增感

基本解释 (translations)

sensibilization

与增感相关的网络例句 [注：此内容来源于网络，仅供参考]

On the base of studying on the adsorption of sensitizing dye and antihalation dyes on silver halide crystals with UV-spectrum, we focused on the effects of antihalation dyes on the formation of J aggregates of the sensitizing dye and emulsions′ sensitivity.

增感染料在卤化银微晶上吸附并形成J 聚集体是染料光谱增感和超增感的关键步骤。

This article relates to the structure of cyanine and multinuclear cyanine ,and the lab-synthesis method and relatednotice of the mentioned sensitized dye;and thelight-absorbencyspectrumof the dye;andthe effect of alkaline heterocycle and acidheterocycle onthe characteristic of dye;and the basic property and application methods of the sensitized dye.

综述了应用于胶片菁染料和多核菁染料的结构；增感染料的实验室合成及注意事项；染料的光吸收谱图；以及碱性杂环和酸性杂环对染料性能的影响；增感染料的基本性质和增感染料的应用方法。

And dye. The results from the whole experiments and sensitometric results from these emulsions showed: 1 that sensitization of Zn-EDTA or Cd-EDTA on silver bromide emulsion was affirmed; 2 That a cooperation sensitization of Zn-EDTA or Cd-EDTA, sulfur plus gold, and dye could be carried out to make a higher level of sensitization; 3 That a cooperation sensitization of Zn-EDTA or Cd-EDTA, on the basis of and dye, with oxalate-doped was carried out to make a higher level of sensitization without any increase in the level of fog.

对实验过程的考察和感光性能的测试结果表明，Zn-EDTA或Cd-EDTA对细微粒溴化银颗粒乳剂均有显著的增感效应；Zn-EDTA或Cd-EDTA增感可在传统硫加金增感基础上与光谱增感协同作用，三者具有兼容和可加和性；Zn-EDTA或Cd-EDTA增感可在传统硫加金增感与光谱增感协同作用的基础上，与草酸根内部掺杂增感兼容，实现四者的协同作用，而不引起乳剂灰雾增加。

Based on the analysis of absorption characteristic of desensitizing dye the free photoelectron decay curves of desensitized silver chloride emulsion exposed by 532nm are measured by microwave absorption and dielectric spectrum detection technology.

在对减感染料的吸收特性进行分析的基础之上，利用微波吸收介电谱检测技术测量了减感后氯化银乳剂在532nm波长曝光下的光电子衰减曲线，通过分析减感染料对光电子强度和衰减的影响，发现在光谱增感波段减感染料通过与增感染料相互竞争的吸(来源：A17B7464C论文网www.abclunwen.com)收光而影响光谱增感乳剂的光电子强度，并且减感染料通过俘获光电子使光谱增感乳剂的光电子的衰减变快。

Zhejiang Jinyun image quality of factory was founded in 1983, is a twenty-odd years Branch, Works, Trade and one of the non-destructive testing equipment specialized factory. 85 years linear image quality developed through the provincial technical appraisal of dollars, and won the Zhejiang Science and Technology Progress Award. 87 years by the National Ministry of Finance, the Ministry of Labor, Planning Commission, Board of Education awards a national advanced units of work-study program. 88 years pass as the quality of, through technical appraisal in Zhejiang Province, andscientific and technological progress award. 97 years before the image quality, the type, screen, cassette, magnetic, film and other products being sold planes Korea, Taiwan, EU, India, Pakistan, Japan, Iran, Thailand, Malaysia, Hong Kong, and other countries and regions. 2000, developed country standard sample linear image quality through the State Bureau of Technical Supervision of Identification, the level of Western industrial countries to achieve the same level, to fill a non-destructive testing industry, country kind of scale-free blank. In 2001 through ISO9002 quality management system certification. Beginning in 2001 specifically for the gas pipeline design Detected special screen, camera bag and other equipment in the West-East Gas Detected been widely applied. Materials and Shanghai in 2003 by co-developed country industry standard radiography JB/T5075-2004 Detect metal screen. Materials and Shanghai in 2004 by co-developed a national standard GB/T19803-2005/ISO1027: 1983 image quality of radiographic principles and logo. Materials and Shanghai in 2005 by co-developed country industry standard of image quality JB/T7902-2005 linear.

浙江省缙云像质计厂创立于1983年，是一家集二十余年科，工，贸一体的无损检测器材专业厂家。85年研制的线型像质计通过省级技术鉴定，并荣获浙江省科技进步奖。87年获国家财政部、劳动部、计委、教委颁奖的全国勤工俭学先进单位。88年孔型像质计通过浙江省技术鉴定，并获省科技进步奖。97年始像质计，铅字，增感屏，暗盒，磁钢，洗片架等产品陆续销往韩国，台湾，欧盟、、印度、巴基斯坦、日本、伊朗、泰国、马来西亚、香港、等国家地区。2000年研制的国家标准样品线型像质计通过国家技术监督局鉴定，其水平达到西方工业发达国家同等水平，填补了国家无损检测业无标样的空白。2001年通过ISO9002质量管理体系认证。2001年始专为输气输油管道检测设计的特种增感屏，暗袋等检测器材在西气东输中被广泛应用。2003年与上海材料所共同制定了国家行业标准JB/T5075-2004射线照相检测用金属增感屏。2004年与上海材料所共同制定了国家标准GB/T19803-2005/ISO1027：1983射线照相像质计原则与标识。2005年与上海材料所共同制定了国家行业标准JB/T7902-2005线型像质计。

