ultraviolet region

ultraviolet region 基本解释

紫外（光）区

化学

重点词汇

• ultravioleta. 紫外线的 [化] 紫外线的; 紫外线
• regionn. 区域, 地带, 地区, 领域, 范围, 区 [计] 区, 区域

ultraviolet region 双语例句

1. 1、 Luminescent Properties of Tb~( 3+)-activated Green Phosphors under VUV-UV Excitation; fluorescence-exciting ultraviolet region
   Tb～（3+）激活的荧光材料的真空紫外&紫外激发的发光特性
2. 2、 The chirped multilayer mirror in the extreme ultraviolet region can be used to select some high harmonics and compensate the chirp.
   具有谐波选择和啁啾补偿作用的极紫外啁啾多层膜反射镜是产生亚飞秒脉冲的有效元件。
3. 3、 Calculation of quantum efficiency of alkali halide photocathode materials in the extreme ultraviolet region
   极端紫外波段碱卤化物光阴极材料量子效率计算
4. 4、 The Fitting and Analysis of Chirped Multilayer Mirrors in the Extreme ultraviolet region
   极紫外啁啾多层膜反射镜的拟合分析
5. 5、 Two fluorescent compounds, shown absorptions in near ultraviolet region, can emit red and blue fluorescence respectively with high fluorescent quantum yields.
   两种隐色化合物在近紫外光区有吸收并分别发射红色和蓝色荧光。
6. 6、 Optical properties of vacuum ultraviolet and deep ultraviolet region substrate materials
   真空紫外到深紫外波段基底材料的光学特性
7. 7、 Reflectance of Ir Layer in Vacuum Ultraviolet Wavelength Region Deposited by Ion Beam Sputtering
   离子束溅射沉积Ir膜真空紫外反射特性研究
8. 8、 We fabricate and measure a multilayer-coated ion-beam-etched laminar grating for the extreme ultraviolet wavelength region.
   我们通过在离子束刻蚀裸光栅上镀制多层膜，制作了用于极紫外波段的具有高衍射效率的多层膜矩形光栅。
9. 9、 But the absorption band of TiO_2 is only limited in ultraviolet region, which hinders its practical application.
   但TiO2只有吸收紫外光时才能形成电子一空穴对，且电子和空穴很容易复合，使其光电催化活性降低，阻碍了TiO2的实际应用。
10. 10、 Intensity calibration of monochromators in vacuum ultraviolet wavelength region by atomic branching ratio method
    利用分支比方法作真空紫外光谱仪的强度校准
11. 11、 The dehydrogenation process during deposition can enhance the reaction between free carbon and free silicon to form additional Si-C bonds, which results in the densification of thin films. Furthermore, the reflection in the ultraviolet region increases, w
    高温热处理中的脱H过程有利于游离硅和游离碳的反应形成额外的Si&C键，促进薄膜致密，并能提高其在紫外部分的反射率，降低红外区域的反射率。
12. 12、 Photodissociation Dynamics Study of CH_2Br_2 in ultraviolet region by the Ion-Velocity Imaging Technique
    离子速度成像方法研究二溴甲烷的紫外光解动力学
13. 13、 With this kind of electron beam, laser output in the ultraviolet region is obtained successfully.
    并用此电子束戍功地获得紫外波段激光输出。
14. 14、 This pa-per is of value to prevent road asphalt early aging research in the northwest intensive ultraviolet radiation region of China.
    这对于西部强紫外线辐射地区研究防止沥青路面过早老化和损害有着积极的意义。
15. 15、 Cefuroxime sodium, ceftriaxone sodium, cefotaxime sodium and cefazolin sodium have absorption in ultraviolet region, and their absorption spectra are overlapping.
    头孢呋辛钠、头孢曲松钠、头孢噻肟钠和头孢唑啉钠在紫外区均有吸收，且吸收光谱重叠而相互干扰，难以直接进行分析。
16. 16、 Measurements of the transmission property of crystals in the vacuum ultraviolet region
    晶体真空紫外区透射性能的测量
17. 17、 In this paper, we present the study on the infrared absorption spectrum, near ultraviolet region and visible region reflection spectrum of Agl ( Cr2O3) composite ion-conductor.
    本文研究了AgI（Cr2O3）复合离子导体的红外吸收光谱，近紫外、可见反射光谱。
18. 18、 EV. UV spectra show that the films have pronounced optical absorption in ultraviolet region and good transparency in near infrared region, with a sharp absorption peak around 2? 720? nm.
    UV谱表明氮化碳薄膜能强烈地吸收紫外光，而对红外光有较好的透明性，在2720nm附近存在一明锐的吸收峰，并给出了形成这一明锐吸收峰的适宜条件。
19. 19、 The mechanisms of SERS for rhodium electrode in the ultraviolet region are mainly attributed to the lightning rod effect together with the weak surface plasmon resonance.
    分析表明，在紫外区获得的铑的SERS信号主要源自于有着特定形貌的铑纳米粒子所引起的避雷针效应及微弱的表面等离子体共振效应的共同作用。
20. 20、 The unique structure of nano SiO 2 makes it show some special optical properties. However, the reports about it's optical properties in ultraviolet region are different.
    纳米SiO2的独特结构使其表现出一些特殊的光学特性，但文献对其紫外区光学性质的报道不一致。
21. 21、 Omnidirectional Photonic Crystal Reflector Used in ultraviolet region The crystal modifications of C.
    紫外区全角度光子晶体反射镜利用X-射线衍射分别鉴定了C。
22. 22、 The spectral and lasing properties of several new dyes in ultraviolet region
    几种紫外区新染料的光谱与激光特性
23. 23、 A study of highly ionized argon spectrum in the vacuum ultraviolet region
    真空紫外区Ar的高次离化光谱的研究
24. 24、 BCN, BC_2N and BC_3N thin films with transmission increasing properties in the ultraviolet region were deposited by RF magnetron sputtering with different sputtering power ( 80-130 W).
    利用射频磁控溅射方法以不同的溅射功率（80～130W）制备出具备紫外增透性能的BCN，BC2N和BC3N薄膜。
25. 25、 The luminescence in ultraviolet and vacuum ultraviolet region for LuAG: Ce3+ transparent ceramics was measured and investigated.
    研究了该透明陶瓷在紫外可见以及真空紫外区的光谱性质。
26. 26、 Moreover, it has excellent optoelectronic properties, so ZnO is one of the most promising materials for optoelectronic devices in blue and ultraviolet region.
    另外它还具有优越的光电性能，是制造蓝光及紫外光电器件最有应用前景的材料之一。
27. 27、 Tm-doping could result in both a slight decrease of their light absorption performance in ultraviolet region and a blue shift of their optical absorption edge.
    Tm掺杂导致样品的紫外吸收能力略有降低，光吸收带边蓝移。
28. 28、 The semiconductor optoelectronic devices worked in the deep ultraviolet region ( 200-300nm) have been paid much attention recently, due to their wide applications on the flame detection, missle flame detection and biochemical agents, et al.
    近几年，工作于深紫外区（200-300nm）的半导体光电探测器件已经得到广泛关注，这是由于这一类型的器件广泛用于火焰探测、生物化学制剂探测等方面。
29. 29、 However, its light absorption is limited to the ultraviolet region. The dispersibility in organic solvents and acid-resistance of nano-ZnO are poor.
    但是它吸收的光仅限于紫外光区，在有机物中分散性差，而且抗酸碱能力弱。