A Boot Camp to Nuclear Physics
A Boot Camp to Nuclear Physics, available at $74.99, has an average rating of 4.35, with 48 lectures, 7 quizzes, based on 137 reviews, and has 1686 subscribers.
You will learn about How physicists discovered that an atom has a nucleus, Rutherford scattering arrangement. What is the source of Solar energy? How long will the Sun radiate heat and light for us? How the nuclear energy can cause a bang? How can the atom bomb energy used for constructive purposes like nuclear power station, medical treatment etc Why can't we assemble nucleus in the laboratory? Know about the nuclear force, nuclear model, nuclear reactions. Radio activity – alpha, beta and gamma decay mechanisms. Fundamentals of Nuclear Instrumentations with applications. Use of animation for effective learning experience. This course is ideal for individuals who are All armatures aspirant to understand Nuclear Physics. or Students of Junior College and degree college. It is particularly useful for All armatures aspirant to understand Nuclear Physics. or Students of Junior College and degree college.
Enroll now: A Boot Camp to Nuclear Physics
Summary
Title: A Boot Camp to Nuclear Physics
Price: $74.99
Average Rating: 4.35
Number of Lectures: 48
Number of Quizzes: 7
Number of Published Lectures: 47
Number of Published Quizzes: 7
Number of Curriculum Items: 55
Number of Published Curriculum Objects: 54
Original Price: $54.99
Quality Status: approved
Status: Live
What You Will Learn
- How physicists discovered that an atom has a nucleus, Rutherford scattering arrangement.
- What is the source of Solar energy?
- How long will the Sun radiate heat and light for us?
- How the nuclear energy can cause a bang?
- How can the atom bomb energy used for constructive purposes like nuclear power station, medical treatment etc
- Why can't we assemble nucleus in the laboratory?
- Know about the nuclear force, nuclear model, nuclear reactions.
- Radio activity – alpha, beta and gamma decay mechanisms.
- Fundamentals of Nuclear Instrumentations with applications.
- Use of animation for effective learning experience.
Who Should Attend
- All armatures aspirant to understand Nuclear Physics.
- Students of Junior College and degree college.
Target Audiences
- All armatures aspirant to understand Nuclear Physics.
- Students of Junior College and degree college.
Welcome to this course – A boot camp to Nuclear Physics (NP). This course is for amateurs as well as for those pursuing undergraduate program in Physical Sciences and Medical sciences. This course has video lecture content of 9 hrs 45 min that is divided into 7 sections spread over 48 lectures followed by a Quiz at the end of each section. This course expectedly covers all the traditional topics that are part of the Undergraduate Program in most Universities. Amateurs in Physics and those having love for Physics can quench their thirst for learning by subscribing to this online program. Also students undergoing various academic programs in Physics and Medical Sciences can boost their learning through this course and earn a Udemy certificate.
The subject of Nuclear Physics started with Rutherford’s experiment performed in the year 1911 and bloomed as a new branch of Physics that answered a band of questions which will be addressed in the Course:
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What is the source of Solar energy?
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How long will the Sun radiate heat and light for us?
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What is the source of energy in an atom/nuclear bomb?
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Why can’t we assemble a nucleus in the laboratory?
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What are radioactivity mechanisms
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How the radiations interact with matter and help us find a range of application in the field of Medical Sciences.
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The wide range of applications created huge market for Instrumentations. In this course we shall learn the fundamental part of it.
In this course we shall learn NP through following seven sections:
1. Discovering Nucleus
2. Nuclear Binding Energy
3. Radioactivity
4. Nuclear Models
5. Particle Accelerators
6. Nuclear Radiation & Energy
7. Radiation Detectors
Undergoing this course will enable you to
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Calculate the radius of nucleus from experimental data of Rutherford’s experimental data
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Understand complicated nature of Nuclear force
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Estimate mass defect, binding energy using mass in amu
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With Q value estimation of Nuclear Reactions
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Learn empirical formula for Nuclear Models
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Know the existence of magic numbers in view of atomic models
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Construction & Working of Nuclear instrumentations for particle (i) accelerators (ii) detectors
Course Curriculum
Chapter 1: Discovering the Nucleus
Lecture 1: Introduction
Lecture 2: What is the source of solar energy? How long will it work?
Lecture 3: Rutherford scattering of an alpha particles
Lecture 4: Properties of a Few Nuclei
Lecture 5: Nuclear Terminologies
Lecture 6: Nuclides
Lecture 7: Nuclear Radii
Lecture 8: Nuclear Force
Lecture 9: Salient Features of Nuclear Forces
Lecture 10: Atomic Masses
Lecture 11: Molecular Masses
Lecture 12: Static Properties of Nucleus
Chapter 2: Nuclear Binding Energy
Lecture 1: More about Atomic Mass
Lecture 2: Mass Defect
Lecture 3: Packing Fraction
Lecture 4: Binding Energy
Lecture 5: Binding Energy per nucleon
Chapter 3: Radioactivity
Lecture 1: Nuclear Disintegration Model
Lecture 2: Law of Radioactive Disintegration
Lecture 3: Activity units, half-life, average life
Lecture 4: Exploring Graphical Method & Maple
Lecture 5: Alpha Decay
Lecture 6: Alpha Decay – A Closer Look
Lecture 7: Beta Decay
Lecture 8: Gamma Decay
Lecture 9: Measuring Radiation Dosage
Chapter 4: Nuclear Models
Lecture 1: The Liquid Drop Model
Lecture 2: The Semi-Empirical formula for Liquid Drop Model
Lecture 3: The Shell Model
Lecture 4: Fermi Gas Model
Chapter 5: Particle Accelerators
Lecture 1: Introduction
Lecture 2: Linear Accelerator
Lecture 3: Cyclotron
Lecture 4: Betatron
Chapter 6: Nuclear Reactions & Energy
Lecture 1: Nuclear Cross-section
Lecture 2: Neutron Induced Reactions
Lecture 3: Conservation Laws
Lecture 4: Kinematics of Nuclear Reaction
Lecture 5: Nuclear Fission
Lecture 6: Nuclear Fusion
Lecture 7: Nuclear Reactors
Chapter 7: Radiation Detectors
Lecture 1: Introduction
Lecture 2: GM Counters
Lecture 3: Wilson Cloud Chamber
Lecture 4: Scintillation Counter
Lecture 5: Bubble Detector
Lecture 6: Bainbridge Mass Spectrograph
Instructors
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Shyamkant Anwane
Professor of Physics
Rating Distribution
- 1 stars: 4 votes
- 2 stars: 2 votes
- 3 stars: 16 votes
- 4 stars: 32 votes
- 5 stars: 83 votes
Frequently Asked Questions
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You can view and review the lecture materials indefinitely, like an on-demand channel.
Can I take my courses with me wherever I go?
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