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Physics of Solid Surfaces

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Table of Contents

  1. Altmetric Badge
    Book Overview
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    Chapter 1 Real-Time Embedded Computer Vision on UAVs
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    Chapter 1 General introduction
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    Chapter 2 Introduction to basic principles of surface structure theoretical simulation
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    Chapter 3 Physics mechanisms of the surface structure formation
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    Chapter 3 Onboard Hyperspectral Image Compression Using Compressed Sensing and Deep Learning
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    Chapter 4 Compilation of the theoretical frameworks for surface structure simulations
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    Chapter 4 SafeUAV: Learning to Estimate Depth and Safe Landing Areas for UAVs from Synthetic Data
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    Chapter 5 Aerial GANeration: Towards Realistic Data Augmentation Using Conditional GANs
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    Chapter 5 Determination of the total energy of a many-particle system
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    Chapter 6 Metrics for Real-Time Mono-VSLAM Evaluation Including IMU Induced Drift with Application to UAV Flight
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    Chapter 6 Basic numerical approaches for surface structure simulation
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    Chapter 7 ShuffleDet: Real-Time Vehicle Detection Network in On-Board Embedded UAV Imagery
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    Chapter 7 Comparing theoretically simulated and experimentally determined surface structures
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    Chapter 8 Application to prototypical homopolar semiconductor clean surfaces
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    Chapter 8 Joint Exploitation of Features and Optical Flow for Real-Time Moving Object Detection on Drones
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    Chapter 9 UAV-GESTURE: A Dataset for UAV Control and Gesture Recognition
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    Chapter 9 Application to prototypical heteropolar semiconductor clean surfaces
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    Chapter 10 Application to prototypical metal clean surfaces: the Au(110) 1 × 2 missing-row structure
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    Chapter 10 ChangeNet: A Deep Learning Architecture for Visual Change Detection
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    Chapter 11 DeeSIL: Deep-Shallow Incremental Learning
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    Chapter 11 Application to prototypical metal-oxide clean surfaces: the complex TiO2 (110) surface reconstruction
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    Chapter 12 Dynamic Adaptation on Non-stationary Visual Domains
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    Chapter 12 Conclusions about theoretical foundations and simulation of surface structures
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    Chapter 13 Domain Adaptive Semantic Segmentation Through Structure Enhancement
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    Chapter 13 Introduction to surface reconstruction and relaxation
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    Chapter 14 Clean surfaces of semiconductors: introductory remarks
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    Chapter 14 Adding New Tasks to a Single Network with Weight Transformations Using Binary Masks
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    Chapter 15 Homopolar cubic semiconductors: clean diamond surfaces C(100), C(110), and C(111)
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    Chapter 15 Generating Shared Latent Variables for Robots to Imitate Human Movements and Understand Their Physical Limitations
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    Chapter 16 Model Selection for Generalized Zero-Shot Learning
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    Chapter 16 Homopolar cubic semiconductors: clean silicon surfaces Si(100), Si(110), and Si(111)
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    Chapter 17 Multi-Domain Pose Network for Multi-Person Pose Estimation and Tracking
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    Chapter 17 Homopolar cubic semiconductors: clean germanium surfaces Ge(100), Ge(110), and Ge(111)
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    Chapter 18 Heteropolar cubic semiconductors: low-index surfaces of zinc blend compound semiconductors
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    Chapter 18 Enhanced Two-Stage Multi-person Pose Estimation
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    Chapter 19 Heteropolar Wurtzite type semiconductors
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    Chapter 20 Clean surfaces of oxides: introductory remarks
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    Chapter 21 Clean surfaces of titanium dioxide TiO2 and other rutile structures
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    Chapter 23 Bridging Machine Learning and Cryptography in Defence Against Adversarial Attacks
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    Chapter 23 Clean surfaces of rock salt oxides
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    Chapter 24 Bidirectional Convolutional LSTM for the Detection of Violence in Videos
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    Chapter 24 Clean surfaces of perovskites
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    Chapter 25 Are You Tampering with My Data?
