1.
THE ANALYSIS OF THE OSCILLATION OF ATMOSPHERIC TOTAL OZONE DURING THE PERIOD FROM JAN. 1958 TO DEC. 1986
1958年1月—1986年12月大气臭氧总量振荡的分析
2.
THE ANALYSIS OF THE RELATION BETWEEN TOTAL OZONE AND THE STRATOSPHERE CIRCULATION OVER THE NORTHERN HEMISPHERE
北半球臭氧总量与平流层环流关系的分析
3.
Effect of the Cloud-Top Height on Back-Scattered Ultraviolet Radiation Measuring Total Ozone
云顶高度对紫外辐射反演臭氧总量的影响
4.
Extracting Temporal and Spatial Distribution Information about Total Ozone Amount in China Based on OMI Satellite Data
基于OMI数据的中国臭氧总量时空动态信息提取
5.
The corresponding characteristics of total ozone distributions are that the high values of total ozone are in the region from northeast Asia to north Canada and the low values appear from northern Europe to Greenland.
此时,从东北亚到北加拿大为臭氧总量的高值区,而北欧至格陵兰一带为臭氧的低值区.
6.
Abrupt variations of the total ozone in Beijing area and its relationship with upper air temperature
北京地区臭氧总量的突变及其与高空气温的关系
7.
Amount of Atmospheric Ozone and the Variations of Pressure, Temperature over Beijing Area
北京地区大气臭氧总量与地面气压和温度的变化
8.
The Study of Airglow by Nonlinear Gravity Wave and the Development of the Total Ozone Spectrometer;
气辉的非线性重力波研究及臭氧总量探测仪的研制
9.
Effects of elevated ozone on phenolic substances content and total antioxidative capacity of Quercus mongolica leaves
高浓度臭氧对蒙古栎叶片酚类物质含量和总抗氧化能力的影响
10.
column content of ozone
大气气柱中的臭氧含量
11.
Relationship between the capacity of ozone generator and ozone concentration accumulated in two types of cold storage rooms
臭氧发生器产量及冷库类型与臭氧积累量关系
12.
Development of Seawater Chemical Oxygen Demand Measurement Instrument Based on Ozone Analysis
臭氧法海水化学需氧量测量仪的研制
13.
Study on Measurement of Chemical Oxygen Demand in Seawater by Ozonation Chemiluminescence;
臭氧法COD测量仪测量海水COD的研究
14.
determination of the mass concentration of ozone (chemiluminescence method)
臭氧质量浓度测定-化学发光法
15.
Dobson (total) (ozone) spectrophotometer
多布森臭氧全量分光光度计
16.
Scientists say a decrease in the amount of atmospheric ozone,
科学家说，大气中臭氧量的减少
17.
DIRECT MEASUREMENTS OF ATMOSPHERIC OZONE AT ZHONGSHAN STATION,ANTARCTICA
南极中山站上空大气臭氧的直接测量
18.
Study on Excess Sludge Minimization with In-Situ Ozonization-SBR Process;
臭氧-SBR原位污泥减量工艺研究