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• 0F2AZY2o Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  What content is right for me?
  Frequently asked questions
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Magnetic lens system
  Detectors
  Water chilling system
  Specimen/sample chamber
  Main control panel and operational controls
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Lenses: electromagnetic lenses
  Pole-pieces and Coils
  Diffraction basics
  Imaging mode setup
  Image appearance
  Crystals
  Tilting
  Diffraction patterns
  The diffracted beam
  Focus/stigmation
• 0WIGzlP1 Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  What content is right for me?
  Frequently asked questions
  Transmission electron microscopy in practice
  Additional material
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Specimen/sample chamber
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  Theory of TEM image generation
  Image types
  Image formation basics
  Object/Image planes
  Virtual TEM
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Organic sample/physical science specimen preparation for TEM
  Diffraction basics
  Combining images
  Imaging mode setup
  Image appearance
  Crystals
  The Eucentric Position
  The Ewald sphere
  Tilting
  Diffraction patterns
  The diffracted beam
  Focus/stigmation
  Sample preparation
  Topics
  Machine operation
  Step-by-step procedures for using TEMs
  Inorganic sample/physical science specimen preparation for TEM
  Artifacts
• 2dBOga10 Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  What content is right for me?
  TEM challenge
  Frequently asked questions
  Transmission electron microscopy in practice
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Water chilling system
  Specimen/sample chamber
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Lenses: electromagnetic lenses
  Pole-pieces and Coils
  Virtual TEM
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Diffraction basics
  Imaging mode setup
  Image appearance
  Crystals
  The Eucentric Position
  The Ewald sphere
  Tilting
  Diffraction patterns
  The diffracted beam
  Focus/stigmation
  Sample preparation
  Machine operation
  Step-by-step procedures for using TEMs
  Inorganic sample/physical science specimen preparation for TEM
  Machine operating procedures
• 2oBZnnDY Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Parts of the machine
  Electron gun
  Electron column
  Specimen/sample chamber
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Organic sample/physical science specimen preparation for TEM
  Diffraction basics
  Combining images
  Imaging mode setup
  Image appearance
  Crystals
  The Eucentric Position
  The Ewald sphere
  Tilting
  Diffraction patterns
  The diffracted beam
  Sample preparation
  Inorganic sample/physical science specimen preparation for TEM
  Using the JEM-1010 Transmission Electron Microscope for thin resin sections of biological material
  Using the JEM-1010 Transmission Electron Microscope for physical science material
• 4Aumia8U Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Frequently asked questions
  Transmission electron microscopy in practice
  Additional material
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Specimen/sample chamber
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  History
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Lenses: electromagnetic lenses
  Pole-pieces and Coils
  Virtual TEM
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Organic sample/physical science specimen preparation for TEM
  Diffraction basics
  Imaging mode setup
  Image appearance
  The Eucentric Position
  Focus/stigmation
  Sample preparation
  Topics
  Machine operation
  Step-by-step procedures for using TEMs
  Artifacts
• 4n6LkqVZ Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  Frequently asked questions
  Transmission electron microscopy in practice
  Parts of the machine
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  Image formation basics
  Virtual TEM - Basic imaging
  Organic sample/physical science specimen preparation for TEM
  Using the JEM-1010 Transmission Electron Microscope for thin resin sections of biological material
• 4rhdpQOb Use | Edit…
  Images from electrons
  Image formation basics
  Imaging mode setup
  Image appearance
  Diffraction patterns
• 5I6rZvgc Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Frequently asked questions
  TEM for simple imaging purposes
  Parts of the machine
  What the TEM can't do
  Concepts - introduction
  Organic sample/physical science specimen preparation for TEM
  Sample preparation
• 79Ox3rJ8 Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  What content is right for me?
  TEM challenge
  Frequently asked questions
  Transmission electron microscopy in practice
  TEM for simple imaging purposes
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Water chilling system
  Specimen/sample chamber
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Lenses: electromagnetic lenses
  Pole-pieces and Coils
  Virtual TEM
  Virtual TEM - Basic imaging
  Organic sample/physical science specimen preparation for TEM
  The Eucentric Position
  Focus/stigmation
  Sample preparation
  Topics
  Machine operation
  Step-by-step procedures for using TEMs
  Artifacts
  Machine operating procedures
• 7QkcEnl0 Use | Edit…
  Background information - What is transmission electron microscopy?
  TEM challenge
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Specimen/sample chamber
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Image appearance
• 82sOknRJ Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Resolution
  Image types
  Image formation basics
  Object/Image planes
  Virtual TEM
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Imaging mode setup
  Image appearance
  The Eucentric Position
  Diffraction patterns
  Focus/stigmation
• aJgcfoNv Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  TEM challenge
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Resolution
• aPsgSkNT Use | Edit…
  Introduction - aims and learning outcomes
  Frequently asked questions
  What content is right for me?
