Richter / Schwedt EMC 2008

Vol 2: Materials Science
1. Auflage 2008
ISBN: 978-3-540-85226-1
Verlag: Springer-Verlag
Format: PDF
Kopierschutz: Adobe DRM (»Systemvoraussetzungen)

E-Book, Englisch, 870 Seiten

Proceedings of the14th European Microscopy Congress, held in Aachen, Germany, 1-5 September 2008. Jointly organised by the European Microscopy Society (EMS), the German Society for Electron Microscopy (DGE) and the local microscopists from RWTH Aachen University and the Research Centre Jülich, the congress brings together scientists from Europe and from all over the world. The scientific programme covers all recent developments in the three major areas of instrumentation and methods, materials science and life science.

Autoren/Hrsg.

Richter, Silvia

Schwedt, Alexander

Inhaltsverzeichnis

1;Preface Volume 2: Materials Science;5
2;Content;6
3;Direct observation of atomic defects in carbon nanotubes and fullerenes;38
4;Atomic studies on ferroelectric oxides by aberration corrected transmission electron microscopy;40
5;Dark-field electron holography for the measurement of strain in nanostructures and devices;42
6;Some device challenges towards the 22nm CMOS technology;44
7;Off-axis electron holography for the analysis of nm- scale semiconductor devices.;46
8;Influence of the oxide thickness on the SiO2/ Si interface structure;48
9;Challenges to TEM in high performance microprocessor manufacturing;50
10;Strain study in transistors with SiC and SiGe source and drain by STEM nano beam diffraction;52
11;Cluster growth and luminescence in ion-implanted silica;54
12;Coherence Measurements of Bulk and Surface Plasmons in Semiconductors by Diffracted Beam Holography;56
13;Comparison of 3D potential structures at different pn- junctions in FIB- prepared silicon and germanium samples measured by electron- holographic tomography;58
14;EELS analyses of metal-inserted high-k dielectric stacks;60
15;Low voltage SEM observations of the dopant contrast in semiconductors;62
16;NiSi2/ Si interface chemistry and epitaxial growth mode;64
17;Detailed investigation of a tunnel oxide defect in a flash memory cell using TEM- tomography;66
18;Overgrowth of the Mn4Si7 phase on/ around the hexagonal SiC and cubic MnSi impurity phases in the Mn4Si7/ Si films;68
19;HR-STEM EELS analysis of silicon 32 nm technology using a TITAN with a probe Cs corrector;70
20;Tomographic analysis of a FinFET structure;72
21;STEM EELS/EDX dopant analysis of nm-scale Si devices;74
22;Electron beam induced damage: An atom- by- atom investigation with TEAM0.5;76
23;The atomic structure of GaN-based quantum wells and interfaces;78
24;Using TEM to investigate antiphase disorder in GaP films grown on Si( 001);80
25;TEM characterization of InAs/GaAs quantum dots capped by a GaSb/ GaAs layer;82
26;The microstructure of (0001)GaN films grown by molecular beam epitaxy from a nanocolumn precursor layer;84
27;Compositional and Morphological Variation in GaN/ AlN/ AlGaN Heterostructures;86
28;TEM/STEM/EFTEM imaging and Valence Electrons Spectroscopy analysis of Ultra Low- K dielectrics;88
29;Epitaxial Orientations of GaN Grown on R-plane Sapphire;90
30;Microstructure and growth model of MBE- grown InAlN thin films;92
31;Silicon carbide modulated structures as a result of the introduction of 8H bands in a 4H matrix;94
32;HRTEM study of AlN/ 3C- SiC heterointerfaces grown on Si( 001) and Si( 211) substrates;96
33;Electron microscopy of GaAs/AlGaAs quantum cascade laser;98
34;Solving the crystal structure of highly disordered Sn3P4 by HRTEM;100
35;Determination of In-distribution in InGaAs quantum dots;102
36;Nanoanalytical investigation of the dielectric gate stack for the realisation of III- V MOSFET devices.;104
37;Phase mapping of uncapped InN quantum dots;106
38;STEM investigations of (In,Ga)N/GaN quantum wells;108
39;Defects in m-plane GaN layers grown on (100) .-LiAlO2;110
40;Improvements on InP epilayers by the use of monoatomic hydrogen during epitaxial growth and successive annealing;112
41;Study of microstructure and strain relaxation on thin InXGa1-xN epilayers with medium and high In contents;114
42;Convergence of microscopy techniques for nanoscale structural characterization: an illustration with the study of AlInN;116
43;TEM analyses of microstructure and composition of AlxGa1-xN/GaN distributed Bragg reflectors;118
44;TEM study of quaternary InGaAsN/GaAs quantum well structures grown by molecular beam epitaxy;120
45;Lattice polarity and capping of GaN dots studied by Z- contrast imaging;122
46;Investigation of swift ions damage in wide band gap wurtzite semiconductors;124
47;A TEM analysis of the damage formation in thin GaN and AlN layers during rare earth ion implantation at medium range energy;126
48;Characterization and modelling of semiconductor quantum nanostructures grown by droplet epitaxy;128
49;Transmission Electron Microscopy Investigation of Self- Organized InN Nano- columns;130
