'Nuclear fission reactors' presentation slideshows

Energy - Introduction - Non-renewable - Renewables - Transportation

957 views • 80 slides

Tuesday April 8, 2014

Tuesday April 8, 2014. Science Journal (10 minutes). Initial Response What is nuclear fission? In what countries in the world would you find a nuclear reactor? Can you list one pro and one con of nuclear reactors?

525 views • 42 slides

Tuesday April 8, 2014

Tuesday April 8, 2014. Science Journal (10 minutes). Initial Response What is nuclear fission? In what countries in the world would you find a nuclear reactor? Can you list one pro and one con of nuclear reactors?

430 views • 42 slides

Realities of Nuclear Energy

Realities of Nuclear Energy. Resources Waste and Disasters The Promise of Fusion?. Summary of fission. 235 U will undergo spontaneous fission if a neutron happens by, resulting in: two sizable nuclear fragments flying out a few extra neutrons

461 views • 36 slides

Realities of Nuclear Energy

Realities of Nuclear Energy. Resources Waste and Disasters The Promise of Fusion?. Summary of fission. 235 U will undergo spontaneous fission if a neutron happens by, resulting in: two sizable nuclear fragments flying out a few extra neutrons

366 views • 36 slides

Nuclear Chemistry

Nuclear Chemistry. Chapter 1: Activity 9. Hiroshima Bomb. During the final stages of World War II in 1945, the United States conducted two atomic bombings against the cities of Hiroshima and Nagasaki in Japan. Nuclear Chemistry.

341 views • 32 slides

Applications of the elements

Applications of the elements. Radioactivity. Elements with unstable nuclei are said to be radioactive Eventually they break down and eject energetic particles and emit high-frequency electromagnetic radiation Involves the decay of the atomic nucleus, often called radioactive decay.

407 views • 28 slides

7.3 Nuclear Reactions

7.3 Nuclear Reactions. Vocabulary. Chain reaction Fission Fusion Nuclear equation Nuclear reaction. 7.3 Nuclear Reactions. Nuclear fission and fusion are processes that involve extremely large amounts of energy. Fission = the splitting of nuclei Fusion = the joining of nuclei.

378 views • 17 slides

7.3 Nuclear Reactions

7.3 Nuclear Reactions. Nuclear fission and fusion are processes that involve extremely large amounts of energy. Fission = the splitting of nuclei Fusion = the joining of nuclei Nuclear power plants can generate large amounts of electricity.

232 views • 12 slides

A brief history of nuclear energy technologies

A brief history of nuclear energy technologies. Barbara Rauter Daniela Wachter. CONTENT OF OUR WORK. Definitions and history of fission and fusion Important components of a nuclear fission reactor Overview on nuclear fission reactors Nuclear fusion reactors

369 views • 11 slides

7.3 Nuclear Reactions

7.3 Nuclear Reactions. Nuclear fission and fusion are processes that involve extremely large amounts of energy. Fission = the splitting of nuclei Fusion = the joining of nuclei Nuclear power plants can generate large amounts of electricity.

479 views • 10 slides

Chapter 21: Nuclear Chemistry

109 views • 10 slides

7.3 Nuclear Reactions

7.3 Nuclear Reactions. Nuclear fission and fusion are processes that involve extremely large amounts of energy. Fission = the splitting of nuclei Fusion = the joining of nuclei Nuclear power plants can generate large amounts of electricity.

227 views • 7 slides

Nuclear Power Applications in Space

Nuclear Power Applications in Space. American Nuclear Society. NUCLEAR POWER ALREADY IN USE Radioisotope Thermoelectric Generators (RTGs) RTGs have been used to produce power on space probes

642 views • 1 slides