1.
CITY WATER COMPREHENSIVE UTILIZATION DEPTH DENITROGENATION ENGINEERING RESEARCH AND PROJECT DEMONSTRATION
城市中水综合利用深度脱氮技术研究和工程示范
2.
Comprehensive Re-utilization of Obsolescent Equipments;
淘汰仪器设备的深度开发与综合利用
3.
The method of linear gray level transformations is used to enhance the contrast of the picture.
利用线性灰度拉深的方法提高了图象的对比度.
4.
THE SECOND DEPTH AND SPACE FOR ORE EXPLORATION AND DEVELOPMENT-PRELIMINARY DISCUSSION ON ORE SEARCHING TO DEPTH
第二深度空间的找矿、勘探和开发利用——深部找矿浅议
5.
Deep Exploitation and Utilization of Coal Ash and Economic EnvironmentalProfit Analysis
粉煤灰深度开发利用及经济环境效益分析
6.
Research on the Deep Exploitation and Utilization of the Soil Production Factor in Hubei Province;
湖北省土地生产要素深度开发与利用问题研究
7.
Research on Using the Information Technology to Promote University Students' Deep Learning
利用信息技术促进大学生深度学习的研究
8.
Profundity Technology to Make Integrated Use of Chrysotile Asbestos Gangue
石棉尾矿的综合利用与深度开发技术研究
9.
Using Depth of Soil Water and Water Consumption by Littleleaf Peashrub in the Semiarid Area of Loess Hilly Region
半干旱区柠条林利用土壤水分深度和耗水量
10.
Depth from defocus based on uneven defocusing model
利用不均匀散焦模型获取景物深度信息
11.
Conclusion: A scientific basis can be provided by this study for exploiting the medicinal plants from Dioscorea resources in Guizhou province.
结论:为深度开发利用贵州省薯蓣属药用植物资源提供科学依据。
12.
Its long sensitive trunk enables it to investigate the depths of the leaf litter
它们利用那好像象鼻的鼻子 便知道枯枝落叶层 的深度
13.
"In general, cropping systems should include deep-rooting legumes."
广义地说,耕作制度应围绕着深根性豆科植物的利用来设计。
14.
A New Method to Measure Suspended Sediment Content In Different Depth Water Using Spectroradiometer
利用光谱辐射计测定不同深度水体中泥沙含量的新方法
15.
Urban Land Use Intensity Assessment based on Artificial NeuralNetworks: A Case of Shenzhen;
城市土地集约利用程度的人工神经网络判定——以深圳市为例
16.
RESEARCH ON UTILIZING CULTURAL TOURISM RESOURCES BASED ON DEPTH EXPLOITATION--TAKE NANJING AS A EXAMPLE;
基于深度开发的城市文化旅游资源开发利用——以南京为例
17.
Study on the Exploitation of the Natural Resources and the Continuous Development of the Tourism in Luliang Colorful Sand Forest;
陆良彩色沙林旅游资源的深度开发与可持续利用
18.
Estimation of depth-dependent hydraulic conductivity and deformation modulus using RQD
利用RQD估算岩体不同深度的平均渗透系数和平均变形模量