50;Investigations on a dilute magnetic semicondutor (Ga1-xMnxAs) by conventional TEM and EELS;132
51;About the determination of optical properties using fast electrons;134
52;Mapping uncompensated spins in exchange-biased systems by high resolution and quantitative magnetic force microscopy;136
53;Ferroelectric materials and structures suitable for data storage: The role of microscopies in establishing preparation- microstructure- property relations;138
54;Electronic structures at Magnetic Tunnel Junction interfaces: EELS experiments and FEFF calculations;140
55;Stability and reaction of magnetic sensor materials studied by atom probe tomography;142
56;Transmission Electron Microscopy Analysis of Tunnel Magneto Resistance Elements with Amorphous CoFeB Electrodes and MgO Barrier;144
57;Study of the intermixing of Fe–Pt multilayers by analytical and high- resolution transmission electron microscopy;146
58;Exploring structural dependence of magnetic properties in FePt nanoparticle by Cs- corrected HRTEM;148
59;Understanding the Chemistry of Molecules in Nanotubes by Transmission Electron Microscopy;150
60;Electrical and mechanical property studies on individual low- dimensional inorganic nanostructures in HRTEM;152
61;Atomic structure of SW-CNTs: correlation with their growth mechanism and other electron diffraction studies;154
62;TEM investigation ofSe nanostructures in/on Acetobacter xylinum cellulose gel- film;156
63;In-situ electron irradiation studies of metal- carbon nanostructures;158
64;Application of 80kV Cs-corrected TEM for nanocarbon materials;160
65;Control of gold surface diffusion on Si nanowires;162
66;Nanowires of Semiconducting Metal-oxides and their Functional Properties;164
67;Phase relations in the Fe–Bi–O system under hydrothermal conditions;166
68;Dose dependent crystallographic structure of InAs nanowires;168
69;HRTEM simulations of planar defects in ZnTe nanowires;170
70;A universal method for determination of helicities present in unidirectional groupings of graphitic or graphitic- like tubular structures;172
71;Microstructure of (112) GaAs nanorods grown by MBE;174
72;Structural characterization of ZnO nanorods grown on sapphire substrate by MOCVD;176
73;Nucleation of Metal Clusters on Carbon Nanotubes;178
74;EDX and linescan modelling for core/shell GaN/AlGaN nanowire analysis;180
75;Mo6S9-xIx nanowires: structure studies by aberration corrected high resolution TEM and STEM;182
76;Discrete Atom Imaging in Carbon Nanotubes and Peapods Using Cs- Corrected TEM Operated at 100keV;184
77;Extended Defects in Semiconductor Nanowires;186
78;Surface chemistry along a single silicon nanowire: Quantitative x- ray photoelectron emission microscopy ( XPEEM) of the metal catalyst diffusion;188
79;TEM characterization of metallic Ni nanoshells grown on gold nanorods and on carbon nanotubes;190
80;Electron Irradiation Effects in Carbon Nanostructures: Surface Reconstruction, Extreme Compression, Nanotube Growth and Morphology Manipulation;192
81;Crystallographic phase and orientation analysis of GaAs nanowires by ESEM, EDS, TEM, HRTEM and SAED;194
82;3-Dimensional Morphology of GaP-GaAs nanowires;196
83;Characteristics of Indium-Catalyzed Si Nanowires;198
84;HRTEM contribution to the study of extraterrestrial nanocarbons and some earth materials analogues;200
85;Time resolved in-situ TEM observations of Carbon Nanotube growth;202
86;Insulator-Metal transition: formation of Diamond Nanowires in n- type Conductive UNCD films;204
87;Field emission from iron-filled carbon nanotubes observed in-situ in the scanning electron microscope;206
88;Templated ordering of fullerenes on nanostructured oxide surfaces;208
89;Carbon nanostructures produced by chlorination of Cr3C2 and Cr(acac);210
90;Structural peculiarities of carbon onions, formed by different methods;212
91;Electron Energy Loss Spectroscopy of La@ C82 peapods;214
92;HRTEM studies of Y-junction bamboo-like CN-nanotubes;216
93;EF-TEM observation of biological tissue for risk assessment of fullerene nanoparticles;218
94;Looking at the surface of catalysts nanopowders;220
95;Gathering structural and analytical information on catalysts at sub- nanometer level with TEM;222
96;Size effect and influence of nanoparticles thickness on order/ disorder phenomena in CoPt nanoparticles;224
97;L10 ordering of FePt nanoparticles;226
98;Characterization of indium doped zinc oxide nanorods;228
99;Adsorbate-induced restructuring on Pt nanoparticles studied by environmental transmission electron microscopy;230
100;EELS in monochromated and Cs probe corrected TEM: a relevant alternative to soft- XAS in synchrotron to investigate nanostructures;232
101;Atomic-resolution Electron Microscopy at Ambient Pressure;234
102;Development of a system for TEM/STEM investigation of air- sensitive materials: Preliminary results on CeO2 reduction behaviour;236
103;Characterization of two new zeolites by combining Electron Microscopy and X- Ray Powder Diffraction analyses;238
