Increasing the Resolution of Far
... Another important aspect of far-field fluorescence imaging is the considerable progress that has taken place in fluorescence labelling over the last decades. New fluorescent labels have offered biologists an efficient tool to mark the regions of concern inside the specimen. In biomedical application ...
... Another important aspect of far-field fluorescence imaging is the considerable progress that has taken place in fluorescence labelling over the last decades. New fluorescent labels have offered biologists an efficient tool to mark the regions of concern inside the specimen. In biomedical application ...
Chapter 12 Plane Waves at Boundaries and in Dispersive Media
... is of great importance, since the signal envelope will change its shape as it propagates. This can occur to an extent that at the receiving end, detection and faithful representation of the original signal become problematic. Dispersion thus becomes an important limiting factor in allowable propagat ...
... is of great importance, since the signal envelope will change its shape as it propagates. This can occur to an extent that at the receiving end, detection and faithful representation of the original signal become problematic. Dispersion thus becomes an important limiting factor in allowable propagat ...
Determination of the transfer function for optical surface topography
... developed can, however, be extended to most commercial instruments. A stylus-based primary instrument has also been developed and methods for calculating uncertainties using this instrument, based on a Monte Carlo approach, devised [16]. Calibration protocols and evaluation techniques have also been ...
... developed can, however, be extended to most commercial instruments. A stylus-based primary instrument has also been developed and methods for calculating uncertainties using this instrument, based on a Monte Carlo approach, devised [16]. Calibration protocols and evaluation techniques have also been ...
Optical investigations of Cd free Cu₂ZnSnS₄ solar cells
... 4-6 a) EQE b) reflectance for the configuration iv with CdS as buffer layer.......... 39 4-7 EQE of all layers for CZTS solar cell with CdS as buffer layer and different TCO and HRT layer combinations .............................................................................. 40 4-8 a) EQE b) re ...
... 4-6 a) EQE b) reflectance for the configuration iv with CdS as buffer layer.......... 39 4-7 EQE of all layers for CZTS solar cell with CdS as buffer layer and different TCO and HRT layer combinations .............................................................................. 40 4-8 a) EQE b) re ...
Supplementary Discussion - Word file
... -Oph 102 is measured, can be summarised as follows: 1. A simple script based on the IRAF task splot is used to determine the position of the continuum emission at different wavelengths. The Image Reduction and Analysis Facility (IRAF) is written and supported by the IRAF programming group at Nation ...
... -Oph 102 is measured, can be summarised as follows: 1. A simple script based on the IRAF task splot is used to determine the position of the continuum emission at different wavelengths. The Image Reduction and Analysis Facility (IRAF) is written and supported by the IRAF programming group at Nation ...
Isopropanol > Ethanol > Acetonitrile > Methanol
... and release in the presence of protein denaturants, such as SDS, Urea and 2propanol are reported in the literature1 and no other report is available on interaction between NCS-Chr and apoNCS. A pre-requiste to this is to have some studies. The literature is scant with respect to such model studies d ...
... and release in the presence of protein denaturants, such as SDS, Urea and 2propanol are reported in the literature1 and no other report is available on interaction between NCS-Chr and apoNCS. A pre-requiste to this is to have some studies. The literature is scant with respect to such model studies d ...
Chapter 5 Experimental Apparatus II
... to suppression of the absorption of rescattered light in the MOT. The second-hand absorption of photons that have already been spontaneously scattered by MOT atoms, or “radiation trapping,” leads to temperature and density limitations in free-space MOTs [Sesko91; Ellinger94]. These rescattering even ...
... to suppression of the absorption of rescattered light in the MOT. The second-hand absorption of photons that have already been spontaneously scattered by MOT atoms, or “radiation trapping,” leads to temperature and density limitations in free-space MOTs [Sesko91; Ellinger94]. These rescattering even ...
Nonlinear Microstructure Fibers
... appropriate dispersive delay can Figure 8 – Optical Pulse Compression ...
... appropriate dispersive delay can Figure 8 – Optical Pulse Compression ...
Kompleksni soedinenija
... Hence, the charge is simply calculated as an integral of the current-time function, i.e. t ...
... Hence, the charge is simply calculated as an integral of the current-time function, i.e. t ...
