'Fusion reaction' presentation slideshows

Nucleus, Radioactivity, & Nuclear Medicine

Nucleus, Radioactivity, & Nuclear Medicine. Dr. Michael P. Gillespie. Radioactive. Natural Radioactivity. Radioactivity is the process by which some atoms emit energy and particles. The energy and particles are termed radiation .

1.01k views • 75 slides

The Life-Cycle of a Star

845 views • 61 slides

Fusion: Basic Principles, Current Progress and ITER Plans

Fusion: Basic Principles, Current Progress and ITER Plans. What is Nuclear Fusion?. Nuclear Fusion is the energy-producing process taking place in the core of the Sun and stars

645 views • 53 slides

Fusion: Basic Principles and C urrent Progress

535 views • 43 slides

Fusion: Basic Principles, Current Progress and ITER Plans

Fusion: Basic Principles, Current Progress and ITER Plans. Mohamed Abdou Distinguished Professor, Mechanical and Aerospace Engineering Department Director, Center for Energy Science and Technology Advanced Research (CESTAR) Director, Fusion Science and Technology Center

612 views • 43 slides

Fission & Fusion

443 views • 28 slides

I NTERNATIONAL T HERMONUCLEAR E XPERIMENTAL R EACTOR

475 views • 26 slides

??? ???? ?????? ??????

??? ???? ?????? ??????. { ?????? ????? ??????? ??????? } [?? : 114]. ??? ???? ??????. ????? ?????? ?????? ??????. Comparison of neutron yield and fusion power for D-D and D-T fusion reactions in broad range of high energy-density plasma. By Moustafa Ismail. Outline. 1- Objective

321 views • 23 slides

??? ???? ?????? ??????

??? ???? ?????? ??????. { ?????? ????? ??????? ??????? } [?? : 114]. ??? ???? ??????. ????? ?????? ?????? ??????. Comparison of neutron yield and fusion power for D-D and D-T fusion reactions in broad range of high energy-density plasma. By Moustafa Ismail. Outline. 1- Objective

337 views • 23 slides

Nuclear Power: Fusion reactions and Fusion energy (NIF,ITER)

Nuclear Power: Fusion reactions and Fusion energy (NIF,ITER). Dresden, 13.12.2011 Martin Rehwald. Outline. 1. The Fusion Reaction (Conditions, Binding energy, Lawson criterion) 2. Fusion Energy Magnetic confinement fusion (ITER) Inertial confinement fusion (NIF).

509 views • 17 slides

Ch. 17 Sec 2

Ch. 17 Sec 2. Bellringer. Nuclear Energy. In the 1950s and 1960s, nuclear power plants were seen as the power source of the future because the fuel they use is clean and plentiful.

300 views • 16 slides

outline

Dynamics Aspect of Subbarrier Fusion Reaction in Light Heavy Ion Systems Meirong Huang 5/27/2012-1/6/2012. outline. 1.introduction 2. AMD simulation a)Initial nuclei b)AMD simulation results comparing with experimental data 3.summary. 1.introduction.

247 views • 16 slides

BLACK HOLES

BLACK HOLES. By: Ruby Hayes-Baum. The Beginning. It all starts with the stars. . The Start. The star that is about to become a black hole needs to have at least three times the mass of the sun, or 1,988,920,000,000,000,000,000,000,000,000 kilograms.

324 views • 15 slides

Electricity Generation from nuclear Energy

Electricity Generation from nuclear Energy. Shymaa Ali Alshater E-Mail : Shymaa_Ali_2020@Yahoo.com. Objectives. Learning some new terminologies related to nuclear energy. Take a look to the different types of reactors.

327 views • 15 slides

OB: nuclear chem class #3

222 views • 11 slides

FISSION vs. FUSION

FISSION vs. FUSION. Fission. The splitting of a nucleus into smaller fragments when bombarded with neutrons. One large nucleus of a particular isotope breaks into two smaller nuclei of about equal size. 91 36. FISSION. Kr. 236 92. U. 235 92. U. neutrons. 142 56. Ba. neutron.

206 views • 11 slides

Tritium(Hydrogen-3)

Tritium(Hydrogen-3). Sam Wong John SUn. What Is Tritium?. 2 more neutrons than regular hydrogen atom Only radioactive isotope of hydrogen Exists as a gas and liquid Has a half life of 12.3 years, emitting weak beta radiation of it exists naturally . What is Tritium Used For?.

739 views • 5 slides

NIF: Power the Future

Why is it important?. How does it work?. The effects.

87 views • 1 slides