Articles citing this paper
The Computer Generation of Electron Microscope Pictures of Dislocations
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109 articles found in Crossref database.
Applications of many beam systematic diffraction contrast in high voltage transmission electron microscopy
Chen L. J., Thomas G.
Physica Status Solidi (a). 1974 25(1). p.193
A Fast Method of Generating Simulated Many-Beam Dislocation Images
Cann C. D.
Proceedings, annual meeting, Electron Microscopy Society of America. 1974 32 p.348
Computed Electron Micrographs and Defect Identification (1973)
The Operative Glide Systems in β-NiAl During High Temperature Deformations
Rowe G. M.,
Ingram J., Strutt P. R.
Proceedings, annual meeting, Electron Microscopy Society of America. 1971 29 p.118
An analysis of the symmetries in electron microscope images of a sloping dislocation and its application as a method for dislocation characterization
Ingram J. C.,
Strutt P. R., Tzeng Wen-Shian
Physica Status Solidi (a). 1974 22(2). p.599
A new method of burgers vector identification from electron microscope images
Marukawa K.
Philosophical Magazine A. 1979 40(3). p.303
Contrast of a stacking fault in x-ray section topography study of the Laue-Bragg case
Epelboin Y.
Journal of Applied Physics. 1979 50(3). p.1312
Kontrastsimulationen für die Transmissionselektronenmikroskopie und ‐beugung mit elektronischen Rechenmaschinen
Schulze D.
Kristall und Technik. 1973 8(5). p.545
Methoden zur Interpretation des Elektronenbeugungskontrastes von Kristallbaufehlern mit Hilfe der dynamischen Kontrasttheorie
Lepski D.
Kristall und Technik. 1975 10(9). p.905
Identification of the Character of Crystal Lattice Defects by Transmission Electron Microscopy
FURUBAYASHI Ei-ichi
Tetsu-to-Hagane. 1972 58(2). p.343
Computers in field ion microscopy
Suvorov A. L.,
Razinkova T. L., Sokolov A. G.
Physica Status Solidi (a). 1980 61(1). p.11
Optical and electron microscopy of niobium crystals deformed below room temperature
Garratt-reed A. J., Taylor G.
Philosophical Magazine A. 1979 39(5). p.597
Imaging Processes and Coherence in Physics (1980)
Contrastes simulés au croisement de défauts d'empilement
Rocher André, Jouffrey Bernard
Revue de Physique Appliquée. 1969 4(4). p.525
Deformation of an ordered Fe-35·5 at. % Al alloy
Crawford R. C.
Philosophical Magazine. 1976 33(3). p.529
Electron diffraction contrast of small coherent particles. I. Ellipsoidal inclusion in an isotropic matrix
Lepski D.
Physica Status Solidi (a). 1974 23(2). p.543
Elastic misfit stress relaxation in In0.25Ga0.75As layers grown under tension on InP(0 0 1)
Jacob D.,
Androussi Y.,
Benabbas T.,
François P.,
Ferré D.,
Lefebvre A.,
Gendry M., Robach Y.
Journal of Crystal Growth. 1997 179(3-4). p.331
XPS—Investigation of contamination layers
Persy K., Gurker N.
Journal of Electron Spectroscopy and Related Phenomena. 1978 13(2). p.91
Dislocations in Extruded β′‐NiAl
Lloyd C. H., Loretto M. H.
physica status solidi (b). 1970 39(1). p.163
(1996)
Transmission Electron Microscopy (1984)
Ullmann's Encyclopedia of Industrial Chemistry (2001)
Shockley loops in epitaxial silicon
Ogden R.
Physica Status Solidi (a). 1972 14(2). p.K101
Metallography—A Practical Tool for Correlating the Structure and Properties of Materials (1974)
Frontiers of electron microscopy in materials science
Hirsch P.B.
Ultramicroscopy. 1991 37(1-4). p.1
50 Years of TEM of dislocations: Past, present and future
Hirsch P.,
Cockayne D.,
Spence J., Whelan M.
Philosophical Magazine. 2006 86(29-31). p.4519
Diffraction and Imaging Techniques in Material Science (1978)
Theory of Dislocation Cells. II. Dislocation Multipoles
Moore J., Kuhlmann-Wilsdorf D.