104;Electron beam-induced effects on copper nanoparticles: coarsening and generation of twins;240
105;Role of the catalyst and substrate in nucleation and growth of Single Wall Carbon Nanotubes in HFCVD;242
106;PEMFC degradation phenomena studied by electron microscopy;244
107;TEM investigation of magnetite nanoparticles for biomedical applications;246
108;Catalytic soot oxidation studied by Environmental Transmission Electron Microscopy;248
109;Surface and interface structure of ceria supported ruthenium;250
110;Characterisation of materials with applications in the photocatalytic activation of water;252
111;Complementary EM study on highly active nanodendritic Raney- type Ni catalysts with hierarchical build- up;254
112;Structural properties of sol-gel synthesized Li+-doped titania nanowhisker arrays;256
113;Quantitative strain determination in nanoparticles using aberration- corrected HREM;258
114;Morphological characterization by HRTEM and STEM of Fe3O4 hollow nano- spheres;260
115;Direct observation of surface oxidation of Rh nanoparticles on ( 001) MgO;262
116;Characterization of catalyst poisoning in biodiesel and conventional diesel fuelled vehicles;264
117;TEM Characterisation of Highly Luminescent CdS Nanocrystals;266
118;Structure and composition of dilute Co-doped BaTiO3 nanoparticles;268
119;CoxFe3-xO4 catalytic materials for gaz sensors;270
120;(S)TEM investigation on the role of alumina dopants to prevent redox activity decay at high temperature in CePrOx / doped- Al2O3 catalysts;272
121;Sulfated Zirconia Catalysts: Structure and Performance Relationship, a TEM Study;274
122;A novel procedure for an accurate estimation of the lattice parameter of supported metal nanoparticles from the analysis of plan view HREM images;276
123;Microstructure of Pt particles and aggregates deposited on different carbon materials for fuel cells application;278
124;Low-loss-energy EFTEM imaging of triangular silver nanoparticles;280
125;Microstructure of cobalt nanocluster arrays fabricated by solid- state dewetting;282
126;Size Effect in Gold Nanoparticles Investigated by Electron Holography and STEM;284
127;Post-Mortem investigation of Fischer Tropsch catalysts using cryo- transmission electron microscopy;286
128;TEM Investigations on Cu-impregnated Zeolite Y catalysts via chloride free preparation;288
129;Coarsening of mass-selected Au clusters on amorphous carbon at room temperature;290
130;TEM investigations on Ni clusters electrodeposited on Carbon substrate;292
131;Near-surface structure of FePt nanoparticles;294
132;Overgrowth of gold nanorods: From rods to octahedrons;296
133;Reactive Diffusion under Laplace Tension in Spherical Nanostructures;298
134;Preparation and characterization of palladium nanoparticles with various size distributions;300
135;Electron microscopy for the characterization of nanoparticles;302
136;Titanium dioxide nanoparticles prepared from TiOSO4 aqueous solutions;304
137;Exploring nanoscale ferroelectricity in isolated and interacting colloidal ferroelectric nanocrystals using electron holography;306
138;STEM investigation on the one-pot synthesis of nanostructured CexZr1-xO2-BaO·nAl2O3 catalytic materials;308
139;Enhanced stability against oxidation due to 2D self- organisation of hcp cobalt nanocrystals;310
140;Loaded porous Zn4O(bdc)3 (metal@MOF-5) frameworks characterised by TEM;312
141;Growth behaviour of sub-nm sized focused electron beam induced deposits;314
142;Ruthenium deposition on CO2 - treated and untreated carbon black investigated by electron tomography;316
143;Size-dependent crystallinity and relative orientations of nano-Pt/.-Al2O3;318
144;Formation of nanometer-sized porous GaSb particles by vacancy clustering induced by electronic excitation;320
145;Structural investigations of membrane electrode assemblies in fuel cells via environmental scanning electron microscopy;322
146;In situ TEM nanocompression testing;324
147;Physical measurements on an individual nanostructure in a TEM nanolaboratory;326
148;TEM study of nanostructured BZO templates in ( 001)- LAO and ( 001)- STO substrates for the growth of superconducting YBCO films;328
149;Hydrothermal synthesis and characterisation of single crystal a-Fe2O3 nanorods;330
150;GaAs NWs and Related Quantum Heterostructures Grown by Ga- Assisted Molecular Beam Epitaxy: Structural and Analytical Characterization;332
151;A method for in-situ electrical measurements of thin film heterostructures using TEM and SEM;334
152;Electron Beam Nanofabrication and Characterization of Iron Compounds;336
153;TEM analysis of the chemical gradient in ( Zn, Mn) Te/ ZnTe nanowires;338
154;Structural and morphological characterization of GaN/ AlGaN quantum dots by transmission electron microscopy;340
155;Structure and stability of core-shell AuAg nanopartciels;342
156;In-situ studies on electrical and mass transport in multi- wall carbon and vanadium oxide nanotubes;344
157;Electron microscopy of nano-magnesium produced by Inert Gas Condensation for hydrogen storage;346
