Low Temperature Scanning Electron Microscope image
facinating site on the scanning electron microscopy of foods and food born bacteria. Images and articles from several microscopist are included.
Charles Oatley stands with Manfred von Ardenne as one of the two great pioneers of scanning electron microscopy. Oatley's pioneering work led directly to the launch of the world's first series production instrument - the Stereoscan - in 1965.
The Microscopy Listserver/Mailreflector System is a telecommunication (Email) based discussion forum giving members of the scientific community a centralized Internet address to which questions/comments/answers in the various fields of Microscopy or Microanalysis can be rapidly distributed to a list of (subscribed) individuals by electronic mail.
Dennis, well known for his scanning electron microscope images, also has an Image Library that includes stunning polarized light microscope images of drugs, vitamins, hormones, amino acids, proteins, and other crystalline specimens.
Stunning scanning electron microscope images taken by France Bourély. France is a scientist, an artist, and explorer. Her images capture both the beauty of the wonderment of the microscopic world
Images submitted to FEI's users image contest.
Scanning and transmission electron microscope images from FEI company.
Basic introduction from Wiki.
An overview that includes electron microscope techniques, specimen preparation, cryo, Single Particle Reconstruction
A detailed interactive animation that illustrate the basics of imaging in the Scanning Electron Microscope (SEM).
Read the FEI booklet "An Introduction to Electron Microscopy", an excellent resource on electron microscopy and nanotechnology for students and teachers
Learn about the basics and capabilities of electron microscopy.
Scanning Electron Microscopy course notes covers the basics of electron beam formation and sample interactions.
The Virtual Microscope, which is available for free download supports functionality from electron, light, and scanning probe microscopes, datasets for these instruments, training materials to learn more about microscopy, and other related tools.
Includes technical introduction to scanning and transmission electron microscopy with emphasise on FESEM and image gallery.
The goal of this site is to explain the basics of most electron microscopy methods without giving too much of the complex theory and mathematics behind it. Thus, reading these pages can in no way substitute the study of textbooks.
An Ebook that includes the basic principals of operation, image display, the role of secondary and backscattered electron detectors, and the vacuum system. Further explanation of the SEM includes edge effect, the influence of accelerating voltage, the illumination effect of secondary and backscatter electron detectors, techniques for improving image resolution, benefits of different types of electron guns, elemental analysis, and sample preparation.
A compilation of frequently asked questions received by the JEOL staff during demonstrations and training. Such as: how to mount powder samples, selecting the accelerating voltage, stereoscopic observation techniques, and more.
More Helpful Sites
NIST researchers have developed a modified form of scanning electron microscopy that can reveal the magnetic characteristics of such a surface without disturbing the magnetization.
Dr. Danilatos has been pioneering the developement of the ESEM since 1978. This is his description of Environmental Scanning Electron Microscopy and list of publications.
From Nobel Lectures, Physics 1981-1990, Editor-in-Charge Tore Frängsmyr, Editor Gösta Ekspång, World Scientific Publishing Co., Singapore, 1993
The development of the scanning electron microscope and technological improvements to the original design.
The unique two-year program in Microscopy is offered to those students who, upon graduation, wish to find employment as technical support persons operating microscopes, doing sample preparation and interpretation, or in technical sales and marketing.
The Electron Microscopy program is a two-year program in which students learn to operate electron microscopes and related equipment, both scanning (SEM) and transmission (TEM). The program includes preparation of biological and material samples, communication skills, computer-image processing, X-ray microanalysis, and maintenance of electron microscopes and related equipment.