Journal of Applied Physics. 1971 42(3). p.953
Etude par microscopie électronique des dislocations dans le tellure déformé
Alexandre Broniatowski Par, Faivre Gabriel
Philosophical Magazine. 1974 30(4). p.765
New Developments in Semiconductor Physics (1988)
Diffraction and Imaging Techniques in Material Science (1978)
Field-ion microscope evidence for the existence of ana〈110〉 dislocation in iron
France L. K., Loretto M. H.
Philosophical Magazine. 1969 19(160). p.873
Handbuch Festkörperanalyse mit Elektronen, Ionen und Röntgenstrahlen (1979)
Analytiker-Taschenbuch (1996)
Two‐Dimensional Comparison of Electron Micrographs with Computer Calculations
Spring M. S., Steeds J. W.
physica status solidi (b). 1970 37(1). p.303
The Electron Diffraction Contrast of Overlapping Stacking Faults
Oppolzer Helmut, Skalicky Peter
Journal of the Physical Society of Japan. 1976 40(4). p.1112
Quantitative study of the contrast of dislocations in translation topographs–application to lithium formate monohydrate
Epelboin Y., Ribet M.
Physica Status Solidi (a). 1974 25(2). p.507
Nuclei of strain in a cubic material
Yoffe Elizabeth H.
Philosophical Magazine. 1970 21(172). p.833
Slip systems in the intermetallic compound Ti3Sn
Jones P. J., Edington J. W.
The Philosophical Magazine: A Journal of Theoretical Experimental and Applied Physics. 1973 27(2). p.393
The transmission electron microscope image contrast of epitaxial interfaces with small misfits
Auret F.D.,
Ball C.A.B., Snyman H.C.
Thin Solid Films. 1979 61(3). p.289
A survey of the role of the computer in X-ray analysis, electron microscopy and electron probe microanalysis
Dyson D.J.
Micron (1969). 1970 2(4). p.432
Investigations on ‘doping stacking fault’ pyramids
Vieweg-Gutberlet F.G., Wilhelm F.
Solid-State Electronics. 1973 16(2). p.191
Transmission Electron Microscopy (1993)
A review of the determination of dislocation parameters using strong‐ and weak‐beam electron microscopy
Nikolaichick V. I., Khodos I. I.
Journal of Microscopy. 1989 155(2). p.123
Some observations on the strong-beam contrast of dissociated dislocations
Skalicky P.,
Karnthaler H.-P., Priemer H.
Physica Status Solidi (a). 1974 22(1). p.167
Production of bicrystals of CdS and dislocation arrays in their grain boundaries
Echigoya J., Edington J.W.
Journal of Crystal Growth. 1983 62(1). p.113
Diffraction Physics (1995)
Diffraction contrast from coherent precipitates in elastically-anisotropic materials
Degischer H. P.
Philosophical Magazine. 1972 26(5). p.1137
Crystalline Defects in a B.C.T. Al2Cu(?) Single Crystal Obtained by Unidirectional Solidification along [001]
Bonnet R., Loubradou M.
physica status solidi (a). 2002 194(1). p.173
Materials Science and Technology (2006)
Synthesis, Crystal Growth and Characterization (1982)
Application of Modified Bloch Waves to Image Analysis of Extended Linear Defects
Nakahara S., Maher D. M.
Proceedings, annual meeting, Electron Microscopy Society of America. 1974 32 p.402
Simulation of images of spherical strain centres in X-ray section topographs
Green G. S.,
Fan Cui Shu, Tanner B. K.
Philosophical Magazine A. 1990 61(1). p.23
Elastic Misfit Strain Relaxation in Highly Strained InAs Dots on GaAs as Studied by Tem, AFM and VFF Atomistic Calculations
Androussi Y.,
Francois P.,
Lefebvre A.,
Priester C.,
Lefebvre I.,
Allan G.,
Lannoo M.,
Moison J. M.,
Lebouche N., Barthe F.
MRS Proceedings. 1994 355
The simulation of x-ray topographic images
Epelboin Y.
Progress in Crystal Growth and Characterization. 1987 14 p.465
The scattering of fast electrons by crystals
Humphreys C J
Reports on Progress in Physics. 1979 42(11). p.1825
Interpretation of TEM Images of Impurities in Electrodeposited Films
NAKAHARA Shohei
Hyomen Kagaku. 2000 21(4). p.203
Creep behavior of the heusler type structure alloy Ni2AlTi
Strutt P. R.,
Polvani R. S., Ingram J. C.