158;Two Different Structures of Crystalline Mesoporous Indium Oxide Obtained by Nanocasting Process;348
159;Measuring electrical properties of carbon nanotubes using liquid metal immersion, an in situ scanning electron microscopy study;350
160;TEM characterization of biogenic metal nanoparticles;352
161;On the structure of VxOy supported on multiwalled carbon nanotubes;354
162;Hexahedral nano-cementites catalysing the growth of carbon nanohelices;356
163;Investigation of organic/inorganic interfaces using nano- analytical transmission electron microscopy;358
164;Cationic ordering and interface effects in superlattices and nanostructured materials;360
165;Strain in SrTiO3 layers embedded in a scandate/ titanate multilayer system;362
166;Anisotropic growth of CGO islands on the ( 001)- LaAlO3 surface;364
167;Diffraction contrast imaging and high resolution transmission electron microscopy of multiferroic thin films and heterostructures;366
168;Imaging of compositional defects at silicide-silicon interfaces using aberration corrected HAADF;368
169;Characterization of nanometric oxide particles extracted from a steel surface onto a carbon replica;370
170;TEM characterization of textured silicon heterojunction solar cells;372
171;Investigation of the change in the microstructure of thin p- type Bi- Sb- Te thermoelectric films after heat treatment;374
172;EM study on forming Inorganic film with Periodically Organized Mesopores upon Polymer film;376
173;Nanointerface analysis of hard coatings deposited by IBAD;378
174;Transrotational crystals growing in amorphous Cu-Te film;380
175;TEM investigation of sputtered indium oxide layers on silicon substrate for gas sensors;382
176;Microstructure of Sr4Ru2O9 thin films and Bi3.25La0.75Ti3O12/ Sr4Ru2O9 bilayers;384
177;Analysis of the LSM/YSZ interface on micro- and nano- scale by SEM, FIB/ SEM and ( S) TEM;386
178;ESI and HRTEM of chemical solution deposited (CSD)YBa2Cu3O7- d coated conductors;388
179;CTEM diffraction contrast of biaxially-textured La2Zr2O7 buffer layers on nickel substrates;390
180;TEM sample preparation of YBCO-coated conductors: conventional method and FIB;392
181;Nucleation and evolution of biepitaxial YBa2Cu3O7-d thin film grown on SrTiO3 and MgO substrates;394
182;An investigation of Al-Pb interfaces using probe- corrected high- resolution STEM;396
183;Spectrometric Full-Color Cathodoluminescence Electron Microscopy Study of Grain Boundaries of ZnO Varistor;398
184;Study of structural properties of Mo/ CuInS2/ ZnS used in solar cells by TEM;400
185;Texture analysis of silicide thin films: combining statistical and microscopical information;402
186;Statistical Tomography of 3D Thin Film Structure using Transmission Electron Microscopy;404
187;Analytical TEM investigations of Pt/YSZ interfaces;406
188;Microstructure and self-organization of nano-engineered artificial pinning centers in YBa2Cu3O7-x coated conductors;408
189;The determination of the interface structure between ionocovalent compounds: the general case study of the Al2O3- ZrO2 large misfit system;410
190;Simple method to improve quantification accuracy of energy- dispersive X- ray spectroscopy in an analytical transmission electron microscope by specimen tilting;412
191;Comparison of transmission electron microscopy methods to measure layer thicknesses to sub- monolayer precision;414
192;Determination of interface structure of YBCO/LCMO by a spherical aberration- corrected HRTEM;416
193;HREM characterization of BST-MgO interface;418
194;TEM investigations on novel shape memory systems with Ni- depletions;420
195;Crystalline-to-amorphous transformation in intermetallic compounds by severe plastic deformation;422
196;EELS quantification of complex nitrides in a 12 % Cr steel;424
197;Formation of ordered solid solution during phase separation in Cu- Ag alloy films;426
198;Precipitates and magnetic domains in an annealed Co38Ni33Al29 shape memory alloy studied by TEM;428
199;On the gallium accumulation at the boundaries of Al layers in FIB prepared TEM specimens;430
200;Precipitation in an Al-Mg-Ge Alloy;432
201;Interaction between dislocations and oxide precipitates in an aluminium containing ferritic stainless steel;434
202;Voids Associated with Nano-Particles of Tin in Aluminium;436
203;Influence of thermal treatments in microstructure and recrystallization peak energy of P/ M Al- Mg- X alloys;438
204;Analytical TEM of Nb3Sn Multifilament Superconductor Wires;440
205;3D Reconstruction of Ni4Ti3 Precipitates in Ni- Ti by FIB/ SEM Slice- and- View;442
206;Electron microscopy study of Mg78.5Pd21.5: a phase with nanothin 120 ° rotational twin domains;444
207;Analysing small precipitates in a ferritic steel matrix;446
208;Failure analysis of first stage land-based gas turbine blades;448
209;TEM investigation of microstructures in low-hysteresis Ti50Ni50-xPdx alloys with special lattice parameters;450
