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    • Complete Nuclear and Radio Chemistry 14 Plus Hours of Lectures

    Complete Nuclear & Radio Chemistry 14+ hours of lectures

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    Udemy

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    Mode

    Online

    Fees

    ₹ 499 1999

    Quick Facts

    particular details
    Medium of instructions English
    Mode of learning Self study
    Mode of Delivery Video and Text Based

    Course and certificate fees

    Fees information
    ₹ 499  ₹1,999
    certificate availability

    Yes

    certificate providing authority

    Udemy

    The syllabus

    Introduction

    • Introduction

    Fundamental basics of nuclear science

    • Introduction to radiochemistry and nuclear chemistry
    • History of nuclear science
    • Nuclei and nuclides
    • Nuclides
    • How to notate the nuclides
    • Quantities and units of mass and energy
    • The Nuclidic Mass and the Unified Atomic Mass
    • Quantities Characterizing Stability and Instability
    • The binding energy of the nucleus
    • The mass excess

    The nuclear force

    • Introduction to the nuclear force
    • Classification of particles and forces I.
    • Classification of particles and forces II.
    • Classification of particles and forces III.
    • The color charge
    • Nuclear radius and mass denstiy
    • Nuclear spin, electric and magnetic properties of nuclei I.
    • Nuclear spin, electric and magnetic properties of nuclei II.
    • Nuclear spin, electric and magnetic properties of nuclei III.
    • The one-nucleon shell model of the nucleus I.
    • The one-nucleon shell model of the nucleus II.
    • Systematic of stable elements and nuclides
    • The Weizsäcker formula and the liquid drop model I.
    • The Weizsäcker formula and the liquid drop model II.

    The basic concepts of nuclear reactions and radioactive decays

    • Types of nuclear reactions
    • Reactions induced by neutrons and positive ions
    • Reaction cross section systematic
    • Characterization of the main decay modes and radiations I.
    • Characterization of the main decay modes and radiations II.
    • Radioactive decay vs. chemical and nuclear reactions
    • Characterization of radioactive samples
    • Half-life, mean life, decay schemes
    • Radionuclides on Earth

    Radioactive decay

    • Radioactive decay and the chart of nuclides
    • Investigation of the spontaneity of beta and alpha decay I.
    • Investigation of the spontaneity of beta and alpha decay II.
    • Gamma Decay
    • Spontaneous fission
    • Exotic and rare decay modes
    • The kinetics of the radioactive decay and activation
    • Decay following activation
    • The aftereffects of the radioactive decay and nuclear reactions I.
    • The aftereffects of the radioactive decay and nuclear reactions II.
    • Inner Bremsstrahlung, X-Rays and Auger Effect

    Interaction of nuclear radiation with matter, nucleosynthetic processes

    • Interaction of nuclear radiations with matter
    • Dosimetric concepts
    • Interactions of alpha radiation
    • Interactions of beta radiation I.
    • Interactions of beta radiation II.
    • Interactions of beta radiation III.
    • Interactions of gamma radiation I.
    • Interactions of gamma radiation II.
    • Interactions of gamma radiation III.
    • Interactions of neutrons
    • Nucleosynthesis
    • Nucleosynthetic processes and related concepts I.
    • Nucleosynthetic processes and related concepts II.
    • Nucleosynthetic processes and related concepts III.

    Detection and measurements techniques

    • Track measurements
    • Gas counters I.
    • Gas counters II.
    • Gas counters III.
    • Semiconductor detectors I.
    • Semiconductor detectors II.
    • Scintillation detectors I.
    • Scintillation detectors II.
    • Electronics for pulse counting: γ-spectrometry

    Nuclear energy, Nuclear reactors Nuclear Fuel and Fuel Cycles

    • Energy production by nuclear fission
    • Neutron moderation
    • Nuclear fuel
    • Fuel elements
    • Nuclear fuel and fuel cycles I.
    • Nuclear fuel and fuel cycles II.
    • Nuclear fuel and fuel cycles III.
    • Reprocessing the used fuel elements
    • Type of the nuclear reactors
    • Thermal power reactors
    • Reactor kinetics
    • Radioactive waste
    • Reactor safety
    • Controlled thermonuclear reactors
    • Nuclear explosives

    Radionuclides in nature

    • Cosmogenic and primordial radionuclides
    • Elements in the natural radioactive decay series
    • Transuranic elements in nature
    • Radium and radon in the environment
    • Age determination from radioactive decay I.
    • Age determination from radioactive decay II.

    Radioanalysis

    • Introduction to the radioanalysis
    • Neutron Activation Analysis (NAA)
    • Activation by other ways
    • Unique features of activation analysis
    • Isotope Dilution Analysis
    • Other analytical applications

    Mössbauer spectroscopy

    • Introduction to the Mössbauer spectroscopy
    • Principles of the method
    • The Mössbauer effect
    • Overview of hyperfine interactions
    • Isomer shift, electric quadrupole splitting
    • Hyperfine magnetic field splitting
    • Exotic measurable quantities

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