Atoms electron microscope hi-res stock photography and images

Tunneling microscope (STM) that made possible to see atoms and molecules. Manipulation of atoms and molecules to build new materials and structures Stock Photo

RF2GYM4KG–Tunneling microscope (STM) that made possible to see atoms and molecules. Manipulation of atoms and molecules to build new materials and structures

Researcher, Phillips FEI XL30 SFEG Scanning Electron Microscope. Stock Photo

RMCPC3GD–Researcher, Phillips FEI XL30 SFEG Scanning Electron Microscope.

The purple pods you see in this scanning electron micrograph are the H5N2 avian influenza virus, an averted threat to the poultry and egg industry and, in very rare cases, a risk to human health. However, these particular pods are unlikely to infect anything as they are trapped in a gray mesh of carbon nanotubes. Made by hanging carbon atoms in a cylindrical pattern, these nanotubes are about 10,000 times smaller than the width of a human hair. Stock Photo

RM2JKFTBR–The purple pods you see in this scanning electron micrograph are the H5N2 avian influenza virus, an averted threat to the poultry and egg industry and, in very rare cases, a risk to human health. However, these particular pods are unlikely to infect anything as they are trapped in a gray mesh of carbon nanotubes. Made by hanging carbon atoms in a cylindrical pattern, these nanotubes are about 10,000 times smaller than the width of a human hair.

3d Lipids and fats viewed under a microscope Stock Photo

RFF00NBH–3d Lipids and fats viewed under a microscope

GREAT BRITAIN - CIRCA 1994: A used postage stamp from the UK, commemorating the invention of the Scanning Electron Microscope, circa 1994. Stock Photo

RMHJCJEM–GREAT BRITAIN - CIRCA 1994: A used postage stamp from the UK, commemorating the invention of the Scanning Electron Microscope, circa 1994.

Neon Glowing electrons moving around atomic core in circular orbits on dark background. The concept of atoms, molecules and quantum mechanic. Stock Photo

RF2M4HP5T–Neon Glowing electrons moving around atomic core in circular orbits on dark background. The concept of atoms, molecules and quantum mechanic.

24 November 2020, Brandenburg, Potsdam: Vladimir Roddatis, senior scientist at the Geoforschungszentrum (GFZ), is standing at the new transmission electron microscope (TEM). The TEM was put into operation on the same day. With such a microscope smallest structures in the atomic range can be made visible and examined. It is based on an electron beam that passes through a sample. The samples must be extremely thin for this purpose. The total investment for the TEM was around 3.3 million euros. The microscope will be used to examine wafer-thin layers of rock, metals and biomaterials. The samples Stock Photo

RM2DD5CM6–24 November 2020, Brandenburg, Potsdam: Vladimir Roddatis, senior scientist at the Geoforschungszentrum (GFZ), is standing at the new transmission electron microscope (TEM). The TEM was put into operation on the same day. With such a microscope smallest structures in the atomic range can be made visible and examined. It is based on an electron beam that passes through a sample. The samples must be extremely thin for this purpose. The total investment for the TEM was around 3.3 million euros. The microscope will be used to examine wafer-thin layers of rock, metals and biomaterials. The samples

RMHRJK4R–Gold Atoms, SEM vs. SHIM

Scanning Tunneling microscope (STM) that made possible to see atoms and molecules. Manipulation of atoms and molecules to build new materials and structures at nanometer scale illustration Stock Vector

RF2XAPE5F–Scanning Tunneling microscope (STM) that made possible to see atoms and molecules. Manipulation of atoms and molecules to build new materials and structures at nanometer scale illustration

RFC8FJB7–Image molecules and atoms

Model of molecule with chains and atoms network, particles thin black and red outline symbols, vector illustration. Molecular structure in scientific physics and chemistry research line icons set Stock Vector

RF2X80GJM–Model of molecule with chains and atoms network, particles thin black and red outline symbols, vector illustration. Molecular structure in scientific physics and chemistry research line icons set

RFKYRE3B–Science icons in sketch.