210;Evidence of silica layer at the interface between ferrite and the chromium oxide scale in oxidized Fe- Cr- Si alloys;452
211;Applying a classical 2 beam diffraction contrast method for measuring nanoprecipitate misfit;454
212;Microstructure and interface composition of .-phase in Co38Ni33Al29 shape memory alloy;456
213;Microstructural characterization of the aluminum alloy 6063 after work hardening treatments;458
214;Microstructure- mechanical property relationships in dual phase automotive strip steels;460
215;Electron diffraction analysis of nanocrystalline Fe-Al;462
216;Dual Beam and TEM characterisation of deformation structures in fatigued austenitic stainless steel;464
217;Microstructural characterisation of steel heat-treated by the novel quenching and partitioning process;466
218;Martensite tempering behaviour relevant to the quenching and partitioning process;468
219;Chemical and structural analysis of NiAl- Al2O3 interface by FETEM and STEM;470
220;TEM investigations of aluminum precipitate in eutectic Si of A356 based alloys;472
221;Microstructure of slow-cooled wedge-cast Cu58Co42 alloy with a metastable liquid miscibility gap;474
222;TEM investigations of Elektron 21 magnesium alloy after long- term annealing;476
223;Microstructure of AJ62 magnesium alloy after long- term annealing;478
224;EELS characterisation of the interface between nanoscaled ODS particles and matrix in advanced fusion steels;480
225;Microstructure-mechanical property relationships in a maraging 250 steel;482
226;Microstructure of Co-Ni based superalloys;484
227;Precipitation reactions in superferritic stainless steels;486
228;Effect of ageing in cold rolled superaustenitic stainless steels;488
229;Structure and properties of P/M material of AlMg – SiO2 system processed by mechanical alloying;490
230;Extrusion of rapidly solidified 6061 + 26 wt% Si alloy;492
231;TEM and EELS study of carbide precipitation in low alloyed steels;494
232;Microstructural analysis of plastically deformed complex metallic alloy .-AlMnNi;496
233;Electron microscopy analysis of Mn partitioning in retained austenite- martensite- bainite islands;498
234;TEM characterization of microstructures in a Ni2MnGa alloy;500
235;Nanocrystalline FeAl produced by high pressure torsion studied by TEM in 3D;502
236;HRTEM study of precipitates in Al-Mg-Si-(Ag, Cu) alloys;504
237;Martensite structure of non-stoichiometric Co2NiGa ferromagnetic shape memory alloy;506
238;Electron microscopy of Fe and FeB atomic clusters in the Fe- based amorphous alloys structure;508
239;Core/Shell Precipitates in Al-Li-Sc-Zr Alloys;510
240;Analysis of basic mechanisms of hardening in ODS EUROFER97 steel using in-situ TEM;512
241;TEM investigation on the acicular ferrite precipitation in .’-Fe4N nitride;514
242;Orientation Relationships between the d-ferrite Matrix in a Duplex Stainless Steel and its Decomposition Products: the Austenite and the . and R Frank-Kasper Phases;516
243;TEM study of localized deformation-induced disorder in intermetallic alloys of L12 structure;518
244;SEM and TEM study of dynamic recrystallisation of zirconium alloy;520
245;Effects of solution treatment and test temperature on tensile properties of high strength high Mn austenitic steels;522
246;Microstructure evolution during Ni/Al multilayer reactions;524
247;TEM investigation of severely deformed NiTi and NiTiHf shape memory alloys;526
248;TEM studies of nanostructured NiTiCo shape memory alloy for medical applications;528
249;TEM investigations of microalloyed steels with Nb, V and Ti after different treatments;530
250;Initial Stages of the . Phase Transformation;532
251;TEM study of the Ni-Ti shape memory micro-wire;534
252;Multi-scale observations of deformation twins in Ti6Al4V;536
253;Nd:YAG laser joining between stainless steel and nickel- titanium shape memory alloys;538
254;Focused Ion Beam application on the investigation of tungsten- based materials for fusion application;540
255;HRTEM of NiTi shape memory alloys made amorphous by high pressure torsion;542
256;Is the lattice structure of the martensite in nanocrystalline NiTi base centred orthorhombic?;544
257;TEM study of the NiTi shape memory thin film;546
258;Sub-nano analysis of fine complex carbide in high strength steel with probe Cs ( S) TEM;548
259;Characterization of morphology and microstructure of different kinds of materials at NTNU Mater Sci EM Lab;550
260;Characterization of a Ti64Ni20Pd16 thin film by transmission electron microscopy;552
261;Analytical electron microscopy investigations of a microstructure of single and polycrystalline ß-Mg2Al3 Samson phase;554
262;Grain boundary interfaces in ceramics;556
263;Structure and chemistry of nanometer-thick intergranular films at metal- ceramic interfaces;558
264;Studying nanocrystallization behaviour of different inorganic glasses using Transmission Electron Microscopy;560
265;HRTEM and Diffraction Analysis of Surface Phases in Nanostructured LiMn1.5Ni0.5O4 Spinel;562
