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Electron Backscattering Diffraction

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Uploaded on Feb 22, 2011

Mapping microstructures from nanometres to millimetres by Ken Mingard,
Recorded November 2007

Celebrating Science is a series of lectures given by NPL scientists or external speakers designed to inspire and inform us about the amazing research done both at NPL and other institutions worldwide.

More: http://www.npl.co.uk/celebrating-science

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  1. 1

    Light and Life: Applications from physics to chemistry and biology

  2. 2

    Siberian crystals for science and life

  3. 3

    The Legacy of Lord Rayleigh

  4. 4

    Timekeeping: From the Sun to the Atomic Second

  5. 5

    Introduction to NPL

  6. 6

    Sounding bubbles

  7. 7

    How long is a piece of string?

  8. 8

    Climate change and the global energy challenge

  9. 9

    Electrification of vehicle powertrains

  10. 10

    Proteins and Solvent in Molecular Simulations

  11. 11

    The Birth of Atomic Time

  12. 12

    Time Scales

  13. 13

    Louis Essen's Legacy: where we are now and where we're going

  14. 14

    NPLTime®

  15. 15

    Christmas Candles

  16. 16

    Cyborgs: Ghosts of Christmas Future

  17. 17

    Measurement Curiosities

  18. 18

    The buoyancy method - a potential new primary ultrasound power standard

  19. 19

    Phase-insensitive detection for reduction of image artefacts in ultrasound breast screening

  20. 20

    Towards a quantum representation of the ampere using single electron pumps

  21. 21

    Mechanisation of Thought Processes: Artificial Intelligence in the 21st Century

  22. 22

    How to achieve accurate optical surface topography measurement

  23. 23

    Imaging receptors, ion channels and molecular motors in live cells using TIRF microscopy

  24. 24

    The Micro/Nano-Satellite Revolution

  25. 25

    Dexterous acoustic tweezers

  26. 26

    The Large Hadron Collider Project - the Higgs boson and beyond

  27. 27

    The highs and lows of cocaine

  28. 28

    Room temperature solid-state maser

  29. 29

    Revealing the hidden microstructure of materials

  30. 30

    Cool multiferroic materials for solid-state cooling

  31. 31

    Nanobiotechnology at Interfaces

  32. 32

    Mossbauer Spectroscopy

  33. 33

    Modern Statistics, Exploratory Data Analysis, and Design of Experiments

  34. 34

    A Little Light Relief

  35. 35

    Towards a smarter web

  36. 36

    Flow control in the presence of shocks

  37. 37

    Mapping photocurrent generation in the nanoscale

  38. 38

    Nanofluidics: a study in choreography

  39. 39

    Towards a quantum resistance standard based on epitaxial graphene

  40. 40

    Innovations in High Temperature Measurement

  41. 41

    Exploring the Universe with the world's largest radio telescope

  42. 42

    Seeking the TRUTHS about climate change

  43. 43

    The Challenge of Implementing the GUM and its Supplements

  44. 44

    Charles Galton Darwin and the NPL at war

  45. 45

    Emerging technologies based on multiferroic materials

  46. 46

    The coolest place at NPL

  47. 47

    Mathematical models for metrology

  48. 48

    Rock Guitar in 11 Dimensions

  49. 49

    Plastics are for Dollies - Metals Fight Back

  50. 50

    The impact of cosmic radiation on air travel

  51. 51

    The Physics of the Climate System

  52. 52

    Trying to find the missing sunlight

  53. 53

    Shedding some light on biological tissue

  54. 54

    Building bridges between measurement and perception

  55. 55

    NPL's role in developing polymer composites metrology for use in today's state-of-the art structures

  56. 56

    Saving the planet by regulations

  57. 57

    Beauty IS skin deep

  58. 58

    Shining a light on climate change

  59. 59

    Surgery by soundbeam

  60. 60

    Resolving uncertainty in climate change data

  61. 61

    Adapting the SI to the 21st century

  62. 62

    Measuring dose in complex 3D treatments

  63. 63

    From metre to picometre

  64. 64

    Metallic spintronics

  65. 65

    Space: The Final Frontier for Wireless Comms?

  66. 66

    The Quantum Elephant in the Metrology Corner

  67. 67

    Immunoassay in medical diagnostics

  68. 68

    On the road to the universal Kelvin

  69. 69

    Fuel cells: making the transition to a low carbon economy

  70. 70

    Sustaining Moore's Law

  71. 71

    Air Pollution Modelling

  72. 72

    Making quantum electrical standards more accessible

  73. 73

    Radiochemical analysis of Nuclear Reactor Bioshields

  74. 74

    Lord Rayleigh

  75. 75

    Why are NPL getting a Clinical LinAc?

  76. Electron Backscattering Diffraction

  77. 77

    Atom and molecule mechanics

  78. 78

    High Efficiency Lighting - the measurement challenge

  79. 79

    Citior, altior, fortior ... accuratior?

  80. 80

    Humidity measurement

  81. 81

    Metropoly: a game of chance

  82. 82

    How can you measure it if you can't see it?

  83. 83

    Serpents and Synthesisers

  84. 84

    Closing the Metrological Triangle with a Superconducting Nanowire

  85. 85

    Harmonisation through metrology?

  86. 86

    The Magic of Flat Carbon

  87. 87

    Probing into the future

  88. 88

    Nature's Nanomachines

  89. 89

    New Materials Science with Synchrotron Radiation

  90. 90

    From the Lab to the Marketplace

  91. 91

    Transport at the nanoscale

  92. 92

    In Pursuit of Pulsars

  93. 93

    Soundscapes and action plans

  94. 94

    Personal Wireless Communications

  95. 95

    Combating cancer in the third millennium

  96. 96

    Structured organic cyanine dye thin films

  97. 97

    Building on the Building Blocks of Life

  98. 98

    CLARREO: Decadal Change Accuracy

  99. 99

    Evil on the Internet

  100. 100

    From protein folding to nanoscale design

  101. 101

    FIRST Explorer

  102. 102

    Drunken Walks on a Nanoscale Tightrope

  103. 103

    The physics of perception

  104. 104

    Ambient Mass Spectrometry

  105. 105

    Scratching the Surface

  106. 106

    Linking clocks with optical fibres

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