Examples of using Electron microscopy in English and their translations into Czech
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And the wonders of electron microscopy.
Scanning electron microscopy(SEM) catalogue sheet.
So Queens', three bonus questions on electron microscopy.
High-resolution electron microscopy(HRTEM) catalogue sheet.
No, not everything,thanks… to me and the wonders of electron microscopy.
Electron Microscopy, Microscopy Group for Biomedicine.
At that time non-conventional forms of electron microscopy were also developed, e.g.
Her PhD thesis was titled"Automated Focusing andAstigmatism Correction in Electron Microscopy.
The research of the group is focused on electron microscopy of biomedical samples imaged at high vacuum, thus required a specific sample preparation.
A modern fully-equipped laboratory for transmission(TEM)and scanning(SEM) electron microscopy.
Environmental scanning electron microscopy(ESEM) enables the study of samples of living substances and materials under elevated pressure of surrounding gas up to 3000 Pa.
In this course student can acquire knowledge concerning light, fluorescence, confocal,raster, and electron microscopy as well as image analysis.
Methodology for the very low energy scanning electron microscopy has been developed at ISI and the corresponding attachments are installed on several microscopes in LEM.
This practical course is focused on the advanced methods of biological specimen preparation for electron microscopy.
Electron microscopy under ultrahigh vacuum conditions of 10-8 Pa enables one to study atomically clean surfaces that can be cleaned in-situ with ion beam bombardment.
Dr. Burg introduced a new approach based on microsystems to achieve high resolution time in correlation imaging of living cells and electron microscopy.
Work in the field of environmental electron microscopy is also proving extremely successful, especially in the area of electron detection in the environment of higher gas pressure.
Niva was involved in thermomechanical experimentation on CuAlNi single crystals andlater on she found her role in transmission electron microscopy of mobile interfaces created by martensitic transformation.
Electron microscopy is a globally used technique for the examination of matter with an extremely broad scope of applications in life, materials and even social sciences.
And we don't see any of the calcium and phosphorus together, versus what we see in Luke's control shots, by stereomicroscopy and electron microscopy, what we're seeing in the questioned bullet And based on looking at them both completely different texture.
The Laboratory of Electron Microscopy of the Biology Centre CAS organizes the EMBO practical course"Advanced methods of electron microscopy in cell biology" which take place from June 14 to June 24, 2016 in České Budějovice.
The programme includes state of the art fixation including cryo-methods, cutting of ultrathin sections from embedded or frozen samples, methods of negative staining and immunolabeling,specimen preparation for 3D electron microscopy and methods of specimen preparation for scanning electron microscopy.
The group's area of interest is environmental scanning electron microscopy and signal electron detection, and so it follows the more than 20-year tradition founded by Prof. Rudolf Autrata.
The technical solution relates to a set of nanoparticles of various sizes and/ or different elemental compositions that can be used to simultaneously highly sensitive imunomarking of three or more regions in biological structures to immunocytochemical analysis of antigen distribution in these biological structures andto describe their interactions using electron microscopy methods.
The Laboratory of Electron Microscopy of the Biology Centre CAS organizes the EMBO practical course"Advanced methods of electron microscopy in cell biology" which take place from June 14 to June 24.
Managed functionalization of nanomaterials, self-assembly, hybrid multidimensional systems, new methods and approaches to characterization of nanomaterials,progress in applications of electron microscopy, in scanning tunnelling microscopy and in microscopy of atomic powers, STM/AFM applications- study of chemical reactions, imaging of molecules; nanomechanics, methods of nano-manipulation, methods of computational chemistry for modelling of nanocrystalline materials and their interactions, advanced spectroscopic and synchrotron methods of study of nanomaterials.
Using transmission electron microscopy the group also researches the energy-dispersive analysis of electrically non-conducting samples, polymer samples, damp biological or other samples observer in the wet state, or even liquids.
They find employment as development workers in electron microscopy, microelectronics, powder metallurgy, quantum electronics(gas lasers and laser interferometers), material engineering, chemical industry, computer modelling and as programmers.
Extensive experience with methods of x-ray diffraction,optical and electron microscopy, thermal analysis, mass spectrometry, surface analysis as well as vibrational, atomic and NMR spectroscopy will facilitate fast adaptation of the graduates also to other fields in their technological and scientific work.