Proceedings of the ... International Conference on Electron Microscopy1950 - Electron microscopes |
From inside the book
Results 1-3 of 20
Page 120
... virus research it is easy to see why electron microscopy has been applied from a very early date to the study of influenza virus . The early work of the American schools 1.2 indicated the virus par- ticle to be entirely round in form ...
... virus research it is easy to see why electron microscopy has been applied from a very early date to the study of influenza virus . The early work of the American schools 1.2 indicated the virus par- ticle to be entirely round in form ...
Page 123
... virus . preparation so obtained does not consist solely of virus bodies , al- though a few can always be found in the electron microscope field which are relatively free from cel- lular debris ( Fig . 1 ) . In similar con- ditions much ...
... virus . preparation so obtained does not consist solely of virus bodies , al- though a few can always be found in the electron microscope field which are relatively free from cel- lular debris ( Fig . 1 ) . In similar con- ditions much ...
Page 125
... virus body is visible at the bottom right hand corner of the field . 125 All the evidence available in- Icluding the wider size variation tends to differentiate psittacosis , and indeed all the members of the so- called psittacosis ...
... virus body is visible at the bottom right hand corner of the field . 125 All the evidence available in- Icluding the wider size variation tends to differentiate psittacosis , and indeed all the members of the so- called psittacosis ...
Contents
Preface | 9 |
Introduction | 20 |
Applications of the electron microscope | 28 |
16 other sections not shown
Other editions - View all
Common terms and phrases
acid Airy disc angle aperture Associated Electrical Industries astigmatism atoms avons axis bacteria cell cellulose collagen collodion coronene Cosslett crystal Delft diameter diamètre diffraction digérés Discussion electron beam electron micro electron micrographs electron microscope electrostatic epicuticle examined faible fibres fibrils field filaments film flagella flagellum focal formvar grains grid haemoglobin influenza Institute instrument investigation l'objet Laboratoire Laboratory lattice layer lenses light microscope limit magnification material membrane ment metal method microscope électronique microtome Mijnbouwplein 11 molecules mucilage nique normal objective lens observed obtained optical outer segments particles pattern peut phase contrast phase plate photographic plane possible précipités preparation Prof psittacosis rays replica Research resolution resolving power rod outer segments screen shadow skin sonde specimen spherical aberration strains struc structure surface technique thickness thin tion tissue ture unit discs virus viruses visible voltage W. G. Burgers Wyckoff X-ray