PPT-Hemispherical Confocal Imaging using Turtleback Reflector

Yasuhiro Mukaigawa Osaka University Seiichi Tagawa Osaka University Jaewon Kim MIT Media Lab Ramesh Raskar MIT Media Lab Yasuyuki Matsushita Microsoft Research Asia Yasushi Yagi Osaka University. Lecture . 07: . Confocal Microscopy. Adding the Third Dimension. Lecture . 7: Confocal Microscopy. Optical Sectioning: adding the third dimension. Wide-field . Imaging. Point . Spread Function. Deconvolution. A Statistical Study and . Potential Software Tools For Practitioners . Carol . Gambino. , Patrick McLaughlin, Loretta . Kuo. , . Peter . Diaczuk. , Gerard . Petillo. , . Frani. . Kammerman. , Lauren . microlens. array. Antony Orth and Kenneth . Crozier. 8 . May. CLEO . 2012. Microscopy with lens arrays. What is high . thoughput. microscopy?. Experimental setup – . confocal. system. Lens array characteristics, resolution. M.J. EASTER' Forest Science Department, Oregon State University, Corvallis, OR 97331, U.S.A. AND USDA Forest Service, Pacific Northwest Research Station, Forest Science Laboratory, 3200 Jefferson Way, Illustrations. The . Stacking Chart and Normal . Moveout. Creating a seismic reflection section or profile requires merging the ``pure profiling'' aspects of the survey with its ``pure sounding'' aspects. lecture. 16. November 2011. Fourier. plane. Point . object. Image. f. f. f. f. a. a. ’. Magnification. : m=1. Angles. : sin(. a. ’)=sin(. a) .  . a. ’=. a. Magnification and resolution: the Abbe limit. Illustrations. The . Stacking Chart and Normal . Moveout. Creating a seismic reflection section or profile requires merging the ``pure profiling'' aspects of the survey with its ``pure sounding'' aspects. Lecture 16:. Super-resolution microscopy: Part . 2. Lecture 16: Super-resolution microscopy and TIRFM. Single molecule imaging. Total internal reflection fluorescence microscopy (TIRFM). Super-resolution techniques . International Symposium on . Radioglaciology. 9/09/2013. Nicholas . Holschuh. , Sridhar . Anandakrishnan. , Knut Christianson. Introduction. Stacking. Refraction . Objectives of RES. Conclusions. R. Pattern. MICROWAVE ANTENNA. Definition. A . conductor or group of conductors used either for radiating electromagnetic . energy into space.  . or for.  . collecting.  . it from space.. or . Is a structure which may be described as a metallic object, often a wire or a collection of wires through specific design capable of converting high frequency current into EM wave and transmit it into free space at light velocity with high power (kW) besides receiving EM wave from free space and convert it into high frequency current at much lower power (. Outline. Introduction. Optical Microscopy. Types of Optical Microscopes. Confocal Microscopy. Laser Scanning Confocal Microscopy. Examples. Optical Microscopy. Optical microscopy is the oldest type of microscope and uses visible light and a system of lenses to create an image of the sample. John Buscombe. Introduction. Inflammation. Simple imaging-bone scintigraphy. PET . techniquies. Infection-bone. Infection SPECT-CT. Infection PET-CT. Summary. Background. Publishing on imaging infection since 1988. Adrenal glands can be affected by a variety of lesions. Adrenal lesions can either be primary, of adrenal origin, or secondary to other pathologies. Primary adrenal lesions can further be either of cortical or medullary origin. Functioning adrenal lesions can also give clues to the histologic diagnosis and direct workup. Over the years, various imaging techniques have been developed that have increased diagnostic accuracy and helped in better characterization of adrenal lesions non-invasively. In the first part of the two part series, we review adrenal imaging techniques and adrenal cortical tumors such as adenomas, adrenocortical tumors, adrenal hyperplasia and oncocytomas. Unlocking solutions in Imaging: . working together to learn from . failings in the NHS. Dr Tony Dysart . Senior Lead Clinician, Parliamentary and Health Service Ombudsman . Parliamentary and Health Service Ombudsman.