visible region

Resonance characteristics of sub-wavelength gratings in the visible region are studied.

研究 亚 波长光栅的可见光共振特性.

Some different thickness aluminum reflective films were produced on silicon substrate by using the electron-beam evaporation method and high purity aluminum target. The reflectivity curves of Al film in the visible light region were measured, the density and conductivity of films were analyzed.

采用电子束蒸发的方法，以高纯度的Al为靶材，硅片为衬底，制备了不同厚度的Al反射膜，并测量了在可见光范围内反射率曲线，分析了薄膜的致密性和电导率。

The vibronic emission spectrum of no in the visible region launch window

NO在可见区的电子-振动发射谱

Electromagnetic radiation with frequencies in the ultraviolet and visible region can be absorbed by molecules.

分子能吸收频率在紫外和可见光区的电磁辐射.

A new infrared and visible image sequences fusion scheme based on region target detection is proposed.

提出了一种基于区域目标检测的红外与可见光图像序列融合方法.

The emerald green color of the samples with relatively high Cr is mainly determined by the spin-allowed transitions of Cr~ ( 3+) ions in the visible region.

翠绿色样品含铬量相对地较高，其频色主要取决于Cr~（3+）离子在可见区内的自旋允许跃迁。

The transmittance and reflectivity in the visible region of these films lowed with the increasing of the substrate temperature.

在可见光区域薄膜透射率和反射率随着基板温度的提高均有所下降。

From an economic point of view, Guizhou belongs to a "comparative advantage" visible region which has great potential for the development of the tourism industry.

贵州旅游吸引物中的自然资源较为丰富，从经济学的角度而言，属于比较优势明显的区域，发展旅游产业的潜力较大。

Absorption property in visible region of TiO_2-xN_x films prepared by reactive sputtering

反应溅射TiO（2-x）N x膜的可见光吸收性能

Objective To obtain the CT image 3 D reconstruction of head and neck region of the first Chinese visible human.

目的对首例中国可视化人体头颈部CT影像进行三维重建研究。

Transmission in visible region is over 85 %, and high reflectance appears in near-infrared region.

通过光谱测量,得到其可见光透过率为85%上, 在近红外波段出现高反射.

In the visible light region, the maximal one-photon absorption strengths of the molecules occur in the first excited state.

在低能量范围内，对于D-π-A型分子，分子的单光子吸收强度和双光子吸收截面最大值都发生在分子的第一激发态。

Before reaction, there is a plasmon band that is characteristics of gold nanoparticle and VBt has no absorption peak in range of visible region.

反应前，在518nm处出现&金纳米微粒典型的等离子共振吸收带，而VB1在可见区无吸收峰；