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Physical Metallurgy (Metallurgy)

SKU: 0013001295

51,75 SAR Tax inclusive

Dr. Ahmed Salem Al-Sabbagh presented many famous scientific works, the most famous of which is the book Physical Metallurgy (Metals), which appeared in its first edition in 1968 AD, and then an improved edition appeared in 2006 AD, and the author excelled in his account of the contents of the book.

Description

Book description:

  • Author's name: Dr. Ahmed Salem Al-Sabbagh 

  • The subject of the book: Physical Metallurgy (Metals)

The contents of the book:

  1. Theme

  2. Bootstrap

  3. Part I: Composition of the material

  • Chapter I: Metals

  • Metals and their position on the periodic table

  • Historical overview

  • Metals and their distribution in the globe

  • Extracting metals from their waste

  • Chapter II: Material and composition

  • Composition of the material

  • Movement of the nucleus

  • Electron movement

  • Rutherford's principle

  • Bohr's second principle

  • Bohr's first principle

  • Pauli's Principle of Atomic Motion

  • Valence electron

  • Inert gas status

  • Ionization

  • Radiation series (sequence)

  • Chapter Three: Atomized armpits

  • Atomic correlation 

  • Basic link

  • Ion binding

  • Common link

  • Metal link

  • Secondary link 

  • Rapid electrical polarization

  • Atomic Equilibrium Modes 

  • Corn diameter

  1. Part II: Structure of metals

  • Chapter one: Inanimate objects

  • Structure of rigid bodies

  • X-Ray Generation

  • Characteristic rays

  • Moseley's Law

  • Absorption of rays

  • Filters

  • Chapter two: Detecting the structure of inanimate objects

  • Geometric and Crystalline Structure in Metals

  • Representing levels in crystal lattice systems

  • Representation of directions

  • Using X-rays to study the lattice structure of metals

  • How to Mix Von Laue

  • Bragg's method

  • The Debbie and Shearer Method

  • Identifying the cell type in the lattice structure of metals

  • Recording and evaluating the results of the X-ray analysis

  • Crystal properties

  • Crystal Surfaces and Bielby's Layer

  • Metals, their polycrystals and grain boundaries

  • Metals in the molten and frozen state

  • Freezing a pure metal

  • Freezing pure metal in a mold

  • Granule growth during freezing

  • Factors controlling the final grain size of the freezer

  • Factors Controlling Granule Shape 

  • Preparing a single crystal of a metal

  1. Section III: Geometric irregularities of crystals

  • Irregularities in the geometric regularity of crystals

  • Imbalances in a location or in a clique

  • The importance of an imbalance in the

  • Line-by-line irregularities in the alloy

  • Spiral or spiral dislocation

  • Misalignments between superficial

  • Limits of lists

  • The role of dislocations in the formation of metals

  • Formation in Polycrystalline Metals

  • The role of dislocations in forming and aging machines

 

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Additional information

Weight 1 kg
Dimensions 20 x 20 x 20 x 20 cm
Author of the book