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    Chapter 26 Clean surfaces of calcite-form oxides
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    Chapter 27 Clean surfaces of metals: introductory remarks
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    Chapter 27 Give Ear to My Face: Modelling Multimodal Attention to Social Interactions
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    Chapter 28 Relaxation of the clean surfaces of metals
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    Chapter 28 Investigating Depth Domain Adaptation for Efficient Human Pose Estimation
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    Chapter 29 Filling the Gaps: Predicting Missing Joints of Human Poses Using Denoising Autoencoders
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    Chapter 29 Reconstruction at the clean surfaces of metals
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    Chapter 30 Pose Guided Human Image Synthesis by View Disentanglement and Enhanced Weighting Loss
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    Chapter 30 Introduction to structural defects at surfaces
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    Chapter 31 A Semi-supervised Data Augmentation Approach Using 3D Graphical Engines
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    Chapter 31 Structure of domain boundaries: metals: Au
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    Chapter 32 Structure of domain boundaries: metals: Fe
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    Chapter 32 Towards Learning a Realistic Rendering of Human Behavior
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    Chapter 33 Structure of domain boundaries: metals: Ga
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    Chapter 33 Human Action Recognition Based on Temporal Pose CNN and Multi-dimensional Fusion
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    Chapter 34 Rendering Realistic Subject-Dependent Expression Images by Learning 3DMM Deformation Coefficients
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    Chapter 34 Structure of domain boundaries: metals: Ir
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    Chapter 35 Structure of domain boundaries: metals: Pt
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    Chapter 35 Deep Multitask Gaze Estimation with a Constrained Landmark-Gaze Model
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    Chapter 37 Generating Synthetic Video Sequences by Explicitly Modeling Object Motion
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    Chapter 37 Structure of domain boundaries: group IV elements and IV–IV compounds: diamond
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    Chapter 38 A Semi-supervised Deep Generative Model for Human Body Analysis
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    Chapter 38 Structure of domain boundaries: group IV elements and IV–IV compounds: Si
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    Chapter 39 Role of Group Level Affect to Find the Most Influential Person in Images
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    Chapter 39 Structure of domain boundaries: group IV elements and IV–IV compounds: Ge
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    Chapter 40 Structure of domain boundaries: group IV elements and IV–IV compounds: SiC
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    Chapter 40 Residual Stacked RNNs for Action Recognition
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    Chapter 41 Semantically Selective Augmentation for Deep Compact Person Re-Identification
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    Chapter 42 Recognizing People in Blind Spots Based on Surrounding Behavior
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    Chapter 43 Structure of domain boundaries: II–VI compounds: CdTe, HgTe
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    Chapter 43 Visual Relationship Prediction via Label Clustering and Incorporation of Depth Information
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    Chapter 44 Structure of domain boundaries: binary oxides: Al2O3
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    Chapter 44 Human-Centric Visual Relation Segmentation Using Mask R-CNN and VTransE
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    Chapter 45 Learning Spatiotemporal 3D Convolution with Video Order Self-supervision
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    Chapter 46 What Was Monet Seeing While Painting? Translating Artworks to Photo-Realistic Images
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    Chapter 46 Structure of domain boundaries: binary oxides: Fe3O4
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    Chapter 47 Saliency-Driven Variational Retargeting for Historical Maps
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    Chapter 47 Structure of domain boundaries: binary oxides: Fe3O4 films on MgO(001)
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    Chapter 48 Deep Transfer Learning for Art Classification Problems
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    Chapter 48 Structure of domain boundaries: binary oxides: TiO2 (anatase)
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    Chapter 49 Structure of domain boundaries: binary oxides: TiO2 (rutile)
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    Chapter 50 Structure of domain boundaries: other binary oxides: SiO2, SnO2, and WO3
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    Chapter 50 Seeing the World Through Machinic Eyes: Reflections on Computer Vision in the Arts
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    Chapter 51 A Digital Tool to Understand the Pictorial Procedures of 17 $$^\mathrm{th}$$ th Century Realism
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    Chapter 52 How to Read Paintings: Semantic Art Understanding with Multi-modal Retrieval
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    Chapter 52 Decoration of domain boundaries: metals: Au (decoration by metals)
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    Chapter 53 Weakly Supervised Object Detection in Artworks
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    Chapter 53 Decoration of domain boundaries: metals: Au (decoration by molecules)
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    Chapter 54 Images of Image Machines. Visual Interpretability in Computer Vision for Art
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    Chapter 54 Decoration of domain boundaries – group IV elements and IV–IV compounds – Si (001)
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    Chapter 55 Decoration of domain boundaries: group IV elements and IV–IV compounds: Si (111) (decoration by elemental metals and semiconductors)