  TEM challenge
  Specimen/sample chamber
  Main control panel and operational controls
  Background information - What is transmission electron microscopy?
  Transmission electron microscopy in practice
  Virtual TEM
  Additional material
  Take the test
  Concepts - introduction
  Images from electrons
  What the TEM can't do
  Applications and practical uses - what the TEM can do
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Water chilling system
  TEM for simple imaging purposes
  Parts of the machine
  Resolution
  History
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Diffraction patterns
  Object/Image planes
  Lenses: electromagnetic lenses
  Pole-pieces and Coils
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Organic sample/physical science specimen preparation for TEM
  Diffraction basics
  Crystals
  The Eucentric Position
  The Ewald sphere
  Tilting
  The diffracted beam
  Image appearance
  Combining images
  Imaging mode setup
  Focus/stigmation
  Sample preparation
  Topics
  Machine operation
  Step-by-step procedures for using TEMs
  Inorganic sample/physical science specimen preparation for TEM
  Artifacts
  Using the JEM-1010 Transmission Electron Microscope for thin resin sections of biological material
  Using the JEM-1010 Transmission Electron Microscope for physical science material
  Machine operating procedures
• Bg5zCiz8 Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  What content is right for me?
  TEM challenge
  Transmission electron microscopy in practice
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Water chilling system
  Specimen/sample chamber
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Concepts - introduction
  Resolution
  History
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Lenses: electromagnetic lenses
  Pole-pieces and Coils
  Virtual TEM
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Diffraction basics
  Combining images
  Imaging mode setup
  Crystals
  The Eucentric Position
  Diffraction patterns
  The diffracted beam
  Focus/stigmation
  Sample preparation
• BWH4mOxr Use | Edit…
  Introduction - aims and learning outcomes
  TEM challenge
  Frequently asked questions
• CAd1fUtH Use | Edit…
  Introduction - aims and learning outcomes
  TEM for simple imaging purposes
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Specimen/sample chamber
  Images from electrons
  Theory of TEM image generation
  Image types
• cE8l25HU Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  Frequently asked questions
  Transmission electron microscopy in practice
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Specimen/sample chamber
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Lenses: electromagnetic lenses
  Pole-pieces and Coils
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Diffraction basics
  Combining images
  Imaging mode setup
  Image appearance
  Crystals
  The Eucentric Position
  The Ewald sphere
  Tilting
  Diffraction patterns
  The diffracted beam
  Focus/stigmation
  Artifacts
• dJ8OVJBd Use | Edit…
  Transmission electron microscopy in practice
  Theory of TEM image generation
  Image formation basics
  Object/Image planes
  Virtual TEM
  Virtual TEM - Basic imaging
  Diffraction basics
  Imaging mode setup
  Image appearance
  The Eucentric Position
  The Ewald sphere
  The diffracted beam
  Focus/stigmation
  Sample preparation
  Step-by-step procedures for using TEMs
  Machine operating procedures
• EfKRm8sr Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  Frequently asked questions
  Transmission electron microscopy in practice
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Specimen/sample chamber
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Lenses: electromagnetic lenses
  Pole-pieces and Coils
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Diffraction basics
  Combining images
  Imaging mode setup
  Image appearance
  Crystals
  The Eucentric Position
  The Ewald sphere
  Tilting
  Diffraction patterns
  The diffracted beam
  Focus/stigmation
  Artifacts
• Ej64R3fB Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  What content is right for me?
  Additional material
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Water chilling system
  Specimen/sample chamber
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Resolution
  History
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Virtual TEM - Basic imaging
  Diffraction basics
  Imaging mode setup
  The Eucentric Position
  The diffracted beam
  Focus/stigmation
  Step-by-step procedures for using TEMs
• Fc3CcT7d Use | Edit…
  Focus/stigmation
• J0VQwoZG Use | Edit…
  Using the JEM-1010 Transmission Electron Microscope for thin resin sections of biological material
• kKVvFPD7 Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Frequently asked questions
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Resolution
  Theory of TEM image generation
  The electron wavelength
  Image formation basics
  Object/Image planes
  Virtual TEM
  Crystals
  The diffracted beam
  Focus/stigmation
• MrZ6nSCJ Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Parts of the machine
  Electron gun
  Electron column
  Specimen/sample chamber
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Organic sample/physical science specimen preparation for TEM
  Diffraction basics
  Image appearance
  The Eucentric Position
  Tilting
  Sample preparation
  Inorganic sample/physical science specimen preparation for TEM
• NH76ijan Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Resolution
  Image types
  Image formation basics
  Object/Image planes
  Virtual TEM
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Imaging mode setup
  Image appearance
  The Eucentric Position
  Diffraction patterns
  Focus/stigmation
• ohY6VTpF Use | Edit…
  Introduction - aims and learning outcomes
  What content is right for me?
