感光
- 与 感光 相关的网络例句 [注:此内容来源于网络,仅供参考]
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Photographic film is one of the common photosensitive matierals and information carriers.
胶片是常见的感光材料和信息载体之一。
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A digital camera is equipped with an electronic photosensitive sensor.
数码相机配备了一个电子感光传感器。
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However, research on CCD Camera Photosensitivity Parameters Measurement System is limited in both domestic and oversea.
而专门用来测量CCD摄像机感光参数的测试系统国内外都比较少。
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Photosensitivity may be defined as sensitivity of the skin to a light source.
感光可以被定义为敏感性皮肤光源。
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The mechanism of photosensitivity and phototaxis was studied with optical andelectrophysiological method. The results are as follows:1 among three kinds of Chysopa peral. of the compound eyes show little daily change in Chrysopa sinica Tjedar .The model and color of psesudpopupil show significant daily change in Chrysopa septempzhbybimctata Wesmacl and Chrysopa formosa Brauer, color and diameter of the psesudpopupil of the compound eyes in Chrysopa septempunctata Wesmacl make rapid change at noon, afternoon ,night are similar ,but make little change in the morning and the next morning. Diameter of psesudpopupil of compound eyes is the biggest in the afternoon, which of Chrysopa formosa Brauer, is the biggest at noon.
本文应用光学及电生理学方法对棉铃虫优势种天敌—中华草蛉、大草蛉和丽草蛉3种草蛉的感光和趋光机制进行了研究,主要研究结果如下: 1、中华草蛉、大草蛉、丽草蛉复眼伪瞳孔大小、颜色昼夜间有节律性变化,且种间具有不同的变化模式。3种草蛉中,中华草蛉复伪瞳孔大小昼夜节律变化不明显,其模式和颜色上亦基本无变化,中间为一小黑点,其外围是绿色,最外层为红色,形状为正六边形:大草蛉、丽草蛉的复眼伪瞳孔大小昼夜间不同,大草蛉的复眼伪瞳孔在中午、下午、晚上变大,早晨和次日早晨基本一致,但次日早晨稍小些。
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Objective To study the ideal ablation depth for harvesting sheets of photoreceptor cells from retina by using the excimer laser with PTK (phototherapeutic keratectomy,PTK) mode.
目的 探讨PTK切削方式下,准分子激光切削视网膜制备理想感光细胞片层所需的最佳切削深度。
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ObjectiveTo study the ideal ablation depth for harvesting sheets of photoreceptor cells from retina by using the excimer laser with PTK (phototherapeutic keratectomy,PTK) mode.
目的探讨PTK 切削方式下,准分子激光切削视网膜制备理想感光细胞片层所需的最佳切削深度。
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White sesame E-zhi NO.2 and black sesame Zhong-zhi NO.9 were sowed at intervals as comber-sesame and autumn-sesame. The temperature and sunlight-length of different growing-stage. The result showed that seedling-stage and bud-ding-stage were temperature-sensitive and weak phototonus and temperature was the main factor in the compositive effect of temperature and light. The temperature range of 27~31℃ was optimal for sesame to produce more flowers and prolong the flowering days, but the length of flowerig-stage and practical sunlight-hour had no correlativity.
用白芝麻品种鄂芝2号和黑芝麻品种中芝9号分期进行夏播和秋播,使两个品种各生育阶段处於不同的光温条件下,用试验当年相应时段的温度和实际日照长度对芝麻各生育阶段的发育特性进行相关分析结果表明:芝麻苗期和蕾期感温性强,感光性较弱,在光温综合作用中,温度是主要因子;芝麻开花最适应的温度为27~31℃,该温度有利於多开花和延长开花期天数。
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Our company has already acted as the agent and sold all kinds of excellent domestic and international products such as Japanese "Xinzhongcun", Japanese "Dongyang","Zhongyi" printing ink of Zhongshan City, Canadian LAMOER, Taiwanese PLASTISOL thermoset printing ink, British "Ketutai","Cunshang" light sensitive materials, British "Wuxingxing" gold powder, Italian "Wanlinglong" metal printing ink,"Tielian" brand and "Younili" brand silk net, etc.
公司现已代理销售国内外各优产品,如日本"新中村"、"DIC"、台湾"依田"浆料、日本"新老海"环保荧光涂料、上海"天鹅"牌印花涂料;日本"东洋",中山"中益"油墨;加拿大LAMOER、台湾PLASTISOL热固油墨;英国"柯图泰";北京"村上"感光材料;英国五星行金粉、意大利"万玲珑"金属油墨,"铁链"牌、"优尼利"丝网等上十大类、数千个品种并广泛适用于丝印、网印、广告、服装、鞋业、漂染、涂料、工艺、陶瓷玻璃等行业,热忱欢迎广大客户垂询惠顾、洽谈合作。
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Rochester, New York-based Label World, a supplier of custom labels, is reporting greater productivity and higher quality flexo printing due to its recent implementation of an EskoArtwork software workflow solution and a Cyrel Digital Imager 2530 flexo platemaker.
纽约罗切斯特的标签的世界,一个自定义标签的供应商,是报告的更大的生产力和更高质量的柔性版印刷由于其工作流程的EskoArtwork软件解决方案和感光树脂数字成像仪的2530柔性版制版机最近实施。
- 推荐网络例句
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This one mode pays close attention to network credence foundation of the businessman very much.
这一模式非常关注商人的网络信用基础。
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Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.
扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。
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There is no differences of cell proliferation vitality between labeled and unlabeled NSCs.
双标记神经干细胞的增殖、分化活力与未标记神经干细胞相比无改变。