土壤的例句大全

A Project Evaluation Study about Soil Erosion Affecting Factor Controlled by AHM

基于AHM方法的土壤侵蚀影响因子控制方案评价

The variation in CEC was similar available P and K.

土壤阳离子交换量(CEC) 的变化与磷、钾的规律相似.

This crust dramatically changes the rate at which water filters into the soil.

这层表皮显著地改变了水份渗入土壤的速度.

The efficacious capacity of water absorption of eroded soil are 15% and less than 10% for the sligh-tly and seriously eroded soils respectively.

轻度和严重侵蚀类型土壤的吸持有效水容量分别为15%和不足105。

Under the infiltration irrigation through shallow furrow, the poisonous substance in the soil is decreased, the growing vigor of root is increased, the white roots increase 32.62%, the black and yellow roots decrease 20.04% and 12.58%, respectively.

同时显著减少土壤中的还原物质，提高根系活力，使白根数量增加32.62%，黑根和黄根数量分别减少20.04%和12.58%；

Delayed geochemical hazard ( DGH ) of soil elements in soil will do serious harm environment.

土壤元素的缓变型地球化学灾害具有重要危害.

Kinetic study on transport of BaP in soil-rice system

苯并〔a〕芘在土壤－水－水稻系统中传输动力学研究

Determination of upland soil respiration and its components with BaPS System

基于BaPS系统的旱地土壤呼吸作用及其分量确定探讨

His paper has established a transport model of BaP and analysed quantitatively the movement of the components in soil-rice system.

建立了BaP在土壤水稻系统中传输模型，并对其在系统各组分中的含量变化做了定量分析。

Degradation and forms of BaP in soil and rice plant

苯并（α）芘在土壤和水稻中降解和存在形态

Using BaPS System to Study Upland Soil Nitrification-Denitrification and Respiration

应用BaPS系统研究旱地土壤硝化&反硝化过程和呼吸作用

Introduction to Some Aspects of the History of German Soil Science

德国土壤科学的研究进展

The molecular structure of the new formed HMi and HMc were the simplest.

新形成的HMi、HMc的分子结构比自然土壤简单.

The molecular structure of the new formed HMi and HMc were the simplest.

新形成的HMi、HMc的分子结构比自然土壤简单.

He told ET that he expects a good response in this season's auction of KLS tobacco.

他说,预计今年季节卡纳塔卡邦浅色土壤弗吉尼亚烤烟的拍卖将会得到良好反馈.

Cooperation application of N , P , K can increase the content of organic N, valid-P and valid-K.

氮磷钾配合施用土壤有机质 、 水解氮 、 速效磷和速效钾提高幅度较大.

NTS can stable the physics and chemistry character of soil.

NTS可以稳定土壤理化性质.

Soil LFOC, MBC and MBN all increased with the number of growing years.

表层土壤(0-20cm) 的轻组有机碳(LFOC) 、 微生物体碳(MBC)和氮(MBN)均随生长年限的增加而增加.

Grass to retain water in thr soil.

草能留住土壤中的水.

Influence of Single and Combined Pollution of DOP and Pb on Soil Enzyme Activities

DOP与Pb单一及复合污染对土壤酶活性的影响