266;The structural origin of the antiferroelectric properties and relaxor behavior of Na0.5Bi0.5TiO3;564
267;Electron beam probing of insulators;566
268;Characterization of Ge-based clathrates oxidized in air by means of TEM and SEM;568
269;Microstructure analysis of thin Cr2AlC films deposited at low temperature by magnetron sputtering;570
270;Study of structural variation in YBaCo4O7+ by electron diffraction;572
271;Exsolution phenomena in glass-ceramic systems;574
272;Transmission Electron Microscopy Studies of Lead- Free Ferroelectrics in the System BNT- BT-KNN;576
273;ReO3- related aluminum tungsten oxides showing a novel type of crystallographic shear structure;578
274;Structural Characterisation by TEM of a New Homologous Series Bi2n+4MonO6(n+1); n=3,4,5 and 6;580
275;Structural characterisation of a new rich iron layered oxide TleSr25-eFe30O76-x;582
276;EBSD studies of stress concentrations in ferroelectrics;584
277;High-resolution pictures of nucleation growth triangle of 180 ° ferroelectric domain wall in a thin film of LiTaO3 obtained by Lorentz DPC- STEM;586
278;Size and structure of barium halide nano-crystals in optically active fluorozirconate- based glasses;588
279;Domain Structure And Microstructure Development of BaTiO3 Doped With Rare- Earth Dopants;590
280;SEM and EDS Analysis of BaTiO3 Doped With Yb2O3 and Ho2O3;592
281;Structure and superconductivity of Pr-Ba-Cu-O crystals prepared by ambient pressure synthesis using citrate pyrolysis method;594
282;Electron Diffuse Scattering in epitaxially grown SrTiO3 thin film;596
283;Investigation of the hydration of calciumsulfate hemihydrates with different microscopic methods;598
284;Investigation of holes in calciumsulfate-hemihydrate crystals by different microscopic methods;600
285;Analytical and high-resolution TEM investigation of Boron- doped CeO2;602
286;Accommodation of the compositional variations in the Ca1-xSrxMnO3-d (0=x=1, 0=d=0.5) system;604
287;Evidence of SrO(SrTiO3)n Ruddlesden-Popper Phases by High Resolution Electron Microscopy and Holography;606
288;New Barium Antimony Aluminates evidenced by TEM techniques;608
289;(Multi-)ferroic domain walls– a combined ab-initio and microscopical investigation;610
290;Diagnostic of Li battery cathode by EELS, first principles calculation and spectrum- imaging with multi- variate analysis;612
291;Local electronic structure analysis on Ce3+-containing materials by TEM- EELS and first principles calculations;614
292;Local chemical inhomogeneities in NaNb1-xTaxO3 as observed by HRTEM and HAADF-STEM;616
293;The influence of lanthanum doping on the structure of PbZr0.9Ti0.1O3 ceramics;618
294;Anomalous absorption of electrons during electron diffraction on BaTiO3 single crystals near phase transition at 120 ° C;620
295;Template-assisted synthesis and characterization of SrTiO3 nanostructures;622
296;(S)TEM/EELS characterisation of a multilayer C/ Cr PVD coating;624
297;High resolution imaging of magnetic structures in a TEM – what is possible?;626
298;Phase segregation leading to spontaneous outcropping of (Sr,La)Ox dots in La1-xSrxMnO3 films;628
299;Microstructure of epitaxially strained LaCoO3 thin films;630
300;Are the samples really flat? Influence of the supporting membrane on the magnetization of patterned micromagnets;632
301;HRTEM characterization of core-shell Fe@C and Fe@ SiO2 magnetic nanoparticles prepared by the arc- discharge plasma method;634
302;Nanofabrication of ferromagnetic nanotips and nanobridges by 2D and 3D electron- beam cutting;636
303;An investigation into the crystallization of the MgO barrier layer of a magnetic tunnel junction;638
304;FeCoAlN films with induced magnetic anisotropy;640
305;The martensitic microstructure of 5M and NM martensites in off- stoichiometric Ni2MnGa ferromagnetic shape memory alloys;642
306;TEM characterization of nanometer-sized Fe/MgO granular multilayer thin films grown by pulsed laser deposition;644
307;Structural modification and self-assembly of nanoscale magnetite synthesised in the presence of an anionic surfactant;646
308;Electron microscopy phase retrieval of perpendicular magnetic anisotropy ( PMA) FePd alloys;648
309;Magnetic domain wall propagation in nanostructures of alloys with perpendicular magnetic anisotropy;650
310;The effect of annealing in the microstructure and magnetic properties of NiCuZn ferrites;652
311;Microstructural and compositional analyses of nano- structured Co- Pt thin films;654
312;L10- type ordered structure of FePd nanoparticles studied by high- resolution transmission electron microscopy;656
313;Structural and chemical characterization of Co- doped ZnO layers grown on Si and sapphire;658
314;TEM studies of cobalt-doped zinc oxide films;660
315;Nanocrystallization of amorphous Fe40Ni38B18Mo4 alloy;662
316;Structural and compositional properties of Sm- Fe- Ta magnetic nanospheres prepared by pulsed- laser deposition at 157 nm in a N2 atmosphere;664
317;Characterization of Ni-Mn-Ga magnetic shape memory alloys using electron holography and Lorentz microscopy;666