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    Chapter 56 Decoration of domain boundaries: group IV elements and IV–IV compounds: Si(111) (decoration by compounds)
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    Chapter 57 Decoration of domain boundaries: group IV elements and IV–IV compounds: Si(111) (decoration by molecules)
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    Chapter 59 Decoration of domain boundaries: group IV elements and IV–IV compounds: Ge
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    Chapter 60 Decoration of domain boundaries: group IV elements and IV–IV compounds: SiC
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    Chapter 62 Decoration of domain boundaries: binary oxides: Al2O3
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    Chapter 63 Decoration of domain boundaries: binary oxides: Al2O3 films
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    Chapter 64 Decoration of domain boundaries: binary oxides: Fe3O4
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    Chapter 65 Decoration of domain boundaries: binary oxides: TiO2
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    Chapter 66 Decoration of domain boundaries: ternary oxides: SrTiO3
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    Chapter 67 Coexistence of domains: metals: Au
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    Chapter 68 Coexistence of domains: metals: other metals (Ir, Pt, W)
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    Chapter 69 Coexistence of domains: group IV elements and IV–IV compounds: diamond
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    Chapter 70 Coexistence of domains: group IV elements and IV–IV compounds: Si
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    Chapter 71 Coexistence of domains: group IV elements and IV–IV compounds: Ge
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    Chapter 73 Coexistence of domains: other III–V compounds and II–VI compounds (AlSb, GaP, GaSb, InAs, InP, InSb, CdTe)
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    Chapter 74 Coexistence of domains: binary oxides: Al2O3
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    Chapter 75 Coexistence of domains: binary oxides: TiO2
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    Chapter 76 Coexistence of domains: other binary oxides (Ce7O11, Fe3O4, Fe3O4/MgO, SnO2, WO3)
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    Chapter 77 Coexistence of domains: ternary oxides: BaTiO3
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    Chapter 78 Coexistence of domains: ternary oxides: SrTiO3
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    Chapter 79 Phase transition: metals: Au
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    Chapter 81 Phase transition: metals: Ir
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    Chapter 82 Phase transition: metals: Mo
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    Chapter 83 Phase transition: metals: Pt
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    Chapter 84 Phase transition: metals: W
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    Chapter 85 Phase transition: group IV elements and IV–IV compounds: diamond
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    Chapter 86 Phase transition: group IV elements and IV–IV compounds: Si
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    Chapter 87 Phase transition: group IV elements and IV–IV compounds: Ge
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    Chapter 88 Phase transition: group IV elements and IV–IV compounds: SiC
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    Chapter 89 Historical remarks and introduction to photoemission
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    Chapter 90 The photoemission process
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    Chapter 91 Inverse photoemission
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    Chapter 92 Spin-polarized photoemission
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    Chapter 93 Two-photon photoemission
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    Chapter 95 Escape depth of the photoelectrons
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    Chapter 96 Electronic structure in the surface region: bulk and surface states
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    Chapter 97 Electronic structure in the surface region: Shockley surface states and image states
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    Chapter 98 Electronic structure in the surface region: the Rashba effect and surface states
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    Chapter 99 Electronic structure in the surface region: quantum well states
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    Chapter 100 Electronic structure in the surface region: electron-boson coupling in metallic systems
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    Chapter 101 The common crystal structures
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    Chapter 102 Electronic structure studies of Be (beryllium)
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    Chapter 103 Electronic structure studies of C (carbon)
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    Chapter 104 Electronic structure studies of Mg (magnesium)
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    Chapter 105 Electronic structure studies of Si (silicon)
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    Chapter 106 Electronic structure studies of V (vanadium)
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    Chapter 107 Electronic structure studies of Cr (chromium)
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    Chapter 108 Electronic structure studies of Fe (iron)
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    Chapter 109 Electronic structure studies of Ni (nickel)
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    Chapter 110 Electronic structure studies of Cu (copper)
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    Chapter 111 Electronic structure studies of Ga (gallium) and related compounds: the case of GaN
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    Chapter 112 Electronic structure studies of Ge (germanium)
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    Chapter 113 Electronic structure studies of Nb (niobium)
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    Chapter 114 Electronic structure studies of Mo (molybdenum)
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    Chapter 115 Electronic structure studies of Pd (palladium)
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    Chapter 116 Electronic structure studies of Ag (silver)
