Optical Properties of Aluminum Oxide
... of the image before, during, and after data acquisition showed no sign of electron-beam irradiation damage of the specimen. The energy dispersion was 0.1 eV, which corresponded to 100 eV width of the spectrum. For each measurement, two spectra (for 10 s each) were acquired, one covering the energy r ...
... of the image before, during, and after data acquisition showed no sign of electron-beam irradiation damage of the specimen. The energy dispersion was 0.1 eV, which corresponded to 100 eV width of the spectrum. For each measurement, two spectra (for 10 s each) were acquired, one covering the energy r ...
Ultralow-Noise SiN Trampoline Resonators for
... Whereas bottom-up techniques can assemble a small number of atoms to produce exquisite low-temperature sensors, the technology is comparatively young, and it is difficult to incorporate additional structures and/or probes. These low-mass objects also tend to have low spring constants (about 300 μN=m ...
... Whereas bottom-up techniques can assemble a small number of atoms to produce exquisite low-temperature sensors, the technology is comparatively young, and it is difficult to incorporate additional structures and/or probes. These low-mass objects also tend to have low spring constants (about 300 μN=m ...
Physic
... For two objects to be just resolved first minima of one should fall on central maxima of other. This statement was given by a) Einstein. b) Michelson and Morley. c) Rayleigh. d) Newton ...
... For two objects to be just resolved first minima of one should fall on central maxima of other. This statement was given by a) Einstein. b) Michelson and Morley. c) Rayleigh. d) Newton ...
Axial birefringence in high-numerical-aperture optical
... general description of focusing in anisotropic media was given by Stamnes and Jiang.16 They applied their general theory to the particular case of focusing with a cylindrical lens into a birefringent medium with its uniaxial ...
... general description of focusing in anisotropic media was given by Stamnes and Jiang.16 They applied their general theory to the particular case of focusing with a cylindrical lens into a birefringent medium with its uniaxial ...
The Impact of Computers on the Design and Manufacture of Optical
... overall thickness is sufficiently large for the problem on hand [16]. In the fifties and early sixties work was started in different laboratories on more powerful thin film design methods that did not require starting designs. Such computer programs are commonly called synthesis methods. In Russia, ...
... overall thickness is sufficiently large for the problem on hand [16]. In the fifties and early sixties work was started in different laboratories on more powerful thin film design methods that did not require starting designs. Such computer programs are commonly called synthesis methods. In Russia, ...
Characterization of acceptance angles of small circular
... systems that utilize widely-spaced submicron apertures for high resolution imaging. The optofluidic microscope system (OFM), a high-resolution lenless microscope system that deliver specimens microfluidically across slanted arrays of micrometer-size apertures fabricated on a metal-coated CMOS sensor ...
... systems that utilize widely-spaced submicron apertures for high resolution imaging. The optofluidic microscope system (OFM), a high-resolution lenless microscope system that deliver specimens microfluidically across slanted arrays of micrometer-size apertures fabricated on a metal-coated CMOS sensor ...
Transformational Plasmon Optics Yongmin Liu, Thomas Zentgraf, Guy Bartal,
... that SPPs can be molded more effectively and efficiently than ever, with only isotropic, nonmagnetic, and nondispersive dielectric materials introduced by the transformation. SPPs are bound surface waves at metal-dielectric interfaces, which implies that both the metal and dielectric materials need ...
... that SPPs can be molded more effectively and efficiently than ever, with only isotropic, nonmagnetic, and nondispersive dielectric materials introduced by the transformation. SPPs are bound surface waves at metal-dielectric interfaces, which implies that both the metal and dielectric materials need ...
Practical aspects of Microscopy
... Microscopy is a field of investigation which is used to study objects which are too small to be easily viewed by the human eye. Viewing and studying objects that range in size from millimeters (1 mm = 10-3 meter) to nanometers (1 nm = 10-9 meter) intrigues everyone and is currently applied to every ...
... Microscopy is a field of investigation which is used to study objects which are too small to be easily viewed by the human eye. Viewing and studying objects that range in size from millimeters (1 mm = 10-3 meter) to nanometers (1 nm = 10-9 meter) intrigues everyone and is currently applied to every ...
Transformational Plasmon Optics Yongmin Liu, Thomas Zentgraf, Guy Bartal,
... that SPPs can be molded more effectively and efficiently than ever, with only isotropic, nonmagnetic, and nondispersive dielectric materials introduced by the transformation. SPPs are bound surface waves at metal-dielectric interfaces, which implies that both the metal and dielectric materials need ...
... that SPPs can be molded more effectively and efficiently than ever, with only isotropic, nonmagnetic, and nondispersive dielectric materials introduced by the transformation. SPPs are bound surface waves at metal-dielectric interfaces, which implies that both the metal and dielectric materials need ...
Free-space - University of California, San Diego
... stage. Here the output signal from the first link was used to drive the second link directly, and there was no signal processing or logic circuit in between. From both the simulation and the experimental results above, we know that the signal from one link has a rise–fall time of more than 2 ns. The ...
... stage. Here the output signal from the first link was used to drive the second link directly, and there was no signal processing or logic circuit in between. From both the simulation and the experimental results above, we know that the signal from one link has a rise–fall time of more than 2 ns. The ...
The mechanics of adhesion polymers and their
... The trap itself is usually formed using a high numerical aperture (NA) microscope objective and the setup is usually built around an inverted microscope [33, 34]. This makes imaging of the sample easy since all optics is already there. In addition, it also makes it very straight forward to include m ...
... The trap itself is usually formed using a high numerical aperture (NA) microscope objective and the setup is usually built around an inverted microscope [33, 34]. This makes imaging of the sample easy since all optics is already there. In addition, it also makes it very straight forward to include m ...
Laser Collimation of a Chromium Beam Using Doppler Force Wen
... typically uses a series of cylindrical atomic lenses formed by an optical standing wave (SW) to focus or manipulate atoms and deposit an atomic beam onto a substrate [1]. The collimation of the atomic beams plays an important role in atom lithography technology for two main reasons: the structure wi ...
... typically uses a series of cylindrical atomic lenses formed by an optical standing wave (SW) to focus or manipulate atoms and deposit an atomic beam onto a substrate [1]. The collimation of the atomic beams plays an important role in atom lithography technology for two main reasons: the structure wi ...
Coherent Laser Beam Addition: Application of Binary-Optics Technology An
... introduced new aspheric design flexibility. new temperature compensation techniques. and materials choices in electrooptic ...
... introduced new aspheric design flexibility. new temperature compensation techniques. and materials choices in electrooptic ...
Lenserf Reflection, Fresnel Reflection,
... are amplified rather than absorbed, and thus they always increase in amplitude with distance away from the interface for both below-critical and above-critical angles of incidence. These solutions are therefore the opposite of evanescent. Since there is no antonym to the term evanescent other than th ...
... are amplified rather than absorbed, and thus they always increase in amplitude with distance away from the interface for both below-critical and above-critical angles of incidence. These solutions are therefore the opposite of evanescent. Since there is no antonym to the term evanescent other than th ...
Retroreflector
A retroreflector (sometimes called a retroflector or cataphote) is a device or surface that reflects light back to its source with a minimum of scattering. In a retroreflector an electromagnetic wavefront is reflected back along a vector that is parallel to but opposite in direction from the wave's source. The angle of incidence at which the device or surface reflects light in this way is greater than zero, unlike a planar mirror, which does this only if the mirror is exactly perpendicular to the wave front, having a zero angle of incidence.