publisher[Abstract] High-energy electron microscopy has been improved from a powerful tool for both characterization and identification of the materials to an indispensable "micro-laboratory". In the laboratory, various specimen treatments have been carried out directly and precisely in the atomic scale to give new functional behavior to the materials. In the present paper, contribution of the electron channeling to various advantages of the high voltage electron microscopy is discussed, and some applications of the high voltage electron microscope "micro-laboratory", especially high-energy electron beam science and engineering, are shown on the following electron irradiation induced phenomena; a) crystalline-amorphous transition of materia...
The recent improvements in the optical performance of high resolution electron microscopes allows fo...
Transmission Electron Microscopy presents the theory of image and contrast formation, and the analyt...
Previous studies of the effects of the interaction of electron beams with bilayers of amorphous chal...
Some applications of high voltage electron microscope (HVEM) at Hitachi are reviewed. Accompanied by...
At first, a brief historical sketch of the development of in-situ experiments in electron microscope...
Abstract. High voltage electron microscopy (HVEM), using electron energies adequate for causing disp...
The high-resolution transmission electron microscopic investigation of electron beam-sensitive mater...
A brief outline is given of the processes of knock-on damage and electronic damage in electron micro...
In addition to revealing the internal microstructures of materials, the high-voltage electron micros...
Abstract. 2014 For the purpose to observe and analyze the transient phenomena after the start of irr...
We review the use of transmission electron microscopy (TEM) and associated techniques for the analys...
High voltage, high resolution electron microscopy has been applied to the study of crystal structure...
Examples are shown that illustrate rapid changes that can take place while a thin foil specimen is u...
Many special techniques have been developed in electron microscopy. Electron tomograpy is used to ge...
A novel, in situ, high voltage electron microscopy technique for the direct observation of the micro...
The recent improvements in the optical performance of high resolution electron microscopes allows fo...
Transmission Electron Microscopy presents the theory of image and contrast formation, and the analyt...
Previous studies of the effects of the interaction of electron beams with bilayers of amorphous chal...
Some applications of high voltage electron microscope (HVEM) at Hitachi are reviewed. Accompanied by...
At first, a brief historical sketch of the development of in-situ experiments in electron microscope...
Abstract. High voltage electron microscopy (HVEM), using electron energies adequate for causing disp...
The high-resolution transmission electron microscopic investigation of electron beam-sensitive mater...
A brief outline is given of the processes of knock-on damage and electronic damage in electron micro...
In addition to revealing the internal microstructures of materials, the high-voltage electron micros...
Abstract. 2014 For the purpose to observe and analyze the transient phenomena after the start of irr...
We review the use of transmission electron microscopy (TEM) and associated techniques for the analys...
High voltage, high resolution electron microscopy has been applied to the study of crystal structure...
Examples are shown that illustrate rapid changes that can take place while a thin foil specimen is u...
Many special techniques have been developed in electron microscopy. Electron tomograpy is used to ge...
A novel, in situ, high voltage electron microscopy technique for the direct observation of the micro...
The recent improvements in the optical performance of high resolution electron microscopes allows fo...
Transmission Electron Microscopy presents the theory of image and contrast formation, and the analyt...
Previous studies of the effects of the interaction of electron beams with bilayers of amorphous chal...