Solid State Physics-1 new notes free download

Solid State Physics-1 new notes free download

COURSE CONTENTS: 

⮚   Crystalline solids:

Crystalline solids are those solids in which atoms are arrange in order.

⮚   Crystalline solids have a state of mind-energy.

⮚   Volume and dimension of an atom?

⮚   Amorphous solids

⮚   Crystal:

An ideal crystal is made by a finite repetition of identical groups of atoms, one such group is called the basis.

                      Crystal=Lattice+basis

⮚   Lattice

⮚   Unit cell

⮚   Lattice in two dimensions

⮚   Primitive Lattice

⮚   Seven crystals systems

⮚   Bravais Lattices

⮚   Symmetry

⮚   Reflection symmetry

⮚   Rotation symmetry

⮚   Inversion center

⮚   Packing Faction

⮚   Hexagonal Lattice

⮚   Hexagonal close-packed structure

⮚   Minimum symmetry elements for various crystals

⮚   The coordination number for Hcp and Fcc

⮚   Indexing system in crystals

⮚   Directions

⮚   Ni, Nacl, and Call crystals

⮚   Diamond structure

⮚   Electron density function

⮚   X-rays

⮚   Braggs law

⮚   Diffraction of waves by the crystals

⮚   Diffraction condition by reciprocal lattice vectors

⮚   Laue equations

⮚   Ewald construction

⮚   Brillouin zone

⮚   Wigner-Seitz primitive cell

⮚   Structure factors

⮚   Atomic form factor

Also read :solid state physics-1 principal and applications book free download by M.A.Omar

⮚   How type of binding in solid in determined

⮚   Covalent bond

⮚   Hydrogen bond

⮚   Metallic bond

⮚   Ionic crystals

⮚   Madelung energy

⮚   Atomic and ionic crystal radii

⮚   Cohesive energy

⮚   Lattice energy

⮚   Inert gas crystals

⮚   Phonons

⮚   Dispersion relation

⮚   Phase velocity and group velocity

⮚   Phonon modes

⮚   Phonon momentum

⮚   Heat capacity

⮚   The density of the static function

⮚   Debye model

⮚   Cutoff frequency

⮚   Important point

⮚   Thermal conductivity

⮚   Thermal resistivity and local thermal equilibrium

⮚   Difference between Debye and Einstein model

⮚   Debye T³ law

⮚   Fermi energy and degeneracy

⮚   Difference between Debye and Einstein model

⮚   Electrical conductivity

⮚   Wiedman Franz law

⮚   Hall field

⮚   Residual resistivity

⮚   Origin of an energy gap

⮚   Bloch theorem

⮚   Bloch function

⮚   Number of orbitals in a band

⮚   Fermi surfaces

⮚   Periodic zone and reduced zone schemes

⮚   Scott key defect

⮚   Frenkel defect

⮚   Reasons for defects

Also read :English for Employment (EFE) ENG-601 for 7th semester | GCUF

⮚   Diffusion in crystals

⮚   Self-diffusion in metals

⮚   Color centers? How a Crystal maybe colored?

⮚   F centers

⮚   FA centers

⮚   M centers and hole centers and R centers

⮚   Alloy

⮚   Order and disordered alloy

⮚   Metallic solid solutions

⮚   Substitutional solid solutions

⮚   Inertial solid solutions

⮚   Au-Cu system

⮚   Kondo effect

⮚   Exchange integral

⮚   Paramagnetism

⮚   G factor and bohar magneton

⮚   Curie law

⮚   Rare earth metal ions

⮚   Ion group ions

⮚   Crystal field

⮚   Cooling by isentropic demagnetization

⮚   Pauli's paramagnetism

⮚   Diamagnetic

⮚   Larmor theorem

⮚   Ferromagnetism

⮚   Exchange field mean field

⮚   Curie temperature

⮚   Magnons

⮚   Quantization of spin waves

⮚   Ferrimagnetic order

⮚   Ferromagnetic domains

⮚   Remanence and coercivity

⮚   Superparamagnetism

⮚   Nuclear magnetic resonance

⮚   Nuclear magnetization

⮚   Equations of motion

⮚   Superconductivity

⮚   Persistent current

⮚   Magnetic properties of a superconductor

⮚   Meissner effect

Also read :Solid state physics-1 problems and solutions book free download

⮚   Energy gap

⮚   Type 1 and type 2 superconductors

⮚   Critical fields

⮚   Thermodynamics of superconducting transition

⮚   London equation

⮚   Penetration depth

⮚   Coherence length

⮚   Activation barrier factor

⮚   Duration of persistent current

⮚   Instability of the Fermi Sea and cooper pairs

⮚   Flux quantization in a superconducting ring

⮚   Dielectric function of the electron gas

⮚   Plasma

⮚   Various contribution of polarizability

⮚   Frequency dependence of dielectric responses

⮚   Polarizability

⮚   Ferroic materials

⮚   Piezoelectricity

⮚   Piroelectricity

⮚   Ferroelectricity

⮚   Piezoelectric materials

⮚   Ferroelectric Materials

CLICK HERE TO PREVIEWS

 

CLICK HERE TO DOWNLOAD

 

CLICK HERE TO DOWNLOAD WITH MEGA

  Other LINKS 

Please contact me if you have any difficulties with all subject notes, MCQs books and notes, and different books. If you cannot download any notes or books in PdF form then Comment to me and watch this youtube Channel. If you are confused About studying then you can ask me. 

Follow these social medias 

subscribe  ON YOUTUBE 

Also read :Solid State Physics-1 notes for MSC physics

FOLLOW ON FACEBOOK PAGE 

INSTAGRAM 

Telegram channel subscribe now

Join Whatsapp group for free 

In This website Daily uploaded Notes, Mcqs books, and notebooks Regularly. Please visit this website Regularly and follow this website https://taleemkiduniya77.blogspot.com/ if you can gain greater knowledge about us. If any Download link Or Social Media links are not working Then you reply to me.

Much appreciated 

DISCLAIMER: 

These books or notes download free of cost Because this site has been made for poor students and other students Who are studying and those who need these books very much.

https://taleemkiduniya77.blogspot.com/is continually attempting to help the understudies who can't stand to purchase study materials and books.

Thank you

RELATED TAGS

#physics-notes

 #Mathermatics-notes

#class-11-mathematics-notes

 #class-12-mathematics-notes

#class-11-physics-notes,

#a-level-physics-notes

#class-12^th-physics-notes

#physics-notes-pdf

#class-11-and-12-mathematics-hand-written-notes

#all-bsc-physics-notes

#all-bs-physics-notes

#all-css-books-pdf

#all-css-notes-and-mcqs-books

#ppsc-books

#mcqs-books

#css-books

#mechanics-books

#basic-chemistry-book-and-notes

#surface-chemistry-notes