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Thursday, April 26

Solid state physics Part - 04 : Notes on Nuclear Model

26 April Physics , 2 Comments

Detailed Topics



  • Nuclear Fission
  • Energy released during fission process
  • Nuclear Model
  • Liquid drop model
  • Shell model
  • Collective model
  • Semi-empirical mass formula
  • Volume energy terms
  • surface energy terms
  • Colombian energy terms
  • Asymmetric term
  • Pairing energy
  • Explanation of nuclear fission by liquid drop model
  • Magic numbers
  • Shell model ( Independent particle model)
  • Characteristics of shell-model
  • Evidence in favor of shell model
  • Explanation of magic numbers of shell model
  • Nuclear forces
  • Properties of nuclear forces
  • Yucawa theory (Pi-meson theory)
  • n-n transition
  • n-p transition
  • p-n intraction
  • Chain reaction
  • Controlled chain reaction 
  • Uncontrolled chain reaction

  • Counter
  • Scientilation counter
  • Principle, construction and working
  • Geiger Muller Counter
  • Construction and working
Detailed Topics Nuclear Fission Energy released during fission process Nuclear Model Liquid drop model Shell model Collective model Semi-empirical mass formula Volume energy terms surface energy terms Colombian energy terms Asymmetric term Pairing energy Explanation of nuclear fission by liquid drop model Magic numbers Shell model ( Independent particle model) Characteristics of shell-model Evidence in favor of shell model Explanation of magic numbers of shell model Nuclear forces Properties of nuclear forces Yucawa theory (Pi-meson theory) n-n transition n-p transition p-n intraction Chain reaction Controlled chain reaction Uncontrolled chain reaction Counter Scientilation counter Principle, construction and working Geiger Muller Counter Construction and working

Detailed Topics Nuclear Fission Energy released during fission process Nuclear Model Liquid drop model Shell model Collective model Semi-empirical mass formula Volume energy terms surface energy terms Colombian energy terms Asymmetric term Pairing energy Explanation of nuclear fission by liquid drop model Magic numbers Shell model ( Independent particle model) Characteristics of shell-model Evidence in favor of shell model Explanation of magic numbers of shell model Nuclear forces Properties of nuclear forces Yucawa theory (Pi-meson theory) n-n transition n-p transition p-n intraction Chain reaction Controlled chain reaction Uncontrolled chain reaction Counter Scientilation counter Principle, construction and working Geiger Muller Counter Construction and working

onlinebestnotes.com

onlinebestnotes.com

Detailed Topics Nuclear Fission Energy released during fission process Nuclear Model Liquid drop model Shell model Collective model Semi-empirical mass formula Volume energy terms surface energy terms Colombian energy terms Asymmetric term Pairing energy Explanation of nuclear fission by liquid drop model Magic numbers Shell model ( Independent particle model) Characteristics of shell-model Evidence in favor of shell model Explanation of magic numbers of shell model Nuclear forces Properties of nuclear forces Yucawa theory (Pi-meson theory) n-n transition n-p transition p-n intraction Chain reaction Controlled chain reaction Uncontrolled chain reaction Counter Scientilation counter Principle, construction and working Geiger Muller Counter Construction and working

onlinebestnotes.com

Detailed Topics Nuclear Fission Energy released during fission process Nuclear Model Liquid drop model Shell model Collective model Semi-empirical mass formula Volume energy terms surface energy terms Colombian energy terms Asymmetric term Pairing energy Explanation of nuclear fission by liquid drop model Magic numbers Shell model ( Independent particle model) Characteristics of shell-model Evidence in favor of shell model Explanation of magic numbers of shell model Nuclear forces Properties of nuclear forces Yucawa theory (Pi-meson theory) n-n transition n-p transition p-n intraction Chain reaction Controlled chain reaction Uncontrolled chain reaction Counter Scientilation counter Principle, construction and working Geiger Muller Counter Construction and working

onlinebestnotes.com

Detailed Topics Nuclear Fission Energy released during fission process Nuclear Model Liquid drop model Shell model Collective model Semi-empirical mass formula Volume energy terms surface energy terms Colombian energy terms Asymmetric term Pairing energy Explanation of nuclear fission by liquid drop model Magic numbers Shell model ( Independent particle model) Characteristics of shell-model Evidence in favor of shell model Explanation of magic numbers of shell model Nuclear forces Properties of nuclear forces Yucawa theory (Pi-meson theory) n-n transition n-p transition p-n intraction Chain reaction Controlled chain reaction Uncontrolled chain reaction Counter Scientilation counter Principle, construction and working Geiger Muller Counter Construction and working

onlinebestnotes.com


Detailed Topics Nuclear Fission Energy released during fission process Nuclear Model Liquid drop model Shell model Collective model Semi-empirical mass formula Volume energy terms surface energy terms Colombian energy terms Asymmetric term Pairing energy Explanation of nuclear fission by liquid drop model Magic numbers Shell model ( Independent particle model) Characteristics of shell-model Evidence in favor of shell model Explanation of magic numbers of shell model Nuclear forces Properties of nuclear forces Yucawa theory (Pi-meson theory) n-n transition n-p transition p-n intraction Chain reaction Controlled chain reaction Uncontrolled chain reaction Counter Scientilation counter Principle, construction and working Geiger Muller Counter Construction and working

onlinebestnotes.com

Detailed Topics Nuclear Fission Energy released during fission process Nuclear Model Liquid drop model Shell model Collective model Semi-empirical mass formula Volume energy terms surface energy terms Colombian energy terms Asymmetric term Pairing energy Explanation of nuclear fission by liquid drop model Magic numbers Shell model ( Independent particle model) Characteristics of shell-model Evidence in favor of shell model Explanation of magic numbers of shell model Nuclear forces Properties of nuclear forces Yucawa theory (Pi-meson theory) n-n transition n-p transition p-n intraction Chain reaction Controlled chain reaction Uncontrolled chain reaction Counter Scientilation counter Principle, construction and working Geiger Muller Counter Construction and working

onlinebestnotes.com

Detailed Topics Nuclear Fission Energy released during fission process Nuclear Model Liquid drop model Shell model Collective model Semi-empirical mass formula Volume energy terms surface energy terms Colombian energy terms Asymmetric term Pairing energy Explanation of nuclear fission by liquid drop model Magic numbers Shell model ( Independent particle model) Characteristics of shell-model Evidence in favor of shell model Explanation of magic numbers of shell model Nuclear forces Properties of nuclear forces Yucawa theory (Pi-meson theory) n-n transition n-p transition p-n intraction Chain reaction Controlled chain reaction Uncontrolled chain reaction Counter Scientilation counter Principle, construction and working Geiger Muller Counter Construction and working

onlinebestnotes.com

Detailed Topics Nuclear Fission Energy released during fission process Nuclear Model Liquid drop model Shell model Collective model Semi-empirical mass formula Volume energy terms surface energy terms Colombian energy terms Asymmetric term Pairing energy Explanation of nuclear fission by liquid drop model Magic numbers Shell model ( Independent particle model) Characteristics of shell-model Evidence in favor of shell model Explanation of magic numbers of shell model Nuclear forces Properties of nuclear forces Yucawa theory (Pi-meson theory) n-n transition n-p transition p-n intraction Chain reaction Controlled chain reaction Uncontrolled chain reaction Counter Scientilation counter Principle, construction and working Geiger Muller Counter Construction and working



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