318;Energy Loss Magnetic Chiral Dichroïsm (EMCD) for magnetic material;668
319;Determining the nanoscale chemistry and behavior of interfaces and phases in Al- Si(- Cu- Mg) nanoparticles using in- situ TEM;670
320;Dislocations in AlPdMn quasicrystals: contrast in TEM and physical properties;672
321;Characterization of a-plane GaN films grown on r- plane sapphire substrate by electron microscopy;674
322;A method for atomistic/continuum analysis of defects in large HRTEM images;676
323;High resolution electron microscopy of interfaces in ultrafine microstructures of Zr and Ti based alloys;678
324;Anisotropic strain relaxation in (110) La2/3Ca1/3MnO3 thin films;680
325;Metadislocations in complex metallic alloys: core structures investigated by aberration- corrected scanning transmission electron microscopy;682
326;TEM of high pressure torsion processed intermetallic Zr3Al;684
327;Multiscale characterisation of the plasticity of Fe- Mn- C TWIP steels;686
328;Misfit analysis of the InN/GaN interface through HRTEM image simulations;688
329;Application of TEM for Real Structure Determination of Rare Earth Metal Compounds;690
330;Quantitative Dislocation Analysis of 2H AlN:Si grown on ( 0001) Sapphire;692
331;Transrotational crystals in crystallizing amorphous films: new solid state order or novel extended imperfection;694
332;Determination of precise orientation relationships between surface precipitates and matrix in a duplex stainless steel;696
333;Interfaces in Cu(In,Ga) Se2 thin film solar cells;698
334;In-situ electron beam irradiation of nanopipes in GaN;700
335;The atomic structure of an incommensurate (001)-(110) Si grain boundary resolved thanks to a probe Cs- corrector;702
336;Atomic structure and dopant segregation of [0001] tilt grain boundaries in ZnO bicrystals;704
337;TEM study of strain and defect engineering with diluted nitride semiconductors;706
338;Investigation of the Co-Precipitation of Copper and Nickel in Silicon by Means of Transmission Electron Microscopy;708
339;Micro-structure analysis of a friction-stir welded 2024 aluminium alloy using electron microscopy;710
340;Deformation defects in a metastable ß titanium alloy;712
341;Defect generation and characterization in 4H-SiC;714
342;Investigation of defects in polymorph B enriched zeolite Beta;716
343;Optimizing electron diffraction and EDS for phase identification in complex structures: application to multilayered Ti- Ni- P coatings;718
344;Advanced analytical transmission electron microscopy to investigate the nano- graded materials properties;720
345;Characterisation of Nickel Nanocomposites by SEM, TEM and EBSD;722
346;Characterisation of Gold Nanocomposites by SEM, TEM and EBSD;724
347;Alumina Coatings as Protection against Corrosive Atmosphere;726
348;Advanced Multilayer Systems for X-ray Optics: Quality Assessment by TEM;728
349;Surface investigation of SU-8 by atomic force and scanning electron microscopy;730
350;SEM and TEM investigations of electrophoretical deposited Si3N4 and SiC particles in siloxane of steel substrate;732
351;Contribution of electron microscopy techniques to the chemical and structural characterization of TiC/ a- C nanocomposite coatings;734
352;TEM investigations of the Ti/TiN multilayered coatings deposited on the Ti- 6Al- 7Nb alloy;736
353;Microstructural examination of Al and Cr alloyed zinc coatings on low carbon steels;738
354;Study of the structure and high temperature oxidation resistance of high alloyed tool steels;740
355;A comparative study of NiCrBSi and Al coated steels with thermal spray process in different environments;742
356;Microscopical study of the influence of zinc addition on the structure of WO3;744
357;Microstructural Studies by Electron Microscopy Techniques of TiAlSiN Nanostructured Coatings;746
358;Structural and interface studies of a nano-scale TiAlYN/ CrN/ alumina coating;748
359;An investigation of SiC-fiber coatings;750
360;HRTEM-EELS study of atomic layer deposited thin rare earth oxide films for advanced microelectronic devices;752
361;New Fullerene like materials for tribological applications: TEM and EELS study;754
362;Phase determination of nanocrystalline Al-Cr-O coatings by analytical TEM;756
363;Bioinspired synthesis of nanostructures based on S- layer lattices;758
364;Direct Imaging of Carbon Nanoparticles inside Human Cells;760
365;Micro- and Nano-Textured Surfaces on Ti-Implants Made by Various Methods;762
366;Determination of the biocompatibility of biomaterials by scanning electron microscopy ( SEM);764
367;Quantitative evaluation of the long-term marginal behaviour of filling restorations of human teeth using three- dimensional scanning electron microscopy;766
368;The analysis of Si doped hydroxyapatite coatings using FIBSEM, TEM and RHEED;768
369;Electron microscopic investigations of the polymer/mineral composite material nacre;770
370;Studies on the microstructure of fresh-cut melon;772
