LEVEL MONDAY, 17 JUNE MORNING 9.30 TO 12.30 Answer three questions from section A and five questions from
Chapter 20: Phenomena. Chapter 20: The Nucleus: A Chemist s View. Nuclear Decay. Nuclear Decay. Nuclear Decay. Nuclear Decay
Chapter 20: Phenomena Phenomena: Below is a list of stable isotopes of different elements. Examine the data and see what patterns you can identify. The mass of a electron is 0.00055 u, the mass of a proton
21/11/ /11/2017 Atomic Structure AQA Physics topic 4
Atomic Structure AQA Physics topic 4 4.1 Atoms and Isotopes The structure of the atom ELECTRON negative, mass nearly nothing The nucleus is around 10,000 times smaller then the atom! NEUTRON neutral, same
Shielding Alpha, Beta, and Gamma Radiation 11/08 Integrated Science 3
Shielding Alpha, Beta, and Gamma Radiation 11/08 Integrated Science 3 Name Per. Introduction The term radioactivity refers to the activity of unstable atoms. Radioactive substances send out very energetic
Atomic Structure Summary
Atomic Structure Summary All atoms have: a positively charged nucleus and negatively charged electrons around it Atomic nucleus consists of: positively charged protons and neutrons that have no electric
ZX or X-A where X is chemical symbol of element. common unit: [unified mass unit = u] also known as [atomic mass unit = amu] or [Dalton = Da]
![ZX or X-A where X is chemical symbol of element. common unit: [unified mass unit = u] also known as [atomic mass unit = amu] or [Dalton = Da]](/thumbs/87/95084584.jpg "ZX or X-A where X is chemical symbol of element. common unit: [unified mass unit = u] also known as [atomic mass unit = amu] or [Dalton = Da]")
1 Part 5: Nuclear Physics 5.1. The Nucleus = atomic number = number of protons N = neutron number = number of neutrons = mass number = + N Representations: X or X- where X is chemical symbol of element
BASIC OF RADIATION; ORIGIN AND UNITS
INAYA MEDICAL COLLEGE (IMC) RAD 243 - LECTURE 2 BASIC OF RADIATION; ORIGIN AND UNITS DR. MOHAMMED MOSTAFA EMAM LECTURES & CLASS ACTIVITIES https://inayacollegedrmohammedemam.wordpress.com/ Password: drmohammedemam
Radioactivity Questions NAT 5
Radioactivity Questions NAT 5 1) Label the particles X, Y and Z from the diagram of the model of the atom below. 2) A Physics teacher demonstrates alpha, beta and gamma radiation during a lesson. She then
Chapter 4.2: Exponential & Logistic Modeling
Chapter 4.2: Exponential & Logistic Modeling For real-life applications, our independent variable is usually time, t. Example 1: Start with an initial value of $100. Assuming this amount increases by 30%
Radiation Response and Removals: Getting Down to the Nitty Gritty. 15 th Annual OSC Readiness Training Program
Radiation Response and Removals: Getting Down to the Nitty Gritty 15 th Annual OSC Readiness Training Program www.oscreadiness.org 0 Radiation Fundamentals Tony Honnellio Health Physicist U.S. EPA, Region
DOWNLOAD OR READ : THE BECQUEREL RAYS AND THE PROPERTIES OF RADIUM SCHOLARS CHOICE EDITION PDF EBOOK EPUB MOBI
DOWNLOAD OR READ : THE BECQUEREL RAYS AND THE PROPERTIES OF RADIUM SCHOLARS CHOICE EDITION PDF EBOOK EPUB MOBI Page 1 Page 2 the becquerel rays and the properties of radium scholars choice edition the
Initial substantial reduction in air dose rates of Cs origin and personal doses for residents owing to the Fukushima nuclear accident
Initial substantial reduction in air dose rates of Cs origin and personal doses for residents owing to the Fukushima nuclear accident Hiroko YOSHIDA 1) *, Junko SAITO 1), Noriyasu HIRASAWA 1) and Ikuo
10.1 RADIOACTIVE DECAY
10.1 RADIOACTIVE DECAY When Henri Becquerel placed uranium salts on a photographic plate and then developed the plate, he found a foggy image. The image was caused by rays that had not been observed before.
