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Direct methods in crystallography
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Physical metallurgy.
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Crystal structures
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Structure and properties of inorganic solids,
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The calculation of atomic structures.
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Advances in immunology.
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Perspectives in materials research
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Physical properties of crystals, their representation by tensors and matrices.
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Atomic theory for students of metallurgy
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Covalent bonding in crystals, molecules, and polymers
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Irreducible representations of the space groups
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Crystallography and crystal perfection;
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Growth of crystals
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Growth of crystals
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Principes de radiocristallographie; identification des corps et détermination de leur structure par la diffraction des rayons X; corps minéraux et organiques, substances biologiques en général, acides, nucléiques, protéines, virus.
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An introduction to radiation counters and detectors.
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Advanced methods of crystallography.
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Corrosion fatigue: mechanics, metallurgy, electrochemistry, and engineering.
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Corrosión.
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Physical metallurgy of uranium
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Atomic physics.
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Atomic and electronic structure of surfaces: theoretical foundations.
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Concepts in surface physics.
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Physical metallurgy.