Abstract:
본명세서는보다정확한출력을포함할수 있는광대역색도계를제공하는방법에관한다양한실시예들을설명한다. 일실시예에서, 분광계또는분광기등의협대역장비는광대역색도계의보정에사용될수 있고, 따라서더 정확한출력이제공될수 있다. 일실시예에서, 광대역색도계및 협대역분광기로구성된광 테스트장비는보다정확하게보정된광대역색도계를제공하는데사용될수 있다. 예로서, 광대역색도계및 협대역분광기로구성된하이브리드시스템인스펙트럼카메라는광대역색도계및 협대역분광기에의한동시테스트에사용될수 있다. 통시테스트에의해광대역색도계의정확한보정이달성될수 있다. 본명세서는협대역다중채널분광계를갖는광대역세 채널색도계를특징화하는수학적모델을더 기술한다.
Abstract:
The purpose of the present invention is to improve user convenience in use by classifying the correction of radiation change by an optical fiber and the correction of radiation change by a measurement cell. An optical analyzer comprises: an optical fiber (51(52)) which is arranged at least one among a gap between a light source (3) and a measurement cell (2) and a gap between the measurement cell (2) and an optical detector (4); an optical path switching means (6) which switches between a measurement cell passing condition (P) in which an optical path (L) formed by an optical transmission means (5) passes the measurement cell (2), and a measurement cell non-passing condition (Q) in which the optical path (L) formed the optical transmission means (5) passes a region different from the measurement cell (2) and performs a correction process for a first correction having a long correction period in the measurement cell passing condition (P) and a correction process for a second correction with a short correction period in the measurement cell non-passing condition (Q).
Abstract:
PURPOSE: A light guides of the manufacturing method thereof silver image sensor and image sensor are formed into the different width. The photonic efficiency of the image sensor is improved. CONSTITUTION: A plurality of photoelectric transform portion(110R, 110G, 110B) is formed in the semiconductor substrate(101) within the active area. In order to be income to the photoelectric transform portion a plurality of the light guide(330R, 330G, 330B) guides the light which is income from outside to the semiconductor substrate.
Abstract:
Zobrazující spektrograf je tvorený první optickou soustavou (104), spektrální filtracní jednotkou, druhou optickou soustavou (124) a detektorem (114). Spektrální filtracní jednotka je tvorena alespon jedním optickým filtrem (110), pro jehož umístení vuci obema optickým soustavám (104, 124) platí z.sub.1.n.z.sub.1.n.´ = f.sub.1.n.f.sub.1.n.´ a z.sub.2.n.z.sub.2.n.´ = f.sub.2.n.f.sub.2.n.´, kde z.sub.1.n. je vzdálenost zobrazovaného predmetu (102) od predmetového ohniska první optické soustavy (104), z.sub.1.n.´ je vzdálenost filtru (110) od obrazového ohniska první optické soustavy (104), f.sub.1.n. resp. f.sub.1.n.´ je predmetová resp. obrazová ohnisková vzdálenost první optické soustavy (104), z.sub.2.n. je vzdálenost filtru (110) od predmetového ohniska druhé optické soustavy (124), z.sub.2.n.´ je vzdálenost detekcní plochy detektoru (114) od obrazového ohniska druhé optické soustavy (124) a f.sub.2.n. resp. f.sub.2.n.´ je predmetová resp. obrazová ohnisková vzdálenost druhé optické soustavy (124).