Japan disaster Mitigation and prevention information XML format (JMX) is in operation! 6 Apr 2011 Yoshiaki SUGIYAMA Planning Division, JMA
Japan disaster Mitigation and prevention information XML format (JMX) is in operation! 6 Apr 2011 Yoshiaki SUGIYAMA Planning Division, JMA First of All The 2011 off the Pacific coast of Tohoku Earthquake
R A D I A T I O N P R O T E C T I O N a n d t h e N R C
R A D I A T I O N P R O T E C T I O N and the NRC Radiation is all around us. It is naturally present in our environment and has been since before the birth of this planet. Radiation occurs in nature,
A Nuclear Power Plant
A Nuclear Power Plant Fallout from Chernobyl The question that all countries asked in 1986, and continue to ask to this day: Could it happen here? Radioactivity Np Pu+ 239 239 0 93 94 1 Beta decay the
Core Questions Physics unit 4 - Atomic Structure
Core Questions Physics unit 4 - Atomic Structure No. Question Answer 1 What did scientists think about atoms before the discovery of the They were tiny spheres that could not be broken up electron? 2 Which
HALF LIFE. NJSP HMRU June 10, Student Handout CBRNE AWARENESS Module 4 1. Objectives. Student will
June 10, 2004 Radiological/Nuclear Overview 1 Student will demonstrate a knowledge of self protection techniques identify types of radiation and their associated hazards demonstrate a knowledge of terminology
Lawrence Livermore National Laboratory 2 LLNL-PRES
International Workshop on Source Term Estimation Methods for Estimating the Atmospheric Radiation Release from the Fukushima Daiichi Nuclear Power Plant 2012 February 22-24 This work was performed under
RADIOACTIVITY. Nature of Radioactive Emissions
1 RADIOACTIVITY Radioactivity is the spontaneous emissions from the nucleus of certain atoms, of either alpha, beta or gamma radiation. These radiations are emitted when the nuclei of the radioactive substance
Measurement of Gamma Radiation at Junior High School Sites in Fukushima City
Radiation Environment and Medicine 2018 Vol.7, No.1 21 27 Regular Article Measurement of Gamma Radiation at Junior High School Sites in Fukushima City Yasutaka Omori*, Atsuyuki Sorimachi and Tetsuo Ishikawa
Differentiating Chemical Reactions from Nuclear Reactions
Differentiating Chemical Reactions from Nuclear Reactions 1 CHEMICAL Occurs when bonds are broken or formed. Atoms remained unchanged, though may be rearranged. Involves valence electrons Small energy
Radiation: What it is and what it does
Radiation: What it is and what it does Mary Lou Dunzik-Gougar, Ph.D. Associate Chair of Nuclear Engineering at Idaho State University with joint appointment at Idaho National Laboratory Candace C. Davison,
RADIATION MEASUREMENTS AT THE CAMPUS OF FUKUSHIMA MEDICAL UNIVERSITY THROUGH THE 2011 OFF THE PACIFIC COAST OF TOHOKU EARTHQUAKE AND
RADIATION MEASUREMENTS AT THE CAMPUS OF FUKUSHIMA MEDICAL UNIVERSITY THROUGH THE 2011 OFF THE PACIFIC COAST OF TOHOKU EARTHQUAKE AND SUBSEQUENT NUCLEAR POWER PLANT CRISIS TSUNEO KOBAYASHI 1) 1) Department
Nicholas J. Giordano. Chapter 30. Nuclear Physics. Marilyn Akins, PhD Broome Community College
Nicholas J. Giordano www.cengage.com/physics/giordano Chapter 30 Nuclear Physics Marilyn Akins, PhD Broome Community College Atomic Nuclei Rutherford s discovery of the atomic nucleus caused scientists
WHAT IS IONIZING RADIATION
WHAT IS IONIZING RADIATION Margarita Saraví National Atomic Energy Commission - Argentina Workshop on Ionizing Radiation SIM Buenos Aires 10 November 2011 What is ionizing radiation? What is ionizing radiation?
Fundamentals of radiation protection
Fundamentals of radiation protection Kamel ABBAS European Commission, Joint Research Centre Institute for Transuranium Elements, Nuclear Security Unit Via E. Fermi, 2749, I-21027 Ispra, Italy tel. +39-0332-785673,
Fundamentals of Mathematics (MATH 1510)
Fundamentals of Mathematics () Instructor: Email: shenlili@yorku.ca Department of Mathematics and Statistics York University February 3-5, 2016 Outline 1 growth (doubling time) Suppose a single bacterium
NORM and TENORM: Occurrence, Characterizing, Handling and Disposal
NORM and TENORM: Occurrence, Characterizing, Handling and Disposal Ionizing Radiation and Hazard Potential John R. Frazier, Ph.D. Certified Health Physicist May 12, 2014 Radiation Radiation is a word that
Basic physics of nuclear medicine
Basic physics of nuclear medicine Nuclear structure Atomic number (Z): the number of protons in a nucleus; defines the position of an element in the periodic table. Mass number (A) is the number of nucleons
Barry K James, NuclearScienceRevB.ppt CANNOCK CHASE U3A SCIENCE & TECHNOLOGY GROUP. Nuclear Science: What s all this isotope stuff?
