After Tomorrow

The Sunlight,The Light Group Field and the Solar Aircraft Research;

阳光、光群场和太阳能飞行器研究

Their photolysis were studied in pure water and river water under sunlight.

本文以二松江水中三种典型污染物对硝基氯苯(p-NCB),间硝基氯苯(m-NCB),2,6-二硝基甲苯(2,6-DNT)为对象,研究了阳光下三种化合物在纯水及江水中的光分解,得到其光解反应均属动力学一级反应,并测得它们在纯水和江水中光解速率常数及量子产率。

From the interrelations among architecture,people and sunlight,this paper discusses the humanities connotation and the technical factors related to sunlight in architectural design.

从探讨建筑、人和阳光三者之间的内在关系出发,研究建筑设计中与阳光相关的人文内涵和技术因素。

Construct efficacious planning and sunshine planning;

构筑效能规划与阳光规划

The addition of bromine to Michaeltype substrates under sun light;

阳光引发下溴与麦克尔受体的加成

The photocatalytic degradation of the rhodamine B by the cuprous oxide under the solar light is investigated.

以Cu2O粒子为光催化剂,太阳光为光源,研究了Cu2O粒子对可溶性染料罗丹明B的光催化降解情况。

A solar light concentrator for photocatalytic reaction was prepared, with which dyes and surfactant pollutants could be efficiently degraded and mineralized.

制作了一种聚集太阳光光催化反应装置,在纳米半导体TiO2存在下可用于净化染料和表面活性剂污染物,并可使其快速降解并矿化。

The organic contaminant,methylene blue(MB)was degradated by N,S-codoped TiO2 nano-particles under mercury lamp or solar light irradiation,whose degradation rate was compared with undoped,N-doped,and S-doped TiO2.

结果显示,无论是太阳光还是紫外光照射下,N、S共掺杂的TiO2纳米粉体具有比其它三种光催化剂更好的催化效果,并且发现在煅烧温度为450℃、亚甲基兰溶液的pH值为中性条件下,N、S共掺杂的TiO2纳米粉体降解效果达到最佳。

This paper points out that sunshine purchase, reasonable utilization and scientific management be involved in the management of medical equipment.

对医疗设备的购置、使用和管理进行了探讨,通过阳光采购、合理使用、科学管理等方法,确保医疗设备发挥更好的价值。

Studies on the photocatalytic activity of nitrogen-doped TiO_2 under visible light and sunlight irradiation;

氮掺杂型纳米TiO_2在可见光及太阳光下的光催化性能研究

Experimental Study on Degradation of Anthraquinone Dyes by Fenton/Oxalic Acid Radical System under Sunlight;

太阳光作用下Fenton/草酸根体系对蒽醌染料降解的试验研究

Effect of DNA Oxidative damage on the mutageneds of M13mp~2 phage by sunlight.;

DNA氧化损伤在太阳光致M13mp~2噬菌体突变中的作用

The vertical column abundance of atmospheric NO 2 was measured with ground based solar spectra and a reference extraterrestrial spectrum in the visible wavelength range of 430—450 nm.

利用地面可见光 (4 30— 45 0nm)波段的太阳光谱和大气上界的参考太阳光谱 ,反演出大气中NO2 的柱总含量 ,得到了该地区上空NO2 含量及其变化 ,其变化与当地环境监测站用常规法测量的NO2 浓度的变化基本一致。

The solar spectra measured at the United States national observatory is took as the reference spectra.

利用太阳作为光源,以美国国家天文台所测量的太阳光谱为参考光谱,应用分光光度计分别在厦门东渡气象站和厦门大学对太阳进行跟踪测量,并对得到的光谱数据进行分析。

The vertical column abundance of atmospheric NO2 was measured with ground-based solar spectra and a reference extraterrestrial spectrum in the visible wavelength range of 430-450nm.

利用地面可见光(430-450nm)波段的太阳光谱和大气上界的参考太阳光谱,反演出大气中NO_2的柱总含量,得到了本地区上空NO_2含量及其变化,其变化与当地环境监测站用常规法测量的NO_2浓度的变化基本一致。