Use of Radioactive Elements in Industry

Slides:



Advertisements
Similar presentations
Uses of Nuclear Radiation, Fission and Fusion
Advertisements

Chapter 25.  Marie Curie was a Polish scientist whose research led to many discoveries about radiation and radioactive elements. In 1934 she died from.
NUCLEAR ENERGY PRESENT BY:OLUWATOBI BAKARE :LUMANA HALAN BAYARO.
When the nucleus of an atom breaks down to form a different element.
Nuclear Power By: Jace Wherry. Nuclear energy is created from the splitting of uranium atoms in a process called fission. Fission releases energy that.
Nuclear in our lives SPACE EXPLORATION NUCLER APPLICATIONS NUCLEAR MEDICINE Final Jeopardy NUCLEAR ENERGY FOOD AND WATER.
Section 3.  Inside the nucleus of the atom contains protons and neutrons.  Nuclear reactions involves tremendous amounts of energy.  Two types of nuclear.
By Albert Choi NUCLEAR POWER. Content 1.What is Nuclear Power? 2.How was Nuclear Power Discovered? 3.How is Nuclear Power is Produced? 4.What is Used.
Radioactive Materials.  Elements that emit radiation all the time are called radioactive  Radioactive elements that are found in the world around us.
Nuclear Review Sections C, D, E. What is an isotope? What are the symbols used to represent alpha, beta and gamma?
Radioactivity l Emission of energy from unstable nuclei which are trying to become stable l Natural effect - radioactive isotopes are found everywhere.
Nuclear Chemistry. Images elements.html elements.html.
Nuclear chemistry.
Alpha Decay parent nucleus daughter nucleus Atomic number: -2 mass number: -4.
Section 3 Nuclear Changes Where is Radiation? 〉 We are continually exposed to radiation from natural sources, such as the sun, soil, rocks, and plants.
Nuclear Chemistry. Mass Defect Difference between the mass of an atom and the mass of its individual particles amu amu.
Unit 14 Ch. 28 Nuclear Chemistry
Radiation “Life on earth has developed with an ever present background of radiation. It is not something new, invented by the wit of man: Radiation has.
 It can be used in 2 forms  The first form is in the physics: where we can use this formula to find out the nuclear energy: N= Δm.c²  And the second.
Chapter 4 Section 5: Radioactive Elements. Radioactivity The atomic nuclei of unstable isotopes (atoms with the same number of protons and different numbers.
CHAPTER 22 Nuclear Chemistry IV. Applications (p ) IV. Applications (p ) I IV III II.
Lesson.7: Nuclear Fission, Radioactivity and Energy Objectives Describe the process of generating electricity using nuclear power. Describe the process.
Nuclear Energy.
Spontaneous emission of radiation when the nucleus of an atom breaks down to form a different element.
Neeraj Dhiman. DEFINITION Nuclear physics is the field of physics that studies the building blocks and interactions of atomic nuclei.
Nuclear Chemistry Types of Radiation Nuclear Decay Half-LifeApplications Big Bang Movie Big Bang Movie Types of Radiation Nuclear Decay Half-LifeApplications.
 Test on Friday – Make sure you are studying!!  If you got below an 85 on your test, you can come to my Knight Time… Talk to me if you are interested.
Thursday October 15, 2015 TO DO RIGHT NOW: 1. Pick up handout 2. P58- Copy words for the day HOMEWORK Due Tomorrow: Worksheet-Fission and Fusion (finish)
CHAPTER 25 Nuclear Chemistry III. Fission & Fusion (p ) III. Fission & Fusion (p ) I IV III II.
By Albert Choi NUCLEAR POWER. Content 1.What is Nuclear Power? 2.How was Nuclear Power Discovered? 3.How is Nuclear Power is Produced? 4.What is Used.
Nuclear Fusion. Fusion ~The joining of nuclei to make larger atoms The Sun produces energy in this manner. Hydrogen bombs use this process. Much more.
Radioactivity January Recall Isotope Notation Why are some isotopes radioactive? How do you find the number of neutrons? What is alpha, beta, gamma.
What is a nuclear reaction?
Chapter 4 Nuclear Radiation Background image source:
Nuclear Chemistry Radioactive Decay. A. Types of Radiation  Alpha particle (  )  helium nucleus paper 2+  Beta particle (  -)  electron 1- lead.
Nuclear Power Plants. If the neutrons can be controlled, then the energy can be released in a controlled way. Nuclear power plants produce heat through.
Energy Nuclear Fusion, Nuclear Fission, Combustion and Solar Radiation.
MEASURING RADIATION Large doses of radiation are harmful to living tissue. Radiation can be measured with a Geiger counter – a device that measures radioactivity.
BY ALEX DONAHUE, CAROLINE BARLOW, AND JACQUELYN O’REILLY Nuclear Power.
Nuclear Energy BY Tai and William. What is Nuclear Energy?????? Nuclear energy comes from nuclear reactors that is powered by this ore called uranium.
Unit 14 Ch. 28 Nuclear Chemistry
Unit 4 Lesson 3 Nuclear Reactions
Radioactivity Emission of energy from unstable nuclei which are trying to become stable Natural effect - radioactive isotopes are found everywhere. Radiation.
Uses of Radioisotopes.
Nuclear Reactions.
Uses for Radioactive Isotopes
Part 3. Applications (Read chapter 21 section 3)
Topic: Nuclear Chemistry
Nuclear Power.
Nuclear Fusion.
Chapter 9 – Radioactivity and Nuclear Reactions
Unit 4 Lesson 3 Nuclear Reactions
25.3 Fission and Fusion of Atomic Nuclei
RADIOACTIVITY.
Uses of Radiation.
Uses of Nuclear Radiation, Fission and Fusion
Nuclear Power.
Nuclear Chemistry IV. Applications.
NUCLEAR EXPLOSION AND NUCLEAR WEAPON
NUCLEAR POWER.
IV. Applications (Read chapter 21 section 3)
Nuclear Fusion.
Nuclear Reactions.
Uses of Nuclear Reactions
What is a nuclear reaction?
USES OF RADIO ACTIVITY MEDICAL SCIENTIFIC INDUSTRIAL FIELD.
Unit 4 Lesson 3 Nuclear Reactions
CHAPTER 21 Nuclear Chemistry
RADIOACTIVITY.
Chemistry Unit Two, Day Four.
Presentation transcript:

