## Treatise on Materials Science and Technology, Volume 4 |

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Page 85

He finds f1 = ( w , + žFw3 ) / ( wy + W2 + žFw3 ) ( 53 ) The

He finds f1 = ( w , + žFw3 ) / ( wy + W2 + žFw3 ) ( 53 ) The

**factor**F is a function of the jump frequencies w4 / wo . In fact , 1 100w4 / w .Page 90

47 ° 27 " ( 61 ) If one considers the

47 ° 27 " ( 61 ) If one considers the

**factors**198 to be elements of an N * N ... ( 64 ) provide the basis for the calculation of the correlation**factor**.Page 98

The correlation

The correlation

**factor**was also calculated by Stark ( 1973 ) using the method of ... jump types needed for the partial correlation**factor**calculation .### What people are saying - Write a review

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### Contents

RICHARD W VOOK | 2 |

Epitaxial Monocrystalline Films | 10 |

Polycrystalline Films | 37 |

Copyright | |

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### Common terms and phrases

activity addition alloys applied approximation average beam becomes calculated compaction component composition compression concentration considered constant copper correlation corresponding crystal cubic curve decreases defined deformation density dependence determined diffraction diffusion direction discussed dislocation disorder distribution effect electron elements energy enthalpy entropy equations example experimental expression factor fault field Figure forged function given gives increases influence interaction jump lattice material measurements mechanism metal method neighbor observed obtained occurs oriented parameter partial pattern phases Phys plane polycrystalline position possible powder present probability production properties random ratio reflections region relative respectively shown in Fig shows single crystals sintered solid solution solute atoms solvent specimen strain strengthening stress structure Substituting surface Table temperature theoretical theory thermodynamic thin films tracer twin vacancy values variations volume yield