Metallurgical Transactions A. 1976 7(1). p.23
A rapid method for obtaining electron microscope contrast maps of various lattice defects
Thölén A. R.
Philosophical Magazine. 1970 22(175). p.175
Computer Simulation of Electron Microscope Images
Maher D. M.,
Perrin R. C., Bullough R.
physica status solidi (b). 1971 43(2). p.707
Surface energy and adhesion at metal contacts
Easterling K.E, Thölén A.R
Acta Metallurgica. 1972 20(8). p.1001
Some aspects of the static and dynamic compressive behaviour of ?-brass single crystals
Broom N. D., Titchener A. L.
Journal of Materials Science. 1975 10(8). p.1405
On the computer simulation of the electron microscopic diffraction contrast of dislocations in jog and dipole configurations
Scheerschmidt K., Heydenreich J.
Physica Status Solidi (a). 1977 42(1). p.47
Determination of the composition of coherently strained islands by transmission electron microscopy
Androussi Y,
Ferré D, Lefebvre A
Applied Surface Science. 2001 177(4). p.258
Computer simulation of images of undissociated dislocations in hexagonal metals
Jones P. J., Edington J. W.
Philosophical Magazine. 1972 25(3). p.729
Characterisation of Lattice Defects
Hirsch P.B.
Proceedings, annual meeting, Electron Microscopy Society of America. 1978 36(3). p.369
Many-beam contrast effects of dislocations
Skalicky P., Papp A.
Philosophical Magazine. 1972 25(1). p.177
Typical Electron Microscope Investigations (1976)
Angular helical dislocations in quenched β'-brass
Mokton A. J.
The Philosophical Magazine: A Journal of Theoretical Experimental and Applied Physics. 1970 22(177). p.483
Ana〈110〉 +a〈001〉 dislocation pair in beta-brass
Broom N., Humble P.
Philosophical Magazine. 1969 19(159). p.639
A method to identify dislocations in a known crystal structure by transmission electron microscopy
Zhang Yudong,
Wang Shiying,
Esling Claude,
Lecomte Jean-Sébastien,
Schuman Christophe,
Zhao Xiang, Zuo Liang
Journal of Applied Crystallography. 2011 44(6). p.1164
Influence of the elastic anisotropy on the contrast of dislocation images in electron microscopy and X-ray topography application to feldspars
Epelboin Y.,
Gandais M., Willaime C.
Physica Status Solidi (a). 1977 44(2). p.651
Etude en microscopie électronique du contraste des dislocations décorées dans des structures cubiques
Montheillet F.,
Haudin J. M., Frade G.
Physica Status Solidi (a). 1973 17(2). p.593
Electron Microscopy in Mineralogy (1976)
Defect Complexes in Semiconductor Structures (1983)
Electron microscopy of a low stacking fault energy alloy
Karnthaler H.P,
Hazzledine P.M, Spring M.S
Acta Metallurgica. 1972 20(3). p.459
Computer-simulated electron micrographs of crystal defects
Skalicky P.
Physica Status Solidi (a). 1973 20(1). p.11
The Elastic Anisotropy of CuZn as Determined by an Electron Microscope Study of Unstable Dislocations
Morton A. J., Head A. K.
physica status solidi (b). 1970 37(1). p.317
Calculations and observations of the weak‐beam contrast of small lattice defects
Häussermann F.,
Katerbau K. H.,
Rühle M., WILKENS M.
Journal of Microscopy. 1973 98(2). p.135
Handbook of Analytical Techniques (2001)
Electron Microscopy in Material Science (1971)
Representation of simulated X‐ray topographs by means of the FEAG 200 device
Härtwig J.,
Witt H.‐J., Bąk‐Misiuk J.
Crystal Research and Technology. 1988 23(10-11). p.1417
Accurate Computer Simulation of Electron Microscope Images
BULLOUGH R.,
MAHER D. M., PERRIN R. C.
Nature. 1969 224(5217). p.364
Pseudoelasticity and slip reversibility in DO3−ordered Fe–Al single crystals byin situexperiments
Kubin L. P.,
Fourdeux A.,
Guedou J. Y., Rieu J.