Nuclear Chemistry vector concept outline horizontal banner or illustration on yellow background Stock Vector

RF2T6B94D–Nuclear Chemistry vector concept outline horizontal banner or illustration on yellow background

. The electron microscope, its development, present performance and future possibilities. Electron microscopes. 134 The Electron Microscope Atoms with an atomic number larger than Z ^ 2 ought to be above the visibiHty level. This estimate is more optimistic than Schiff's, who puts the limit to Z = 7, because he takes only the elastic scattering into account. hat is the apparent size of heavier atoms ? The discussion is much simplified if we consider only the elastic part of the scattering, and replace the atoms by a convenient model, such as the Thomas-Fermi atom.* (Mott-Massey,^^ p. 126.) Stock Photo

RMRD69MP–. The electron microscope, its development, present performance and future possibilities. Electron microscopes. 134 The Electron Microscope Atoms with an atomic number larger than Z ^ 2 ought to be above the visibiHty level. This estimate is more optimistic than Schiff's, who puts the limit to Z = 7, because he takes only the elastic scattering into account. hat is the apparent size of heavier atoms ? The discussion is much simplified if we consider only the elastic part of the scattering, and replace the atoms by a convenient model, such as the Thomas-Fermi atom.* (Mott-Massey,^^ p. 126.)

Animation of movement of atoms around molecule. Design. Chaotic movements and collisions of particles of atoms around molecule. Beautiful illustration Stock Photo

RF2HXG555–Animation of movement of atoms around molecule. Design. Chaotic movements and collisions of particles of atoms around molecule. Beautiful illustration

The electron microscope, its development, The electron microscope, its development, present performance and future possibilities electronmicrosco00gabo Year: 1948 134 The Electron Microscope Atoms with an atomic number larger than Z ^ 2 ought to be above the visibiHty level. This estimate is more optimistic than Schiff's, who puts the limit to Z = 7, because he takes only the elastic scattering into account. hat is the apparent size of heavier atoms ? The discussion is much simplified if we consider only the elastic part of the scattering, and replace the atoms by a convenient model, such Stock Photo

RMRWPJ46–The electron microscope, its development, The electron microscope, its development, present performance and future possibilities electronmicrosco00gabo Year: 1948 134 The Electron Microscope Atoms with an atomic number larger than Z ^ 2 ought to be above the visibiHty level. This estimate is more optimistic than Schiff's, who puts the limit to Z = 7, because he takes only the elastic scattering into account. hat is the apparent size of heavier atoms ? The discussion is much simplified if we consider only the elastic part of the scattering, and replace the atoms by a convenient model, such

The p97 protein is trapped in an inactive state by a new inhibitor (red) and the molecule cannot continue its normal reaction cycle. Image created using cryo-electron microscopy. Stock Photo

RM2JKFTAN–The p97 protein is trapped in an inactive state by a new inhibitor (red) and the molecule cannot continue its normal reaction cycle. Image created using cryo-electron microscopy.

24 November 2020, Brandenburg, Potsdam: On a monitor at the Geoforschungszentrum (GFZ) the atomic structures of a mineral can be seen, which was recorded with the new transmission electron microscope (TEM). The TEM was put into operation the same day. With such a microscope smallest structures in the atomic range can be visualized and examined. It is based on an electron beam passing through a sample. The samples must be extremely thin for this purpose. The total investment for the TEM was around 3.3 million euros. The microscope will be used to examine wafer-thin layers of rock, metals and bi Stock Photo

RM2DD5CMA–24 November 2020, Brandenburg, Potsdam: On a monitor at the Geoforschungszentrum (GFZ) the atomic structures of a mineral can be seen, which was recorded with the new transmission electron microscope (TEM). The TEM was put into operation the same day. With such a microscope smallest structures in the atomic range can be visualized and examined. It is based on an electron beam passing through a sample. The samples must be extremely thin for this purpose. The total investment for the TEM was around 3.3 million euros. The microscope will be used to examine wafer-thin layers of rock, metals and bi

RMHRJR1K–Gold Atoms, SEM vs. SHIM

RFC8FJBD–Image molecules and atoms

Molecular structure in scientific physics and chemistry research line icons set. Model of molecule with chains and atoms network, particles thin black and red outline symbols, vector illustration Stock Vector

RF2WC5NGY–Molecular structure in scientific physics and chemistry research line icons set. Model of molecule with chains and atoms network, particles thin black and red outline symbols, vector illustration

Touch pad gestures icons in duo tone color. Vector illustration. Stock Vector

RFKYRBR0–Touch pad gestures icons in duo tone color. Vector illustration.

