Fig. 47.1 OCT images of fresh, ex vivo porcine eyes after intra-cameral injection of contrast agents. From top to bottom: Control, triamcinolone acetonide 40 mg/mL, prednisolone acetate 1 %, and…

Fig. 22.1 Three-dimensional cutaway view of our 1,310 nm MEMS-VCSEL. InP gain region and GaAs mirror are integrated by wafer bonding. VCSEL is optically pumped at 980 nm (From Ref….

(37.1) where the intensity variance is V I = (〈I 2〉 − 〈I〉2), and the delay-dependent function F(τ) is a decorrelation function that has contributions from many different dynamic processes…

Fig. 71.1 Illustration of the effects of projection angle on angiographic visualization of an eccentric lesion. (a) Coronary angiogram of a lesion in the left-anterior descending artery. (b) Apparent diameters…

(39.1) In this expression, the mean squared field, E, as a function of scattering angle, θ, is related to the two-point density correlation function, Γρ(r), of the sample as a…

Fig. 26.1 Basic structures of breast tissue: lobule (a), milk duct (b), cutting cross milk duct with calcification (c), blood vessel (d), adipocytes (e), scar fibrous tissue (f), normal fibrous…

Fig. 75.1 Current long-range OCT system Fig. 75.2 Schematic (a) and picture (b) of LR-OCT probe Fig. 75.3 Schematic of external rotational motor and probe Acquired OCT data is processed…

Fig. 20.1 Typical output properties of a swept laser. (a) Tuning curve. (b) Time trace. (c) Spectrum. (d) Coherence. The definition of each parameter is described in the text Sweep…

Fig. 58.1 A handheld OCT system in use at a pause in retinal surgery [25] The principal advantage of the intraoperative HHOCT systems used to date in freehand mode is…

Fig. 63.1 A noncontact, small animal OCT imaging interface with the scan pivot located at the pupil of the murine eye. The imaging interface uses multiple achromatic lenses and a…