371;Ceramic-loaded mineralizing bioresorbable polymers for orthopaedic applications;774
372;AFM and TEM study of Ag coated insulin-derived amyloid fibrils;776
373;Transmission Electron Microscopy studies of bio-implant interfaces using Focused Ion Beam microscopy for sample preparation;778
374;AFM and SEM of Wax Crystallisation on Artificial Surfaces Controlled by Temperature and Solvents;780
375;Characterization of layer-by-layer microcapsules made of hyaluronic acid by CLSM, SEM and TEM;782
376;Atomic force microscopy analysis of crystalline silicon functionalization with oligonucleotides;784
377;Hidden hierarchy of microfibrils within fluorapatite gelatine nanocomposites induced by intrinsic electric dipole fields;786
378;Self-assembled block copolymer structures studied by transmission electron microtomography;788
379;Quantitative chemistry and orientation of polymers in 2- d and 3- d by scanning transmission X- ray microscopy;790
380;Characterization of cavitation processes in filled semi- crystalline polymers;792
381;Quantitative analysis of protein gel structure by confocal laser scanning microscopy;794
382;Thermal stability of organic solar cells: the decay in photocurrent linked with changes in active layer morphology;796
383;Determining absorptive potential variation in electron beam sensitive specimens using a single energy- filtered bright- field TEM image;798
384;Elemental distribution of soft materials with newly designed 120kV TEM/ STEM;800
385;Preparation of titanate nanotubes and their polymer composites;802
386;Nanometer size wear debris generated from ultrahigh molecular weight polyethylene;804
387;Analysis of nano-composites based on carbon nanoparticles imbedded in polymers;806
388;New developments in SEM for in situ tensile tests on polymers;808
389;A study of the spatial distributions of the carbon blacks in polypropylene composites using TEM- Tomography and quantitative image analysis;810
390;A study of the chain-folded lamellae structure and its array in the isotactic polypropylene spherulites by HAADF- STEM and HV- TEM Tomography techniques;812
391;Microstructural analysis of ultra-thin nanocomposite layers fabricated by Cu+ ion implantation in inert polymers;814
392;In-situ experiments on soft materials in the environmental SEM – Reliable results or merely damage?;816
393;Structural studies on V-amylose inclusion complexes;818
394;Multilamellar nanoparticles from PS-b-PVME copolymers;820
395;TEM/SEM characterisation of hybrid titanoniobiates used as fillers for thermoplastic nanocomposites;822
396;Phase transitions and ordering in liquid crystals – a case study;824
397;Study of degradation and regeneration of silicon polymers using cathodoluminescence;826
398;Orthogonal self-assembly of surfactants and hydrogelators: towards new nanostructures;828
399;Structure of particles formed during Se redox process in aqueous polymer solutions;830
400;Exploring the 3D organisation of high-performance organic solar cells;832
401;Morphological study on three kinds of two- dimensional spherulites of PBT;834
402;Solution-Grown Crystals of Optically Active Propene – Carbon Monoxide Copolymer;836
403;New insights into ultra-high pressure metamorphism from TEM studies;838
404;Characterization of a (021) twin in coesite using LACBED and precession electron diffraction;840
405;Rubens in the Prado National Museum: analytical characterization of ground layers;842
406;Development of the FIB-cryo-SEM approach for the in- situ investigations of the elusive nanostructures in wet geomaterials;844
407;TEM applied on the interface characterisation of the replacement reaction chlorapatite by hydroxyapatite;846
408;Quantitative study of valence states of zirconolites;848
409;Study of Organic Mineralogical Matter by Scanning Probe Microscopy;850
410;Research of Nanoparticle Aggregates from Water Colloidal Solutions of Natural Carbon Substances and Fullerenes by Atomic Force Microscopy;852
411;Diffusion in Synthetic Grain Boundaries;854
412;An examination of Van Gogh’s painting grounds using analytical electron microscopy – sem/ fib/ tem/ edx;856
413;Amorphisation in fresnoite compounds – a combined ELNES and XANES study;858
414;TEM study of Comet Wild 2 pyroxene particles collected during the stardust mission;860
415;The mechanism of ilmenite leaching during experimental alteration in HCl- solution;862
416;Microstructure and Texture from Experimentally Deformed Hematite Ore;864
417;Identifying pigments in the temple of Seti I in Abydos ( Egypt);866
418;Nanostructural study of ground layers of canvas of Rubens at “ El Prado” National Museum;868
419;Micro- and nano-diamond particles in carbon spherules found in soil samples;870
420;The use of FIB/TEM for the study of radiation damage in radioactive/ non- radioactive mineral assemblages;872
421;Non-destructive 3D measurements of sandstone’s internal micro- architecture using high resolution micro- CT;874
422;Author Index;876
423;Subject Index;896