Y.H. Kim, G. Voulgaris, and M.A. Goni, 2005, Estimation of
... Estuaries are dynamic environments that play an important role in the cycling of particulate organic carbon (POC). Tidal and residual flows, as the latter might be influenced by bathymetry, freshwater discharge and/or atmospheric forcing determine the net flux and transport of POC. Traditional wet-c ...
... Estuaries are dynamic environments that play an important role in the cycling of particulate organic carbon (POC). Tidal and residual flows, as the latter might be influenced by bathymetry, freshwater discharge and/or atmospheric forcing determine the net flux and transport of POC. Traditional wet-c ...
Research Express@NCKU Form (English example) Item Content
... decreased separation distance. Hence, the localized coupling interaction and resultant EM field distribution of a nanoparticle pair are systematically affected by both the interparticle distance and incident polarization. The polarization- and distance-dependent coupling properties suggest a possibl ...
... decreased separation distance. Hence, the localized coupling interaction and resultant EM field distribution of a nanoparticle pair are systematically affected by both the interparticle distance and incident polarization. The polarization- and distance-dependent coupling properties suggest a possibl ...
Off-axis compressed holographic microscopy in low
... We want to recover g from a small number of measurements F |Γ = Φf in the detector plane, where F |Γ ⊂ F . Φ is a (M ×N ) sensing matrix encoding the Fresnel transform (eq. 2) and the sampling of a subset Γ of M pixels, randomly distributed among the N pixels of the detection array. We want M to be ...
... We want to recover g from a small number of measurements F |Γ = Φf in the detector plane, where F |Γ ⊂ F . Φ is a (M ×N ) sensing matrix encoding the Fresnel transform (eq. 2) and the sampling of a subset Γ of M pixels, randomly distributed among the N pixels of the detection array. We want M to be ...
CP1: Investigation into the Feasibility of a Three Axis
... being colourless and transparent [12] and results in the need to use dyes to increase contrast. It is often the case that such features, despite being colourless and transparent, do have varying refractive indexes. This produces the reflections and/or changes in optical path length1 required for int ...
... being colourless and transparent [12] and results in the need to use dyes to increase contrast. It is often the case that such features, despite being colourless and transparent, do have varying refractive indexes. This produces the reflections and/or changes in optical path length1 required for int ...
Why Optical Images are Easier to Understand Than Radar Images
... High spatial resolution radars and optical cameras are two major kinds of sensors for civilian earth observation, and military applications. Their images are quite different from each other and radar images are usually much more difficult to understand [1–3]. This paper will discuss about this issue ...
... High spatial resolution radars and optical cameras are two major kinds of sensors for civilian earth observation, and military applications. Their images are quite different from each other and radar images are usually much more difficult to understand [1–3]. This paper will discuss about this issue ...
Stellar Activity with SONG
... One grism with an echelle grating Intermediate resolution (2-pixel R=2500, with dispersion 2.5-4.1 Angstrom/pixel) in J (5th and 6th order), H (4th order) and K (3rd order) when used with the WFC The grism is used in combination with the JHK filter set. Slit width of 128 microns (1 arcsec) ...
... One grism with an echelle grating Intermediate resolution (2-pixel R=2500, with dispersion 2.5-4.1 Angstrom/pixel) in J (5th and 6th order), H (4th order) and K (3rd order) when used with the WFC The grism is used in combination with the JHK filter set. Slit width of 128 microns (1 arcsec) ...
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 ...
EXTERNAL MODULATION
... max), whereas for external modulation the slope efficiency scales with CW laser power. • Laser diodes limited to 30 GHz max (unless optical injection locking is used), whereas up to at least 100 GHz has been reported with modulators. • Many Mach-Zehnder modulators are based on lithium niobate and ar ...
... max), whereas for external modulation the slope efficiency scales with CW laser power. • Laser diodes limited to 30 GHz max (unless optical injection locking is used), whereas up to at least 100 GHz has been reported with modulators. • Many Mach-Zehnder modulators are based on lithium niobate and ar ...
Immersion microscopy based on photonic crystal materials
... crystal space”, while the same portion of the electromagnetic spectrum (limited by the kmax value) is available to an experimentalist. Because of the photonic crystal periodicity, the points in Fourier space separated by integer multiples of the inverse lattice vectors are equivalent to each other. ...
... crystal space”, while the same portion of the electromagnetic spectrum (limited by the kmax value) is available to an experimentalist. Because of the photonic crystal periodicity, the points in Fourier space separated by integer multiples of the inverse lattice vectors are equivalent to each other. ...
Measuring amplitude and phase of light emerging from
... We studied diffraction of light from an even finer grating than 2-μm period with the aim to analyze Talbot effects when the periodicity becomes very close to the operation wavelength. In our experiments, a plane wave of 642 nm illuminates a 1-μm-period amplitude grating. The space behind the grating ...
... We studied diffraction of light from an even finer grating than 2-μm period with the aim to analyze Talbot effects when the periodicity becomes very close to the operation wavelength. In our experiments, a plane wave of 642 nm illuminates a 1-μm-period amplitude grating. The space behind the grating ...
