Diffuse optical imaging
... Arguably the most successful series of studies has been that performed by the Hitachi Medical Corporation (Tokyo, Japan) using their ETG-100 system (Koizumi et al. 2003). This optical topography system (Yamashita et al. 1999) uses eight laser diodes at 780 nm and eight at 830 nm and eight avalanche ...
... Arguably the most successful series of studies has been that performed by the Hitachi Medical Corporation (Tokyo, Japan) using their ETG-100 system (Koizumi et al. 2003). This optical topography system (Yamashita et al. 1999) uses eight laser diodes at 780 nm and eight at 830 nm and eight avalanche ...
Changes in spatial extent and peak double optical density of human
... The macular pigment (MP) is a yellow pigment found in the human fovea in both the inner and outer layers of the retina, and located along the axons of the cone photoreceptors [1]. It is mainly composed of two xanthophylls, lutein and zeaxanthin [2]. MP has a peak absorption wavelength at 460 nm but ...
... The macular pigment (MP) is a yellow pigment found in the human fovea in both the inner and outer layers of the retina, and located along the axons of the cone photoreceptors [1]. It is mainly composed of two xanthophylls, lutein and zeaxanthin [2]. MP has a peak absorption wavelength at 460 nm but ...
: (2%)
... dinary and extraordinary wave components, which are oriented in quadrature with respect to each other, and then provides a relative difference in phase delay be tween the ordinary and extraordinary wave compo nents. For any given electro-optic crystal of any given ...
... dinary and extraordinary wave components, which are oriented in quadrature with respect to each other, and then provides a relative difference in phase delay be tween the ordinary and extraordinary wave compo nents. For any given electro-optic crystal of any given ...
Optically induced forces in scanning probe microscopy
... Electromagnetic fields interact with a scanning probe by transferring energy or by imparting a momentum. Because these mechanisms may be inter-related, they both must be taken into account to properly describe the physical situation. In general, all interaction mechanisms result in forces acting on ...
... Electromagnetic fields interact with a scanning probe by transferring energy or by imparting a momentum. Because these mechanisms may be inter-related, they both must be taken into account to properly describe the physical situation. In general, all interaction mechanisms result in forces acting on ...
