PROBLEM TO BE SOLVED: To realize a compound microscope/combining the functions of a plurality of conventional microscopes, that can observe and measure paying attention to the same region, while making the surface and internal structure, mechanical property and electrical properties correspond.;SOLUTION...
When combined with a laser light source, focal plane resolution of 15-20 nanometers can be achieved. However, in routine microscopic observations the highest resolution possible is usually unnecessary. How Does a Microscope Work? - In great Detail Return from Microscope Resolution to Compound Light...
Super-resolution microscopes allow the visualization of the cellular sample with a resolution similar to that of an optical fluorescence microscope and diffraction-limited resolution. It is possible to uniquely visualize the desired molecular species in three dimensions, cellular environment, and the live ...
compound. These are thepurestspectrum(A) and the purest spectrum (B). In fact, these two spectra are the two purest rows inXwhich are the best available estimators of the two pure spectra. These estimates can be improved. First we know that the normalized pure spectra are located on the ...
structure, and epitaxy A7570F Magnetic ordering in multilayers A7550R Magnetism in interface structures A6822 Surface diffusion, segregation and interfacial compound formation A7550C Ferromagnetism of nonferrous metals and alloys A7530G Magnetic anisotropy/ Co-Pt/int Co /int Pt/int Co/el Pt /el ...
Thus, imaging on the atomic scale is well beyond the reach of optical instruments, even when very large angular apertures corresponding to higher resolution are used. On the other hand, since the wavelength of the energetic electron is much less than 1 Å, the electron microscope has in ...
A microscope for hard x rays based on parabolic compound refractive lenses They open considerable possibilities in x-ray microscopy, tomography, microanalysis, and coherent scattering. Based on these lenses a microscope for hard x ... B Lengeler,CG Schroer,M Richwin,... - 《Applied Physics ...
White boxes show the location of zoom-ins. The following compound concentrations were used: 100 nM LUXendin645 (SRRF) and 100–400 nM LUXendin651 (STED). Mean ± s.e.m. are shown. Source data are provided as a Source Data file. Full size image LUXendin645 and Luxendin651 ...
The new phase was believed to be a TiBx (x≈0.25) compound by computer simulations of its HRTEM images and electron diffraction patterns (EDP's). The formation of the TiBx phase within the TiB2 fibres can be used to explain the domain structure and its growth mechanism inside the TiB2 ...
This equipment comprises a flat, horizontal, stainless steel bench up to 60 m long, which has a measuring carriage consisting of a cube corner reflector and an attached microscope. The tape is stretched along the table and the scale graduations are located through the microscope. The position ...