Use of Radioactive Elements in Industry Liam Killeen Use of Radioactive Elements in Industry

tracers A tracer is a radioactive element that leaves a path in a chemical that can be followed through the chemical by a chemical reaction. Tracers are commonly used in studies of plants in the medical industry.

Nuclear Reactors Nuclear power stations use uranium in fission reactions as a fuel to produce energy. Nuclear reactors give off steam and it looks like big clouds, I used to call them cloud makers. Steam is made from the heat during the fission process. http://www.ndt- ed.org/EducationResources/HighSchool/Radiograph y/usesradioactivity.htm

This is a nuclear power plant letting loads of steam out of the top.

Radioactive Chemicals Used in Household Products Americum- used in many smoke detectors to detect toxic lead that can be in dried paints. Cadmium- Used to check metal alloys for checking stock and scrap sorting. Californium- used to detect explosives in airline luggage and moisture of materials stored in soil. http://www.epa.gov/rpdweb00/source-reduction- management/radionuclides.html

Gamma Sterilization “Large scale gamma irradiation is used to sterilize disposable medical supplies such as syringes, gloves and other instruments that would be damaged by heat sterilization. Large scale gamma irradiation is also used for killing parasites found in wool, wood and other widely distributed products. In the 1960's the irradiation of meat was allowed by the US, and it is now a commonly used food sterilization method. Small scale irradiates are also used for blood transfusions and other medical sterilization procedures.” http://chemwiki.ucdavis.edu/Physical_Chemistry/Nuclear_Che mistry/Radioactivity/Discovery_of_Radioactivity#Industry

Nuclear Weapons Nuclear weapons are bombs of mass destruction. Nuclear bombs were used in 1945 to bomb Hiroshima and Nagasaki in japan. These bombs tore apart whole cities and killed many people. Now there are enough nuclear bombs in the united states to blow up the world 16 times.

These are the nuclear bombs that were used to bomb Japan in 1945.

Discovery of Radioactivity The first type of radiation was found in 1789 by Martin Kaproth. Martin found a radioactive element called Uranium. Martin was a German chemist and named the element after the planet Uranus. Many other radioactive elements have been found after his discovery of Uranium.

History behind the radioisotopes Radioisotopes were first mass produced after World War two. 64,000 radioactive materials were shipped to scientists by 1955. The biggest radioactive disaster was when Nagasaki and Hiroshima were bombed. The atom bombs completely destroyed these cities and caused problems with disease and mutilation for many years to come.