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    Chapter 117 Electronic structure studies of W (tungsten)
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    Chapter 118 Electronic structure studies of Ir (iridium)
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    Chapter 119 Electronic structure studies of Pt (platinum)
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    Chapter 121 Electronic structure studies of Pb (lead)
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    Chapter 122 Electronic structure studies of Bi (bismuth)
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    Chapter 123 Electronic structure studies of Ce (cerium)
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    Chapter 124 Electronic structure studies of Gd (gadolinium)
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    Chapter 125 Strongly correlated systems: high-Tc superconductors: cuprates
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    Chapter 126 (strongly correlated systems): high Tc superconductors: Fe-based
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    Chapter 127 Dirac cones and topological states: topological insulators
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    Chapter 128 Dirac cones and topological states: Dirac and Weyl semimetals
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    Chapter 129 Introduction to Raman scattering at surfaces
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    Chapter 130 Fundamentals of surface Raman spectroscopy
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    Chapter 131 Raman selection rules and surface Raman tensor
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    Chapter 132 Surface resonance
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    Chapter 134 Clean InP(110)
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    Chapter 135 Clean Ge(001)
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    Chapter 136 Clean Si(111)
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    Chapter 137 Sb monolayer-terminated III–V(110) surfaces
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    Chapter 138 Sb-terminated Si(001) and Ge(001)
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    Chapter 139 As-terminated Si(111)
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    Chapter 140 In-terminated Si(111)
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    Chapter 141 Au-terminated Si(111)
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    Chapter 142 Au-terminated Si(553)
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    Chapter 143 Metal surfaces: Si nanoribbons on Ag(110)
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    Chapter 144 Introduction to field electron and ion emission and customary units
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    Chapter 145 Basic terminology of Fowler-Nordheim electron transmission theory
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    Chapter 147 Transmission probability for a general rounded barrier
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    Chapter 148 The Schottky effect and related parameters
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    Chapter 149 Transmission probability for a Schottky-Nordheim barrier
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    Chapter 150 Local emission current density regimes
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    Chapter 151 Local emission current densities for a Schottky-Nordheim barrier
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    Chapter 152 Energy distributions for the Schottky-Nordheim barrier
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    Chapter 153 Basic auxiliary relationships
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    Chapter 154 Field electron emission measurement circuit theory
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    Chapter 155 Basic theory of Fowler-Nordheim plots
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    Chapter 156 Testing for lack of field emission orthodoxy
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    Chapter 157 Theoretical introduction to field evaporation
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    Chapter 158 The prediction of zero-barrier evaporation field
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    Chapter 159 Post-field ionization
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    Chapter 160 The “changeover field” in thermal-field shaping
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    Chapter 161 The position of the electrical surface
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    Chapter 162 Physical properties of the noble operating gases
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    Chapter 163 Field calibration issues
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    Chapter 164 Introduction to epigraphene and overview
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    Chapter 165 The electronic band structure of graphene
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    Chapter 166 Silicon carbide and epitaxial graphene on silicon carbide
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    Chapter 167 Structure and band structure of epitaxial graphene on hexagonal silicon carbide
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    Chapter 168 Electronic transport properties of epigraphene
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    Chapter 169 Transport properties of epigraphene in magnetic field
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    Chapter 170 Towards electronic devices based on epigraphene
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    Chapter 171 Optical and plasmonic properties of epigraphene
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    Chapter 172 Introduction to fullerenes on surfaces
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    Chapter 173 Band dispersion of solid C60
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    Chapter 174 Fullerenes on metals and semiconductors: interaction with the substrate
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    Chapter 175 Ordered fullerenes on metal surfaces: monatomic steps on vicinal surfaces and reconstruction on metals
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    Chapter 176 C60 monolayer on semiconductors
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    Chapter 177 Directing fullerene adsorption via supramolecular templates
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    Chapter 178 Co-adsorbed fullerene systems and the formation of heterojunction layers at a nanometer scale