From the UV-vis absorption spectra data, we can obtained: a Intruduce a 3-sulfopropyl into thiacyanine makes λ〓 red shift 1nm; b For the anionic thiacyanines, the substituent at the 5-position of the benzene ring has influence on λ〓· Acroding to the sequence F, Cl, CH〓, OCH〓, 4, 5-benzo,λ〓 red shift. Strong electron-withdrawing group CF〓 makes λ〓 hypsochromic shift 1nm.

选取三个系列的15个染料在乳剂中作增感实验，并用摄谱仪测定了乳剂的感色峰，结果表明：吸电子取代基不利于增感，给电子取代基有利于增感；噻菁染料的加入扩大了乳剂的感色范围，弥补了卤化银乳剂在465～505nm范围内感光度的不足。

Moreover, supersensitization as well as its mechanism by stabilizers is studied in spectral-sensitized AgCl emulsion Results indicate that the adding order of stabilizer and sensitizing dye has great influence on the sensitivity of emulsion and only stabilizer added after sensitizing dye can supersensitization be obtained Apart from supersensitization and fog-inhibition by stabilizers, it is also significant to spread the amount of addition of dye, which can lead the further improvement of sensitivity of emulsion.

本文还研究了稳定剂在氯化银乳剂中的超增感作用并应用多种手段研究了其超增感作用机理。结果说明，稳定剂与增感染料的添加次序对乳剂感光度有非常重要的影响，只有在增感染料之后加才可能产生增感作用。在一定的稳定剂添加范围内，它不仅可以提高氯化银乳剂的感光度、降低灰雾，而且还能加大增感染料的用量，进一步提高乳剂的感光度。这对乳剂的光谱增感来说具有重要意义。

By the contrast of the decay characteristics between the unsensitized sample and the sensitized samples, the optimum sensitizing-time on this experiment condition is 60 min.

通过未增感样品与增感样品的衰减曲线对比，得到了在此实验条件下的最佳增感时间为60min。

Using the electrochemical polymerization dye sensitization method, Polyaniline which is used as top region material in solar cells is sensitized with direct blue dye,and sensitized Al grid/DS-PAn/n-Si/Al heterojunction solar cell is prepared by ECDS.

采用电化学氧化聚合染料增感方法，利用有机染料直接耐晒翠兰时太阳电池顶区材料聚苯胺进行了有机染料增感研究，制备出了Al栅／DS-PAn／n-Si／Al结构的染料增感聚苯胺／硅异质结太阳电池。

Using the electrochemical polymerization dye sensitization method,Polyaniline which is used as top region material in solar cells is sensitized with direct blue dye,and sensitized Al grid/DSPAn/nSi/Al heterojunction solar cell is prepared by ECDS.

采用电化学氧化聚合染料增感方法，利用有机染料直接耐晒翠兰对太阳电池顶区材料聚苯胺进行了有机染料增感研究，制备出了Al栅/DS-PAn/n-Si/Al结构的染料增感聚苯胺/硅异质结太阳电池。

与增感相关的网络解释 [注：此内容来源于网络，仅供参考]

intensifying screen：增感屏

以缩短摄影时间,降低X射线的辐射剂量.常采用的增感措施是在暗盒中将胶片夹在两片增感屏(intensifying screen)之间,然后进行曝光.放射性核素显像(RNI)是核医学诊断中的重要技术手段.目前RNI的主要技术有γ照相,

intensifying screen：增感屏;增光屏

增感因數 intensifying factor | 增感屏;增光屏 intensifying screen | 強度計 intensimeter; intensitometer

Intensifying factor：增感系数

intact 完整的,未受损伤的 | Intensifying factor 增感系数 | Intensifying screen 增感屏

Intensifying factor：增感因数

強束離子源 intensely bunched-ion source | 增感因數 intensifying factor | 增感屏;增光屏 intensifying screen

photosensitive polymer：光增感聚合物

photosensitive media 感光材料 | photosensitive polymer 光增感聚合物 | photosensitive resin 光敏性树脂

dye sensitization：染料增感

dust 粉尘 | dye-sensitization染料增感 | dye sensitizer染料增感剂

chemical sensitization：化学增感

chemical seasoning 化学刀剂 | chemical sensitization 化学增感 | chemical sensor 化学传感剂

color sensitizer：色增感剂

color sensitization felt 色增感 | color sensitizer 色增感剂 | color solid 色立体

optical sensitizer：光学增感剂

旋光强度 optical rotatory power | 光学增感剂 optical sensitizer | 光学传递函数 optical transfer function

hypersensitization：超增感

TP2415底片经过氢气超增感(Hypersensitization)后(见第十八章),倒易律失效差不多完全消失,速度较未增感时提升廿倍之多,极适合长时间曝光、拍摄星云及星野、效因果直追103a天文专用底片,但仍保持底片原有的极高解像力,是历来最理想的全能天文底片!