Skip to content
Search
  • Home
  • Categories
    • Ceramics
      • Prince Rupert’s Drops: The Exploding Glass Teardrop
      • Chemical Tempering (Chemically Strengthened Glass)
    • Chemistry & Physics
      • What Are the Units of Pressure?
    • College
      • 13 Reasons Why You Should Study Materials Science and Engineering
      • PhD in Materials Science – Is it Worth Doing?
    • Crystallography
      • Crystallography Basics
        • What Are Bravais Lattices? (Definition, Types, Examples)
        • What is Atomic Packing Factor (and How to Calculate it for SC, BCC, FCC, and HCP)?
        • Miller Indices for Crystal Directions and Planes
        • How to Read Hexagonal Crystal Directions and Planes (Miller-Bravais Indices)
        • Interstitial Sites: Size, Types, Applications, And Calculations
        • Primitive Unit Cells (including Wigner–Seitz and voronoi cells)
        • What Are Crystals and Grains?
        • The 7 Crystal Systems (with Examples and Images)
        • The Difference Between Crystal Systems and Crystal Families
        • What is the Difference Between “Crystal Structure” and “Bravais Lattice?”
        • Close-Packed Crystals and Stacking Order
        • How to Read Crystallography Notation (Pearson symbol, Strukturbericht, Space Groups)
        • What are Point Groups? (Simple Explanation)
        • List of Point Groups 2D and 3D
        • What are Space Groups? (Simple Explanation)
        • List of Space Groups
        • What Is the Difference Between FCC and BCC? (Crystal Structure, Properties, Interstitial Sites, and Examples)
        • What is the Difference Between FCC and HCP? (Crystal Structure, Properties, Interstitial Sites, and Examples)
        • Comparison of SC, BCC, FCC, and HCP Crystal Structures
      • Specific Structures
        • Simple Cubic Unit Cell
        • Face-Centered Cubic (FCC) Unit Cell
        • Diamond Cubic Unit Cell
        • Body-Centered Cubic (BCC) Unit Cell
        • Simple Hexagonal Unit Cell
        • Hexagonal Close-Packed (HCP) Unit Cell
        • Double Hexagonal Close-Packed (La-type) Unit Cell
        • Simple Rhombohedral Unit Cell
        • Close-Packed Rhombohedral (Sm-type) Unit Cell
        • Simple Tetragonal Unit Cell
        • Body-Centered Tetragonal Unit Cell
        • Diamond Tetragonal Unit Cell (White Tin)
        • Simple Orthorhombic Unit Cell
        • Base-Centered Orthorhombic Unit Cell
        • Face-Centered Orthorhombic Unit Cell
        • Body-Centered Orthorhombic Unit Cell
        • Simple Monoclinic Unit Cell
        • Base-Centered Monoclinic Unit Cell
        • Triclinic Unit Cell
    • High Temperature Materials
      • 17 Metals With the Highest Melting Points (and Why)
      • Refractory Metals (Definition, Examples, and Applications)
      • What Are Superalloys? (Applications, History, and Metallurgy)
      • Thermal Barrier Coatings (TBCs): Materials, Manufacturing Methods, and Applications
      • Hastelloy C-276 (Composition, Properties, and Applications)
      • Superalloy Design
    • Magnetic Properties
      • Magnetic Materials: Types of Magnetism, Applications, and Origin of Magnetism
      • Which Metals Are Magnetic? (List of Ferromagnetic and Ferrimagnetic Materials)
      • What Is Magnetic Hysteresis and Why Is It Important?
      • B-H vs M-H Hysteresis Loops: Magnetic Induction vs Magnetization (Similarities, Differences, and Points on the Graph)
    • Materials Characterization
      • What is Scanning Electron Microscopy? (How it Works, Applications, and Limitations)
    • Material Science Fundamentals
      • What is Materials Science and Engineering? The Definitive Explanation
      • What is the Materials Science Tetrahedron (Paradigm)?
      • What are Alloys? (Definition, Examples, and Metallurgy)
      • The Difference Between Alloys and Composites (and Compounds)
      • What Are Bravais Lattices? (Definition, Types, Examples)
      • What is Atomic Packing Factor (and How to Calculate it for SC, BCC, FCC, and HCP)?
      • The Hume-Rothery Rules for Solid Solution
      • What Are Semiconductors?
      • Why Do Metals Conduct Electricity?
      • What is the Difference Between Allotropes and Isotopes?
      • What is the Difference Between Polymorphism and Allotropy? (With Examples Beyond Carbon)
    • Materials Science vs Other Majors
      • What is the Difference Between Materials Science and Chemistry?
      • What is the Difference Between Materials Science and Chemical Engineering?
      • What is the Difference between “Materials Science” and “Materials Engineering?”
    • Mechanical Properties
      • What is Yield in Materials? Yield Stress, Yield Strength, and Yield Point
      • Elasticity and Young’s Modulus (Theory, Examples, and Table of Values)
      • True Stress-Strain vs Engineering Stress-Strain
      • Stress, Strain, and the Stress-Strain Curve
    • Metallurgy
      • What are Alloys? (Definition, Examples, and Metallurgy)
      • Refractory Metals (Definition, Examples, and Applications)
      • What Are Superalloys? (Applications, History, and Metallurgy)
      • What Are Shape Memory Alloys? (Metallurgy, How They Work, and Applications)
      • What is Quenching?
      • 15 Metals With The Lowest Melting Point
      • What is the Difference Between Iron, Steel, and Cast Iron? (Properties, Applications, and Metallurgy)
      • Why Do Metals Conduct Electricity?
      • Why Mercury is Used in Thermometers (and Modern Alternatives)
  • Resources
  • Support Us (For Free)