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    Chapter 179 Introduction to surfaces at metal-electrolyte interfaces
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    Chapter 180 Anion interaction with copper surfaces: general properties of metal surfaces
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    Chapter 181 Hydrohalic acid interaction with copper surfaces: adsorption of halide anions
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    Chapter 183 Hydrohalic acid interaction with copper surfaces: Cu(100) – iodide
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    Chapter 184 Hydrohalic acid interaction with copper surfaces: XRD of chloride, bromide, and iodide on Cu(100)
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    Chapter 185 Hydrohalic acid interaction with copper surfaces: Cu(111) – chloride
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    Chapter 186 Hydrohalic acid interaction with copper surfaces: Cu(111) – bromide
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    Chapter 187 Hydrohalic acid interaction with copper surfaces: Cu(111) – iodide
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    Chapter 188 Hydrohalic acid interaction with copper surfaces: Cu(110) – bromide
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    Chapter 189 Hydrohalic acid interaction with copper surfaces: Cu(110) – chloride
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    Chapter 190 Hydrohalic acids interaction with copper surfaces: CuI compound formation
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    Chapter 191 Hydrohalic acids interaction with copper surfaces: XPS of Cu(111) – iodide interaction
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    Chapter 192 Copper surfaces in perchloric acid
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    Chapter 193 Copper surfaces in sulfuric acid: sulfate adsorption on Cu(100) and Cu(111)
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    Chapter 194 Copper surfaces in sulfuric acid: sulfate structure on Cu(111)
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    Chapter 195 Copper surfaces in sulfuric acid: sulfate adsorption configuration
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    Chapter 196 Copper surfaces in sulfuric acid: sulfate-induced surface morphology
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    Chapter 197 Copper surfaces in sulfuric acid: sulfate adsorption/desorption kinetics
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    Chapter 199 Hydrohalic acid anion interaction with silver surfaces: Ag(100) – bromide
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    Chapter 200 Hydrohalic acid anion interaction with silver surfaces: Ag(100) – iodide
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    Chapter 201 Hydrohalic acid anion interaction with silver surfaces: Ag(111) – chloride
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    Chapter 202 Hydrohalic acid anion interaction with silver surfaces: Ag(111) – bromide
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    Chapter 203 Hydrohalic acid anion interaction with silver surfaces: Ag(111) – iodide
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    Chapter 204 Hydrohalic acid anion interaction with silver surfaces: Ag(110) – chloride, bromide, and iodide
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    Chapter 206 Silver surfaces in sulfuric acid: Ag(100) – sulfate
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    Chapter 207 Silver surfaces in sulfuric acid: Ag(111) – sulfate
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    Chapter 208 Silver surfaces in sulfuric acid: Ag(110) – sulfate
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    Chapter 209 Hydrohalic-acid anion interaction with gold surfaces: Au(100) – chloride
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    Chapter 210 Hydrohalic-acid anion interaction with gold surfaces: Au(100) – bromide
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    Chapter 211 Hydrohalic-acid anion interaction with gold surfaces: Au(100) – iodide
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    Chapter 212 Hydrohalic-acid anion interaction with gold surfaces: Au(111) – chloride
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    Chapter 213 Hydrohalic-acid anion interaction with gold surfaces: Au(111) – bromide
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    Chapter 214 Hydrohalic acid anion interaction with gold surfaces: Au(111) – iodide
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    Chapter 215 Hydrohalic acid anion interaction with gold surfaces: Au(110) – bromide
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    Chapter 218 Gold surfaces in perchloric acid: Au(111) – perchlorate
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    Chapter 219 Gold surfaces in perchloric acid: Au(110) – perchlorate
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    Chapter 220 Gold surfaces in sulfuric acid: Au(100) – sulfate
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    Chapter 222 Gold surfaces in sulfuric acid: Au(110) – sulfate
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    Chapter 223 Hydrohalic-acid anion interaction with platinum surfaces: Pt(100) – bromide
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    Chapter 224 Hydrohalic acid anion interaction with platinum surfaces: Pt(100) – iodide
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    Chapter 225 Hydrohalic acid anion interaction with platinum surfaces: Pt(111) – chloride
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    Chapter 226 Hydrohalic acid anion interaction with platinum surfaces: Pt(111) – bromide
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    Chapter 227 Hydrohalic acid anion interaction with platinum surfaces: Pt(111) – iodide
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    Chapter 229 Hydrohalic acid anion interaction with platinum surfaces: Pt(110) – iodide
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    Chapter 230 Platinum surfaces in perchloric acid: Pt(111), Pt(100), Pt(110) – perchlorate
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    Chapter 232 Platinum surfaces in sulfuric acid: Pt(100) – sulfate
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    Chapter 233 Platinum surfaces in sulfuric acid: Pt(111) – sulfate
Attention for Chapter 202: Hydrohalic acid anion interaction with silver surfaces: Ag(111) – bromide
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Chapter title
Hydrohalic acid anion interaction with silver surfaces: Ag(111) – bromide
Chapter number 202
Book title
Physics of Solid Surfaces
DOI 10.1007/978-3-662-53908-8_202
Book ISBNs
978-3-66-253906-4, 978-3-66-253908-8
Authors

M. Nowicki, K. Wandelt, Nowicki, M., Wandelt, K.