Vector Chemical Analysis outline illustration or horizontal banner Stock Vector

RF2T6B2W8–Vector Chemical Analysis outline illustration or horizontal banner

. The electron microscope, its development, present performance and future possibilities. Electron microscopes. 90 The Electron Microscope altogether only about a million atoms, and some investigators consider it as a giant protein molecule.. Fig. 31. Lampbrush chromosome. Magnification X 11,000 Figure 31 is a sample from another field of biological research. It shows a giant lanipbrusJi chromosome. Genetics may become one of the most important fields for the electron microscope in the future. From experiments with electron bombardment of the eggs of Drosophila Melanogaster, C. P. Haskins has Stock Photo

RMRD5FP4–. The electron microscope, its development, present performance and future possibilities. Electron microscopes. 90 The Electron Microscope altogether only about a million atoms, and some investigators consider it as a giant protein molecule.. Fig. 31. Lampbrush chromosome. Magnification X 11,000 Figure 31 is a sample from another field of biological research. It shows a giant lanipbrusJi chromosome. Genetics may become one of the most important fields for the electron microscope in the future. From experiments with electron bombardment of the eggs of Drosophila Melanogaster, C. P. Haskins has

RMRYR3H4–The electron microscope, its development, The electron microscope, its development, present performance and future possibilities . electronmicrosco00gabo Year: 1948 134 The Electron Microscope Atoms with an atomic number larger than Z ^ 2 ought to be above the visibiHty level. This estimate is more optimistic than Schiff's, who puts the limit to Z = 7, because he takes only the elastic scattering into account. hat is the apparent size of heavier atoms ? The discussion is much simplified if we consider only the elastic part of the scattering, and replace the atoms by a convenient model, suc

RM2DD5CMJ–24 November 2020, Brandenburg, Potsdam: Vladimir Roddatis, senior scientist at the Geoforschungszentrum (GFZ), is standing at the new transmission electron microscope (TEM). The TEM was put into operation on the same day. With such a microscope smallest structures in the atomic range can be made visible and examined. It is based on an electron beam that passes through a sample. The samples must be extremely thin for this purpose. The total investment for the TEM was around 3.3 million euros. The microscope will be used to examine wafer-thin layers of rock, metals and biomaterials. The samples

RMHRJR1J–Gold Atoms, SEM vs. SHIM

RFC8FJCH–Image molecules and atoms

Science icons in metallic style. Stock Vector

RFKYRD2B–Science icons in metallic style.

Chemistry of Radioactive Elements vector concept horizontal outline illustration on dark background Stock Vector

RF2T6B8RC–Chemistry of Radioactive Elements vector concept horizontal outline illustration on dark background

The electron microscope, its development, present performance and future possibilities electronmicrosco00gabo Year: 1948 90 The Electron Microscope altogether only about a million atoms, and some investigators consider it as a giant protein molecule. Fig. 31. Lampbrush chromosome. Magnification X 11,000 Figure 31 is a sample from another field of biological research. It shows a giant lanipbrusJi chromosome. Genetics may become one of the most important fields for the electron microscope in the future. From experiments with electron bombardment of the eggs of Drosophila Melanogaster, C. P. Stock Photo

RMRYH6EP–The electron microscope, its development, present performance and future possibilities electronmicrosco00gabo Year: 1948 90 The Electron Microscope altogether only about a million atoms, and some investigators consider it as a giant protein molecule. Fig. 31. Lampbrush chromosome. Magnification X 11,000 Figure 31 is a sample from another field of biological research. It shows a giant lanipbrusJi chromosome. Genetics may become one of the most important fields for the electron microscope in the future. From experiments with electron bombardment of the eggs of Drosophila Melanogaster, C. P.

RM2DD5CM7–24 November 2020, Brandenburg, Potsdam: Vladimir Roddatis, senior scientist at the Geoforschungszentrum (GFZ), is standing at the new transmission electron microscope (TEM). The TEM was put into operation on the same day. With such a microscope smallest structures in the atomic range can be made visible and examined. It is based on an electron beam that passes through a sample. The samples must be extremely thin for this purpose. The total investment for the TEM was around 3.3 million euros. The microscope will be used to examine wafer-thin layers of rock, metals and biomaterials. The samples

RMHRJR1M–Gold Atoms, SEM vs. SHIM

RFC8FJE8–Image molecules and atoms

Science icons in Metro style. Stock Vector

RFKYRDCG–Science icons in Metro style.

Chemistry of Radioactive Elements vector concept yellow round outline illustration on dark background Stock Vector

RF2T6B1EG–Chemistry of Radioactive Elements vector concept yellow round outline illustration on dark background

RMRWNT7N–The electron microscope, its development, The electron microscope, its development, present performance and future possibilities electronmicrosco00gabo Year: 1948 90 The Electron Microscope altogether only about a million atoms, and some investigators consider it as a giant protein molecule. Fig. 31. Lampbrush chromosome. Magnification X 11,000 Figure 31 is a sample from another field of biological research. It shows a giant lanipbrusJi chromosome. Genetics may become one of the most important fields for the electron microscope in the future. From experiments with electron bombardment of t