Downloaded - Maynooth University ePrints and eTheses Archive
... by fluorescent spectroscopy. They reported that only in the case of the Hg(II) cation were any significant changes in fluorescence observed. We decided to use fluorescence spectroscopy to see if we could obtain similar results to Rao and co-workers, as there may be sensitivity issues between 1 H NMR spe ...
... by fluorescent spectroscopy. They reported that only in the case of the Hg(II) cation were any significant changes in fluorescence observed. We decided to use fluorescence spectroscopy to see if we could obtain similar results to Rao and co-workers, as there may be sensitivity issues between 1 H NMR spe ...
Optical Fiber Sensors for Biomedical Applications
... environment (n0 =1), the acceptance angle will be correspondingly smaller in water (n0 =1.33). The NA of an optical fiber characterizes not only its ability to collect light from a source, but also preserve the light inside the fiber. The choice of wavelength range plays an important role in the sel ...
... environment (n0 =1), the acceptance angle will be correspondingly smaller in water (n0 =1.33). The NA of an optical fiber characterizes not only its ability to collect light from a source, but also preserve the light inside the fiber. The choice of wavelength range plays an important role in the sel ...
Document
... Write balanced equations for the following reactions: (a) The combination reaction that occurs when lithium metal and fluorine gas react. (b) The decomposition reaction that occurs when solid barium carbonate is heated. (Two products form: a solid and a gas.) Solution (a) The symbol for lithium is L ...
... Write balanced equations for the following reactions: (a) The combination reaction that occurs when lithium metal and fluorine gas react. (b) The decomposition reaction that occurs when solid barium carbonate is heated. (Two products form: a solid and a gas.) Solution (a) The symbol for lithium is L ...
Spectroscopy, Manipulation and Trapping of Neutral Atoms
... hundreds of nanometers. Typical taper lengths are ~6 cm, with the waist region being a few mm in length. ...
... hundreds of nanometers. Typical taper lengths are ~6 cm, with the waist region being a few mm in length. ...
Thermodynamics of Ion Association in the Saturated Solution of
... from solubility and the mean activity coefficient values obtained at 298.15K. The solubility of solutes in mixed solvents depends primarily on the solvation of the solutes or their constituent ions by the components of the solvent mixtures. In this study, the solubility of this barium diphenylamine ...
... from solubility and the mean activity coefficient values obtained at 298.15K. The solubility of solutes in mixed solvents depends primarily on the solvation of the solutes or their constituent ions by the components of the solvent mixtures. In this study, the solubility of this barium diphenylamine ...
Blooming Thermal- Laboratory Experiments Bernadette Johnson
... in the process of an adaptive optics phase correction. (For an introduction to adaptive optics concepts, see the article by Greenwood [1] in this issue.) The highenergy laser beam is assumed to have regions of local intensity maxima, or "hot spots," which are represented by the darker zones in Figur ...
... in the process of an adaptive optics phase correction. (For an introduction to adaptive optics concepts, see the article by Greenwood [1] in this issue.) The highenergy laser beam is assumed to have regions of local intensity maxima, or "hot spots," which are represented by the darker zones in Figur ...
Bessel beams: diffraction in a new light
... minimum diameter of 34l with l being the beam wavelength [1]) which did not spread. Of course the reality is a little more down to earth. A Bessel beam gets its name from the description of such a beam using a Bessel function, and this leads to a predicted cross-sectional profile of a set of concentr ...
... minimum diameter of 34l with l being the beam wavelength [1]) which did not spread. Of course the reality is a little more down to earth. A Bessel beam gets its name from the description of such a beam using a Bessel function, and this leads to a predicted cross-sectional profile of a set of concentr ...
Ultraviolet–visible spectroscopy
Ultraviolet–visible spectroscopy or ultraviolet-visible spectrophotometry (UV-Vis or UV/Vis) refers to absorption spectroscopy or reflectance spectroscopy in the ultraviolet-visible spectral region. This means it uses light in the visible and adjacent (near-UV and near-infrared [NIR]) ranges. The absorption or reflectance in the visible range directly affects the perceived color of the chemicals involved. In this region of the electromagnetic spectrum, molecules undergo electronic transitions. This technique is complementary to fluorescence spectroscopy, in that fluorescence deals with transitions from the excited state to the ground state, while absorption measures transitions from the ground state to the excited state.