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Optical brain imaging using functional near infra-red spectroscopy (fNIRS) offers a portable and noninvasive tool for monitoring of blood oxygenation. In this paper we have introduced a new miniaturiz...
A self-ordered ring (SOR) fluorescence microscopic imaging technique has been developed for the determination of trace amounts of sulfadiazine based on its derivatization with fluorescamine. In the pr...
Based on the self-ordered ring (SOR) fluorescence microscopic imaging technique on a hydrophobic glass slide with Zn2+ and cetyltrimethyl ammonium bromide (CTMAB) as sensitizer, and poly (vinyl alcoho...
Imaging of micro particles in micro-fluidic channels is one of the recent thrust areas in research as it provides more flexibility in setup and analysis compared to conventional microscopy. However, a...
A hard x-ray transmission microscope with 30 nm spatial resolution has been developed employing the third diffraction order of a zone plate objective. The microscope utilizes a capillary type condense...
Annularly distributed light is proposed to increase the spatial resolution when observing a water surface. When light with an annular distribution is used to illuminate the entrance pupil of an obje...
Radio-over-fibre phase contrast imaging is a new technique for object characterization in hostile environments. Commercially-available 1550nm/1310nm VCSELs and a reflective electro-absorption transduc...
Based on the classical optical coherent theory and the extended Huygens-Fresnel integral, ghost imaging with partially coherent light radiation through turbulent at-mosphere has been studied. The anal...
A multiprism lens (MPL) is a refractive X-ray lens, and its chromatic properties can be employed in an energy filtering setup to obtain a narrow tunable X-ray spectrum. We present the first evaluation...
Near-field optical microscopy provides us with super-resolving capability of optical and spectroscopic imaging/sensing by confining photons within a much smaller region than their wavelength. In this ...
Ultrafast time-resolved imaging gate provides interesting tools for observation of ultrafast phenomena, three-dimensional shape measurements, and biomedical imaging. In this paper, various time-resolv...
Recent developments of high speed imaging of biological tissues using optical radiation is reviewed in this paper. Especially, coherence optical gating (optical coherence tomography) and temporal opti...
A 3-chip CCD imaging system has been developed for quantitative in vivo fluorescence imaging. This incorporates a ratiometric algorithm to correct for the effects of tissue optical absorption and scat...
为了促进国际光电子探测与成像技术的发展与应用,继成功举办前两届“国际光电探测与成像技术学术交流会”之后,中国宇航学会光电技术专业委员会联合国际光学工程学会(SPIE)将于2009年6月共同举办第三届国际光电子探测与成像技术学术交流会。此次会议规模预计超过500人,组委会将邀请国外50余位专家到会作专题技术报告。
The paper presents an analysis of self-imaging phenomena in gradient multimode interference (MMI) structures produced by K+–Na+ ion exchange in glass. This investigation concerned curved MMI structure...

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