1·Tissue of maize straw became loose after decomposing.
腐解后玉米秸秆从组织结构上变得松散。
2·Maize straw returning to the field also decreased soil bulk density.
秸秆还田还降低了土壤容重。
3·Using "king of microbial preparation" to ensile wilted maize straw can get highguality silage.
应用“微贮王”青贮干枯的玉米秸秆，可获得品质优良的青贮料。
4·The simulating test is initially done in the field by the approach of bamboo simulating maize straw.
在田间试验地中用竹竿模拟玉米秸秆的方法进行了初步模拟试验。
5·Maize straw returning to the field can increase the soil total nitrogen and inorganic nitrogen content.
秸秆还田增加了土壤全氮和无机氮含量。
6·The offset distance from detector for guidance signal to maize straw and the steering track are measured.
测定了导向信号探测装置与玉米秸秆的偏距与前轮转向轨迹。
7·It concluded that maize straw could be used as an organic materials for blueberry soil amendment instead of peat.
由此可知，玉米秸秆可以替代草炭作为越橘栽培中土壤改良的有机物料。
8·The results showed that maize straw returning field combined low amount N did not promote the accumulation of organic carbon significantly, as compared with NPK treatment.
结果表明：与NPK处理比较，玉米秸秆还田配施低量N肥没有显著促进黑土有机碳的积累。
9·Therefore, the Mechanical properties of Maize Straw Rubbed should be studied, which will help us select the compression process, develop and optimize the compression equipments, etc.
因此，了解被压缩玉米秸秆的机械特性及其压缩理论对压缩工艺的选择和压缩设备的设计、优化等尤为重要。
10·In controlling soil wind erosion measures, the straw covered is superior to no straw covered in the area that plants grape, the maize straw covered is superior to the wheat straw covered.
在控制土壤风蚀措施上，葡萄种植区内秸秆覆盖优于无覆盖，玉米秸秆覆盖优于小麦秸秆覆盖。