is the deposition of, or presence of radioactive substances on surfaces or within solids, liquids or gases (including the human body), where their presence.

Slides:



Advertisements
Similar presentations
Global warming: an increase in world temperatures, caused by an increase in carbon dioxide around the Earth. Glaciers: persistent bodies of ice formed.
Advertisements

Defining The Environment & Environmental Health 1.
Nuclear Physics. Outcomes What are some of the other uses for radiation? What are the effects of radiation on humans? How can we measure exposure to radiation?
Basics of Radiation. 2 Topics Types of Radiation How Radiation Interacts With You Radiation Safety Why Measure Radiation Today Summary Radiation Equivalents.
Chemistry 1010 Radioactive Decay. Nuclear Chemistry Notation.
O Level Physics Chapter :25: Use of Radioactivity
Radiation Samar El-Sayed. Radiation Radiation is an energy in the form of electro-magnetic waves or particulate matter, traveling in the air.
Radioactive waste and risk to health L.O: explain how time and source is a factor in disposing of waste Define the risk of radiation doses to health.
Members: Gabriela Cerdas Diego Miranda. Pollution is the introduction of contaminants into a natural environment that causes disorder, or harm to the.
Nuclear Technology Bethany Finch Pd:7. Nuclear power plants Nuclear power plants create serious hazards to public health and to the environment. There's.
Radioactive Materials.  Elements that emit radiation all the time are called radioactive  Radioactive elements that are found in the world around us.
SOLID WASTE.
Internal Emitters Radioactive material within the body.
Soil Pollution The way to destruction.
Lesson Objectives To understand basic ideas about nuclear radiation Learning Outcomes To be able to use ideas about nuclear radiation and apply them to.
1 Introduction to Radiation and Radioactivity Is your notebook radioactive? –Of course. Many of the elements found in everyday items include radioactive.
Detecting Radiation in our Radioactive World. Nuclear Technology in our Lives Eaten Eggs? Driven over a Metal Bridge? Attached a Postage Stamp? Use Contact.
Introduction to Radiation: Definition of Terms
Chernobyl disaster The worst man-made disaster in human history.
Florida Operations Level Hazardous Materials Training Unit 2.2 Physical and Chemical Properties.
Material Safety Data Sheets Interpreting and Understanding Information on a MSDS.
Introduction to Radioisotopes: Measurements and Biological Effects
Nuclear Technology Kendra Kepner. Human senses can detect radioactivity? Humans can detect radioactivity like light and heat Humans cannot detect UV light,
Environmental Health Unit: Lesson 1 - Introduction Objective: TSWBAT identify issues of how the environment affects our personal health on a daily basis.
MODULE “PROJECT MANAGEMENT AND CONTROL” SAFETY ASSESSMENT DURING DECOMMISSIONING SAFE DECOMMISSIONING OF NUCLEAR POWER PLANTS Project BG/04/B/F/PP ,
History of Nuclear Material Ashley Radcliffe. Radon is a cancer-causing radioactive element You can not see, taste, or smell it It is found in soil, rock,
Hazardous Waste By: Jordan Evett. Types Of Hazardous Waste Toxic Waste Explosive Waste Flammable Waste Corrosive Waste Radioactive Waste.
Nuclear Power Plants... Operate in most States and produce about 20 percent of the Nation’s power. Nearly 3 million Americans live within 10 miles of an.
Ch Applications and Effects of Nuclear Reactions
Contamination Contamination results when a radioisotope as gas, liquid, or solid is released into the environment and then ingested, inhaled, or deposited.
CHAPTER 22 Nuclear Chemistry IV. Applications (p ) IV. Applications (p ) I IV III II.
Ch. 25 Nuclear Chemistry Reactions involving the nucleus of the atom.
Just Do It Now – E Problems 1.Given that the electricity for home use is five cents per kilowatt- hour, how much would it cost to operate five fluorescent.
Air Pollution and Global Change Module 13 Pay close attention to each slide. Click on the speaker on each slide for additional information.
CHAPTER 25 Nuclear Chemistry III. Fission & Fusion (p ) III. Fission & Fusion (p ) I IV III II.
Nuclear Radiation Applications. Penetrating Power.

Nuclear Disaster: Chernobyl, Ukraine. Meltdown At Chernobyl Video Clip: m?guidAssetId=D B06-462A-889D-
Aseena Mehmood Moiz Tariq Ali Javed  Water pollution  Air pollution  Noise pollution  Soil pollution  Radioactive pollution  Thermal pollution.
Specialized English Environmental Health Mahdi Jahangir-Blourchian Mahdi Jahangir-Blourchian The School of Health Guilan University of Medical Sciences.
ENVIRONMENTAL POLLUTION. Pollution Pollution is the introduction of contaminants into a natural environment that causes instability, disorder, harm or.
Non-Thermal Preservation. D Non-Thermal Preservation Definition Involves manipulating the properties of food or its environment without using.
Food environment Relations between and. FOOD CHAIN.
Health and Safety. Risks & Hazards CO2 emissions from fossil fuel combustion Water contamination with lead Don’t pour used chemicals into the drains Dust.
Environmental Pollution -any addition of undesirable substances to the soil and air, and both surface and groundwater by human activities -can spread far.
Nuclear Power Plant Emergencies CERT Basic Training Hazards.
Chapter 3 Routes of Entry and Environmental Effects.
Part 3. Applications (Read chapter 21 section 3)
Air Pollution and Global Change
Nuclear Waste.
Earth’s Changing Atmosphere
CenUSA Bioenergy High School Curriculum Lesson 4
Review Energy Types.
Composition of the Atmosphere
Nuclear Chemistry IV. Applications.
Environmental impact of medications
Chapter 3 Routes of Entry and Environmental Effects
Nuclear Disaster: Chernobyl, Ukraine
Chapter 17-2 Warm Up 1. Where do fossil fuels come from?
IV. Applications (Read chapter 21 section 3)
X-Ray Jalen O. 11/27/17 Chemistry 4a.
Image Bank Chapter 21 Preview Binding Energy Per Nucleon
Uses of Nuclear Reactions
Atmosphere.
Diffusion & osmosis.
Chapter 3 Routes of Entry and Environmental Effects
Non-Thermal Preservation
Nuclear Power Plants Operate in most States and produce about 20 percent of the Nation’s power. Nearly 3 million Americans live within 10 miles.
Non-Thermal Preservation
Presentation transcript:

is the deposition of, or presence of radioactive substances on surfaces or within solids, liquids or gases (including the human body), where their presence is unintended or undesirable.

 nuclear bomb  improper storage of radioactive materials  leakage of nuclear installations  emissions of radioactive gases as a result of the explosion at the nuclear power plant

Duration of radioactive contamination ranging from several hours to several weeks or even months and years. This time depends on the persistence of radioactive elements

 chemical method  photographic method  luminescent method  ionization method

Contaminated food is not suitable for eating, because in this way hazardous substances can be associated with the cells of the body, resulting in a greater and longer exposure to ionizing radiation than the superficial irradiation. It is also impossible to purify the contaminated water or food in the home conditions.

On the contaminated area we don’t have the resources to live. All grain and crops are dying or absorb radioactive substances themselves become a source of radiation exposure. People and livestock from contaminated areas subjected to less deactivation and transported outside the area contaminated.