{"type":"word","wordData":{"simplified":"光学","traditional":"光學","senses":[{"id":52083,"simplified":"光学","traditional":"光學","pinyin":"guang1 xue2","gloss":"optics","definition":"the branch of physics that deals with the properties, behavior, and nature of light","variantPinyin":[],"variants":[],"separableParts":[],"occurrences":1,"sentenceCount":1,"posTags":["NOUN"],"featuredExamples":[{"id":218276,"html":"他使用该望远镜研究光学并证明他的光与色理论。","enText":"He used the telescope to study optics and to prove his theory of light and color.","sourceName":"CCMatrix","sourceUrl":"https://opus.nlpl.eu/datasets/NLLB"}]}],"references":[],"decomposition":{"52083":[{"orderIndex":0,"segmentText":"光","partId":8851,"sourceId":null,"kind":"literal","partSimplified":"光","partTraditional":"光","partPinyin":"guang1","partGloss":"light","partDefinition":"light; ray; beam of light","partPosTags":["NOUN"],"sourceSimplified":null,"sourceTraditional":null,"sourcePinyin":null,"sourceGloss":null,"sourceDefinition":null,"sourcePosTags":null},{"orderIndex":1,"segmentText":"学","partId":26055,"sourceId":null,"kind":"bound","partSimplified":"学","partTraditional":"學","partPinyin":"xue2","partGloss":"branch of learning","partDefinition":"(bound form) a subject or branch of study; often used as a suffix for -logy, -ics, or -science","partPosTags":["NOUN","AFFIX"],"sourceSimplified":null,"sourceTraditional":null,"sourcePinyin":null,"sourceGloss":null,"sourceDefinition":null,"sourcePosTags":null}]},"frequency":{"subtlexPerMillion":1.19,"subtlexContextDiversityPct":1,"bccPerMillion":11.57810706218866}},"commonWords":[{"simplified":"光学","traditional":"光學","pinyin":"guang1 xue2","gloss":"optics","definition":"the branch of physics that deals with the properties, behavior, and nature of light","perMillion":11.5781070621887},{"simplified":"光学纤维","traditional":"光學纖維","pinyin":"guang1 xue2 xian1 wei2","gloss":"optical fiber","definition":"A glass fiber used to transmit light signals through total internal reflection. It is as thin as a human hair and offers high speed, large capacity, and security. Also known as [[光纤|光纖|guang1 xian1]] or [[光导纤维|光導纖維|guang1 dao3 xian1 wei2]].","perMillion":0.0248564368978242},{"simplified":"光学字符识别","traditional":"光學字符識別","pinyin":"guang1 xue2 zi4 fu2 shi2 bie2","gloss":"optical character recognition","definition":"optical character recognition; OCR","perMillion":0},{"simplified":"光学显微镜","traditional":"光學顯微鏡","pinyin":"guang1 xue2 xian3 wei1 jing4","gloss":"optical microscope","definition":"a type of microscope that uses visible light and a system of lenses to magnify images of small objects","perMillion":0},{"simplified":"光学玻璃","traditional":"光學玻璃","pinyin":"guang1 xue2 bo1 li5","gloss":"optical glass","definition":"High-quality glass with specific refractive and dispersive properties used to manufacture lenses for instruments such as cameras, telescopes, and microscopes","perMillion":0},{"simplified":"光学仪器","traditional":"光學儀器","pinyin":"guang1 xue2 yi2 qi4","gloss":"optical instrument","definition":"An instrument such as a telescope or microscope that uses lenses, mirrors, or prisms to manipulate light and show images or analyze optical properties.properties","perMillion":0},{"simplified":"光学雷达","traditional":"光學雷達","pinyin":"guang1 xue2 lei2 da2","gloss":"lidar","definition":"lidar; optical radar technology used for measuring distances using laser light","perMillion":0},{"simplified":"几何光学","traditional":"幾何光學","pinyin":"ji3 he2 guang1 xue2","gloss":"geometric optics","definition":"the branch of optics that describes light propagation in terms of rays","perMillion":0},{"simplified":"纤维光学","traditional":"纖維光學","pinyin":"xian1 wei2 guang1 xue2","gloss":"fiber optics","definition":"the science and technology of using thin glass or plastic threads to transmit light, commonly used for high-speed communications and medical equipment","perMillion":0},{"simplified":"非线性光学","traditional":"非線性光學","pinyin":"fei1 xian4 xing4 guang1 xue2","gloss":"nonlinear optics","definition":"the branch of physics that deals with the interaction of light with matter in which the response depends nonlinearly on the intensity of the light","perMillion":0}]}