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This is considered to be a grain boundary defect, which has a significant effect on the strength of all polycrystalline materials Two additional types of atom displacement defects occur in ionic crystals that are not present in metallic-bonded crystals A vacancy in an ionic crystal that is associated with a displaced pair, one cation and one anion, is called a Schottky defect A Frenkel defect occurs when a small cation moves from a lattice point, leaving a vacancy, and occupies an interstitial site..

3242 Line Defects or Dislocations Examinations of crystals under the electron microscope have shown interruptions in the periodicity of the lattice structure in certain directions In a two-dimensional representation these interruptions appear as lines; hence the name line defects It is believed that a perfect crystal of a metal such as pure iron should have a strength of 1 or 2 million pounds force per square inch, whereas in reality such perfect crystals have a yield strength of only a few thousand The reason given for the three orders of magnitude difference between the postulated and actual strength of metal crystals is the presence of these line defects The two most common line defects are edge dislocation and screw dislocation.

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Construction of the Data-Term unit is straightforward. A single 4- by 6-in glass-epoxy circuit board is used for this project. Single-row male header pins are used for J1 and J2 as well as for the input switches at J3; see Table 23-4. A two-screw-position terminal is used for the telephone line input. Male header pins could also be used for the display and buzzer if desired. As mentioned, a 5-V regulator powers the Data-Term unit, and the regulator is powered by a 12-V power supply. The LCD display, LED, and buzzer, as well as the push button switches,

An edge dislocation is the line defect that results from the presence of an extra plane of atoms in one portion of a crystal compared to the adjacent part Actually, it is the edge of this extra plane of atoms and runs from one end of the crystal to the other When looking at the crystalline plane that is perpendicular to the dislocation line, the imperfection appears as an extra row of atoms in a part of the crystal An edge dislocation is customarily represented by a symbol in which the vertical leg designates the extra plane of atoms When the vertical leg is above the horizontal leg, the dislocation is considered positive When the extra plane of atoms is in the bottom portion of the crystal, the vertical leg is placed below the horizontal one and the dislocation is said to be negative.

The part of the crystal containing the extra plane of atoms is in compression, whereas that portion on the other side of the dislocation line is in tension Since one dislocation line runs completely across a crystal, it deforms the lattice structure to a greater extent than does one point defect..

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A screw dislocation is a crystal defect in which the lattice points lie on a spiral or helical surface that revolves around a center line that is called the dislocation line. A screw dislocation terminates at a crystal surface. Shear stresses are set up in the lattice surrounding a screw dislocation as a result of the distortion in atomic array that the defect causes. The Burgers vector is the distance, measured in multiples of the lattice parameter, that is needed to close a straight-sided loop around a dislocation when going the same number of lattice distances in all four directions. It is the term used to define the size of a dislocation and is designated by the letter b. A characteristic of an edge dislocation is that it lies perpendicular to its Burgers vector, whereas a screw dislocation lies parallel to its Burgers vector.

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