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Water chilling system
  Specimen/sample chamber
  Images from electrons
  Diffraction basics
  Combining images
  Imaging mode setup
  Image appearance
  Crystals
  The Eucentric Position
  The Ewald sphere
  Tilting
  Diffraction patterns
  The diffracted beam
  Focus/stigmation
• Ohyxyq0C Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  Frequently asked questions
  Transmission electron microscopy in practice
  Additional material
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Specimen/sample chamber
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Lenses: electromagnetic lenses
  Pole-pieces and Coils
  Virtual TEM
  Virtual TEM - Basic imaging
  Organic sample/physical science specimen preparation for TEM
  Imaging mode setup
  The Eucentric Position
  The Ewald sphere
  Tilting
  Diffraction patterns
  The diffracted beam
  Focus/stigmation
  Sample preparation
  Topics
  Machine operation
  Step-by-step procedures for using TEMs
  Artifacts
  Machine operating procedures
• OkjbWWfm Use | Edit…
  Introduction - aims and learning outcomes
  Additional material
  Concepts - introduction
  Theory of TEM image generation
  Image types
• Pcu1s8LO Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  Transmission electron microscopy in practice
  TEM for simple imaging purposes
  Parts of the machine
  Applications and practical uses - what the TEM can do
  Concepts - introduction
  Resolution
  Image formation basics
  Lenses: electromagnetic lenses
  Organic sample/physical science specimen preparation for TEM
  Sample preparation
  Step-by-step procedures for using TEMs
  Artifacts
• qzC43hYL Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Frequently asked questions
  Additional material
  TEM for simple imaging purposes
  Parts of the machine
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  History
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Virtual TEM
  Virtual TEM - Diffraction and advanced imaging
  Organic sample/physical science specimen preparation for TEM
  Image appearance
  Crystals
  The diffracted beam
  Sample preparation
  Inorganic sample/physical science specimen preparation for TEM
• RXHNjOBk Use | Edit…
  Introduction - aims and learning outcomes
  TEM for simple imaging purposes
  Theory of TEM image generation
• S6PkDlNi Use | Edit…
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
• vgt8IjEX Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  TEM challenge
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Electron column
  Detectors
  Water chilling system
• WCxk5uPG Use | Edit…
  Background information - What is transmission electron microscopy?
  Transmission electron microscopy in practice
  TEM for simple imaging purposes
  Images from electrons
  Theory of TEM image generation
  Image types
  Image formation basics
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Combining images
  Imaging mode setup
  Image appearance
  Diffraction patterns
  The diffracted beam
  Focus/stigmation
• WKmE1EcI Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  What content is right for me?
  TEM challenge
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Water chilling system
  Applications and practical uses - what the TEM can do
  What the TEM can't do
• woXHakzq Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Specimen/sample chamber
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  Resolution
  The Eucentric Position
  Focus/stigmation
• xgSF6Oan Use | Edit…
  Parts of the machine
  Theory of TEM image generation
  Object/Image planes
  Imaging mode setup
• XP8TXFMS Use | Edit…
  Focus/stigmation
• ymZLq5H2 Use | Edit…
  Background information - What is transmission electron microscopy?
  Take the test
  TEM challenge
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Water chilling system
  Applications and practical uses - what the TEM can do
  Images from electrons
  Concepts - introduction
  Resolution
  History
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Virtual TEM
  Virtual TEM - Basic imaging
  Organic sample/physical science specimen preparation for TEM
  Image appearance
  Sample preparation
  Inorganic sample/physical science specimen preparation for TEM
• zMoH1NIv Use | Edit…
  Introduction - aims and learning outcomes
  Background information - What is transmission electron microscopy?
  Take the test
  What content is right for me?
  TEM challenge
  Frequently asked questions
  Transmission electron microscopy in practice
  TEM for simple imaging purposes
  Parts of the machine
  Electron gun
  Electron column
  Magnetic lens system
  Detectors
  Water chilling system
  Specimen/sample chamber
  Main control panel and operational controls
  Applications and practical uses - what the TEM can do
  What the TEM can't do
  Images from electrons
  Concepts - introduction
  Resolution
  Theory of TEM image generation
  The electron wavelength
  Image types
  Image formation basics
  Object/Image planes
  Lenses: electromagnetic lenses
  Pole-pieces and Coils
  Virtual TEM
  Virtual TEM - Basic imaging
  Virtual TEM - Diffraction and advanced imaging
  Diffraction basics
  Imaging mode setup
  Image appearance
  Crystals
  The Eucentric Position
  The Ewald sphere
  Tilting
  Diffraction patterns
  The diffracted beam
  Focus/stigmation
  Sample preparation
  Machine operation
  Step-by-step procedures for using TEMs
  Inorganic sample/physical science specimen preparation for TEM
  Machine operating procedures