Barry K James, NuclearScienceRevB.ppt CANNOCK CHASE U3A SCIENCE & TECHNOLOGY GROUP Nuclear Science: What s all this isotope stuff? October 2016 ATOMS.ALL MATTER e Electrons e e Everything around us is
Sources of Radiation Exposure
Sources of Radiation Exposure Sources of Radiation Exposure to the US Population (from U.S. NRC, Glossary: Exposure. [updated 21 July 2003, cited 26 March 2004] http://www.nrc.gov/reading-rm/basic-ref/glossary/exposure.html
Write down the nuclear equation that represents the decay of neptunium 239 into plutonium 239.
Q1.A rod made from uranium 238 ( U) is placed in the core of a nuclear reactor where it absorbs free neutrons. When a nucleus of uranium 238 absorbs a neutron it becomes unstable and decays to neptunium
Research Program on Water Chemistry of Supercritical Pressure Water under Radiation Field
14th International Conference on the Properties of Water and Steam in Kyoto Research Program on Water Chemistry of Supercritical Pressure Water under Radiation Field Yosuke Katsumura 1, Kiyoshi Kiuchi
Lecture 11. Half-Lives of Various Nuclides. Radioactive decays are all first order processes. Professor Hicks Inorganic Chemistry (CHE152)
Lecture 11 Professor Hicks Inorganic Chemistry (CHE152) Radioactive decays are all first order processes Half-Lives of Various Nuclides Nuclide Half-Life Type of Decay Th-232 1.4 x 10 10 yr alpha U-238
What happens during nuclear decay? During nuclear decay, atoms of one element can change into atoms of a different element altogether.
When Henri Becquerel placed uranium salts on a photographic plate and then developed the plate, he found a foggy image. The image was caused by rays that had not been observed before. For his discovery
Correlating Radioactive Material to Sea Surface Temperature off the Coast of Japan: The Fukushima Daiichi Nuclear Disaster. Maya R.
Correlating Radioactive Material to Sea Surface Temperature off the Coast of Japan: The Fukushima Daiichi Nuclear Disaster Maya R. Pincus Department of Geology, University of Puerto Rico-Mayagüez e-mail:
Radioactive Decay 1 of 20 Boardworks Ltd 2016
Radioactive Decay 1 of 20 Boardworks Ltd 2016 Radioactive Decay 2 of 20 Boardworks Ltd 2016 What is radiation? 3 of 20 Boardworks Ltd 2016 The term radiation (also known as nuclear radiation) refers to
Complement: Natural sources of radiations
Complement: Natural sources of radiations 1 Notions of dose Absorbed dose at 1 point (D): Mean value of the energy deposited by ionizing radiation to matter per mass unit (unit: J/kg = gray (Gy)) Equivalent
2 Energy from the Nucleus
CHAPTER 4 2 Energy from the Nucleus SECTION Atomic Energy BEFORE YOU READ After you read this section, you should be able to answer these questions: What is nuclear fission? What is nuclear fusion? What
Information about the effects of the reactor disaster in Fukushima on the worldwide networked
We make radiation measureable! Information about the effects of the reactor disaster in Fukushima on the worldwide networked economy Detect radiation in a reliable way www.sea-duelmen.de The reactor disaster
College Physics B - PHY2054C
College - PHY2054C Physics - Radioactivity 11/24/2014 My Office Hours: Tuesday 10:00 AM - Noon 206 Keen Building Review Question 1 Isotopes of an element A have the same number of protons and electrons,
Monitoring of environmental radioactivity
Monitoring of environmental radioactivity Readings at Monitoring Post out of 20 Km Zone of Fukushima Dai-ichi NPP Readings of integrated Dose at Monitoring Post out of 20 Km Zone of Fukushima Dai-ichi
National 5. Waves and Radiation. Summary Notes. Name:
National 5 Waves and Radiation Summary Notes Name: Wave Parameters and Behaviours Transverse Waves A water wave is a transverse wave. The direction of vibration is at right angles to the direction of wave
Preparation of Distribution Map of Radiation Doses, etc. (Maps of. Concentration of Tellurium 129m and Silver 110m in Soil) by MEXT
October 31, 2011 Preparation of Distribution Map of Radiation Doses, etc. (Maps of Concentration of Tellurium 129m and Silver 110m in Soil) by MEXT A map of Te-129m concentration in soil and a map of Ag-110m
Part 12- Physics Paper 1 Atomic Structure Application Questions Triple Science
Part 12- Physics Paper 1 Atomic Structure Application Questions Triple Science Internal energy and energy transfers Internal energy and energy transfers Changes of state and the particle model Particle