Philosophical Magazine A. 1982 46(3). p.357
Electron Diffraction Contrast from Three Parallel Overlapping Stacking Faults
Humble P.
physica status solidi (b). 1968 30(1). p.183
Electron Microscopy in Material Science (1971)
Interaction of Prismatic Dislocations and Intrinsic Faults
Clarebrough L. M.
physica status solidi (b). 1970 40(1). p.327
The influence of the degree of the deviation from the bragg condition on the visibility of dislocations in copper
Loretto M. H., France L. K.
Philosophical Magazine. 1969 19(157). p.141
Applications of computer simulation to materials research
Mishra N S, Ranganathan S
Proceedings of the Indian Academy of Sciences Section C: Engineering Sciences. 1979 2(1). p.1
Diffraction contrast behavior of grown-in dislocations in V3Si single crystals
Nakahara S.,
Mahajan S.,
Wernick J. H., Chin G. Y.
Journal of Applied Physics. 1979 50(5). p.3552
The weak-beam technique applied to superlattice dislocations in an iron—aluminium alloy
Ray I. L. F.,
Crawford R. C., Cockayne D. J. H.
Philosophical Magazine. 1970 21(173). p.1027
Antiphase boundary energies in iron-aluminium alloys
Crawford R. C., Ray I. L. F.
Philosophical Magazine. 1977 35(3). p.549
Some Factors Influencing the Visibility of Dislocations in Transmission Electron Microscopy
Loretto M. H., France L. K.
physica status solidi (b). 1969 35(1). p.167
Simulation of X-ray topographs
Epelboin Y.
Materials Science and Engineering. 1985 73 p.1
Observation of Dislocations in Tellurium by Transmission Electron Microscopy
Doukhan J. C.,
Doukhan N.,
Saada G., Thomas B.
physica status solidi (b). 1969 35(2). p.835
Ullmann's Encyclopedia of Industrial Chemistry (2005)
Strong- and weak-beam contrast from cuboidal inclusions
Melander A.
Physica Status Solidi (a). 1976 33(1). p.255
The determination of the 1/2 {110} antiphase boundary energy of NiAl
Campany R. G.,
Loretto M. H., Smallman R. E.
Journal of Microscopy. 1973 98(2). p.174
Stress relaxation in highly strained InAs/GaAs structures as studied by finite element analysis and transmission electron microscopy
Benabbas T.,
François P.,
Androussi Y., Lefebvre A.
Journal of Applied Physics. 1996 80(5). p.2763
A microdomain description of defective fluorite-type phasesCaxM1−xO2−x(M =Zr, Hf; x = 0.1–0.2)
Allpress J.G., Rossell H.J.
Journal of Solid State Chemistry. 1975 15(1). p.68
Transmission Electron Microscopy (1997)
Progress Report on Recent Advances in Physical Metallurgy: (B) Dislocation Morphology
Christian J. W.
International Metallurgical Reviews. 1973 18(1). p.24
Some Principles of Many-Beam Image Computations for Defective Crystals
Nakahara S.,
Maher D. M.,
Thomas L. E., Fisher R. M.
Proceedings, annual meeting, Electron Microscopy Society of America. 1974 32 p.346
A Technique for Displaying Theoretical Transmission Electron Microscope Images
Fillingham P. J.,
Leamy H. J., Maher D. M.
Proceedings, annual meeting, Electron Microscopy Society of America. 1971 29 p.96
Effect of anisotropy on the electron-microscope images of dislocations in cubic crystals
Nikolaichick V. I., Khodos I. I.
Philosophical Magazine A. 1985 52(4). p.451
Comparison between simulated weak-beam images: Application to the extinction criterion in elastically anisotropic crystals
Douin Joël,
Veyssière Patrick, Saada Georges
Philosophical Magazine A. 1998 77(5). p.1323
A New Method of Burgers Vector Identification for Grain Boundary Dislocations from Electron Microscopic Images
Marukawa Kenzaburo, Matsubara Yuji
Transactions of the Japan Institute of Metals. 1979 20(10). p.560
Precipitate structure analysis by diffraction contrast image matching for a metastable semicoherent carbide phase in molybdenum. I. Generating inelastic strain
Lepski D., Burck P.
Physica Status Solidi (a). 1981 64(2). p.625
Transmission Electron Microscopy (1989)