Posts by Brandon

link to What are Point Groups? (Simple Explanation)

What are Point Groups? (Simple Explanation)

Point groups are more important to pure chemistry than materials science, because chemistry often deals with single molecules, while materials science usually deals with crystals that repeat through...

Continue Reading
link to How to Read Crystallography Notation (Pearson symbol, Strukturbericht, Space Groups)

How to Read Crystallography Notation (Pearson symbol, Strukturbericht, Space Groups)

Crystallography is one of those sub-fields that developed independently in a dozen different places. Geologists, physicists, chemists, mathematicians, and metallurgists all developed their own set of...

Continue Reading
link to What is the Difference Between FCC and HCP? (Crystal Structure, Properties, Interstitial Sites, and Examples)

What is the Difference Between FCC and HCP? (Crystal Structure, Properties, Interstitial Sites, and Examples)

We’ve already covered the difference between the common cubic crystals (FCC and BCC), so now it’s time to discuss the difference between the common close-packed crystals (FCC and HCP). You...

Continue Reading
link to Close-Packed Crystals and Stacking Order

Close-Packed Crystals and Stacking Order

You may have heard the term “stacking fault.” Perhaps you’ve realized that the FCC and HCP crystal structures have the same atomic density. If you’ve studied further, you might even know that...

Continue Reading
link to How to Read Hexagonal Crystal Directions and Planes (Miller-Bravais Indices)

How to Read Hexagonal Crystal Directions and Planes (Miller-Bravais Indices)

If you’re anything like me, your introductory materials science class was going great until the prof switched from cubic Miller Indices to hexagonal Miller-Bravais indices. Miller-Bravais...

Continue Reading
link to Why Mercury is Used in Thermometers (and Modern Alternatives)

Why Mercury is Used in Thermometers (and Modern Alternatives)

While modern thermometers are usually filled with dyed alcohol, mercury is a better liquid to use. Well, as long as you don’t count mercury’s health hazards. Nowadays, mercury thermometers are...

Continue Reading
« PREV Page 1 Page 2 Page 3 Page 4 … Page 17 NEXT »

About the Author

LEGAL

msestudent is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com.

© 2023 Copyright Materials Science & Engineering Student

Conditions and Terms
Privacy Policy