1.
SPAC Theory Research and Its Application on Saving Water Agriculture in Hill Region of Si Chuan Middle Part;
SPAC理论及其在川中丘陵区节水农业中的应用研究
2.
SPAC INTERFACE WATER FLUX CONTROL AND ITS APPLICATION TO WATER-SAVING IN AGRICULTURE
SPAC界面水分通量调控理论及其在农业节水中的应用
3.
Study on the Soil Hydrodynamics Model for the Soil-Plant-Atmosphere Continuum (SPAC) System
基于SPAC系统的土壤水动力学模型研究
4.
Study on evapotranspiration of three cold-season turfgrasses by using SPAC
3种冷季型草坪草蒸散量的SPAC法研究
5.
SPAC,a lure or a pit
SPAC:中国企业海外融资新方式解读
6.
Kinetics analysis of spiral automatic circulation anaerobic reactor.
SPAC厌氧反应器的动力学特性研究
7.
Unsteady-State Water Transporting Process of Oak (Quercus Acutissima Carr.) in the Interface of Soil-Plant-Atmosphere;
麻栎SPAC界面水分非稳态传输过程的研究
8.
Studies on the Water Transportation Characters in SPAC System of Mu Us Sandy Land in Ningxia;
宁夏毛乌素沙地SPAC系统水分运移规律研究
9.
Study on Water Relation of the SPAC System of Haloxylon Ammodendron in Kubuqi Desert;
库布齐沙漠梭梭林地SPAC系统水分关系研究
10.
Studies on the Water Transport Characters in Spac System of Mu Us Sandy Land in Ningxia;
宁夏毛乌素沙地SPAC系统中水分运移特征的研究
11.
Spatial and Temporal Variations on SPAC Water Potential of Seabuckthorn Stands in Semi-arid Region of the Loess Plateau
黄土高原半干旱区沙棘林SPAC水势时空变异
12.
Water, Heat Transfer and Crop Growth Simulation in SPAC with Water and Nutrient Stress;
考虑水分和养分胁迫的SPAC水热动态与作物生长模拟研究
13.
A Study on Water Cycling and Water Use Efficiency of the Plantation SPAC in the Southern Loess Plateau;
黄土高原南部人工植被SPAC系统水分循环模式和利用效率研究
14.
Study on the Characters of the Principal Shrubs under Water Stress Based on the System of SPAC in Kubuqi Desert;
库布齐沙地基于SPAC系统的主要造林灌木耐旱特性研究
15.
Study on the Energy of SPAC System and Root Uptake Model in Saline Soil;
盐渍化地区SPAC系统能态分析及根系吸水模型研究
16.
Study on Microclimate Changes in the Field under Sprinkler Condition & Principles of Soil Water Movement in the SPAC System;
喷灌条件下田间小气侯的变化和SPAC系统土壤水分运移规律的研究
17.
Study on the Characters of Several Shrubs under Water and Salt Stress Based on the System of SPAC in Loess Plateau Region;
黄土高寒区几种灌木树种基于SPAC系统的耐旱耐盐性研究
18.
Study on the Movement and Consumption of SPAC Water in Sandy Artificial Pasture with Shallow Groundwater Table;
浅地下水埋深条件下沙质人工草地SPAC水分运移与消耗研究