Alternative Hitachi SEM Techniques
Alternative Hitachi SEM Techniques
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1. FE SEM Training
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2. Course contents
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3. Hitachi S-4800 Field Emission …
33.433433433433436
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4. Hitachi S-4800 Type II specifi…
50.617283950617285
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5. Examples of S-4800 performance
72.572572572572582
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6. High resolution SE image at 15…
86.152819486152822
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7. S-4800 Resolution
102.2022022022022
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8. Basic Theory of SEM
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9. Beam Formation: Electronic Sou…
125.09175842509177
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10. What is Field Emission?
176.30964297630965
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11. Field Emission Tip
179.41274607941276
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12. Accelerating/Extraction Voltag…
220.78745412078746
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13. Flashing Voltage
235.03503503503504
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14. Flashing Should Be Done Now
258.49182515849185
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15. Beam Formation: Purpose of the…
287.75442108775445
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16. Basic lens system
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17. The Column – Probe Current/S…
327.52752752752752
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18. Beam Formatioin: Lens aberrati…
356.75675675675677
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19. Beam Formation: Correcting Ast…
387.08708708708713
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20. Beam Formation: Correcting Ast…
416.91691691691693
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21. Beam Formation: Correcting Ast…
429.06239572906242
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22. Hitachi Single-Pole Snorkel Le…
466.56656656656656
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23. Beam Formation: Depth of Field
516.04938271604942
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24. The column – Objective Apert…
537.37070403737073
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25. Beam Formation: Resolution lim…
569.76976976976982
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26. Beam-Sample Interactions
572.53920587253924
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27. Beam-Sample Interactions: Inte…
603.43677010343674
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28. Beam-Sample Interactions: Exam…
657.3907240573908
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29. Beam-Sample Interactions: Inte…
685.48548548548547
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30. Beam-Sample Interactions: Inte…
725.925925925926
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31. Beam-Sample Interactions: Inte…
773.9072405739073
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32. Beam-Sample Interactions: Inte…
795.66232899566239
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33. Significance of imaging at low…
823.95729062395731
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34. Observation at low acceleratin…
851.5849182515849
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35. Flexible detection system
874.67467467467475
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36. Beam-Sample Interactions: Sign…
925.55889222555891
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37. Beam-Sample Interactions: Seco…
930.59726393059725
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38. Beam/Specimen Interactions
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39. Energy spectrum of the electro…
982.28228228228227
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40. Lower SE Detector
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41. Metal Fracture
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42. Comparison of Upper and Lower …
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43. Upper SE Detector
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44. Comparison of Upper SE and Low…
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45. Beam-Sample Interactions: Sign…
1120.1534868201536
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46. Beam-Sample Interactions: Sign…
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47. Backscattered Electron
1146.0794127460795
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48. Beam-Sample Interactions: Sign…
1173.6069402736071
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49. Beam-Sample Interactions: Sign…
1214.9816483149816
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50. Hitachi's Patented ExB Filter
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51. Image information: SE & BSE
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52. Pure SE information using the …
1301.3346680013346
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53. SE + BSE Information
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54. Catalyst (Pt/C)
1329.2292292292293
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55. SE + BSE(L) Information using …
1329.8631965298632
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56. BSE(H) Information only (no SE…
1354.1875208541876
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57. BSE Information
1373.9072405739073
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58. Untitled
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59. Nano-wires
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60. MEMS Application
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61. MEMS Application
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62. Why Low Voltage SEM?
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63. Beam Deceleration
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64. S-4800 Retarding Mode Operatio…
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65. Membrane Filter
1560.3937270603938
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66. Photo Resist
1561.594928261595
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67. ArF Resist
1562.7627627627628
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68. Why the Increase in SEM-based …
1596.1961961961963
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69. BF/DF STEM (1): a simple STEM …
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70. Simultaneous STEM Imaging: BF …
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71. SE and STEM for Nano-materials
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72. STEM Imaging: Brightfield
1749.2158825492158
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73. STEM: Bright Field Imaging
1760.694027360694
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74. Carbon nanotube
1762.1287954621289
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75. STEM of Semiconductors
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76. STEM of Semiconductors
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77. Human Nerve Tissue
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78. STEM of biological sections
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79. STEM of virus particles
1819.9532866199534
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80. STEM: Dark Field Imaging
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81. Carbon Nanotubes
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82. Untitled
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83. Untitled
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84. Summary
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85. STEM/EDX
1984.4511177844513
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86. S-4800
1991.8251584918253
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87. S-4800
2002.2022022022022
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88. S-4800 Pt/C Catalist
2017.017017017017
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89. S-4800 MWCNT
2035.8024691358025
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90. S-4800 Carbon nanotubes
2042.5425425425426
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91. S-4800 Carbon nanotubes
2051.2846179512849
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92. S-4800 Cu Wiring (FIB Milled)
2076.6433099766432
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93. S-4800
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94. Untitled
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95. Observation at low acceleratin…
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