submersed
英 [səbˈmɜːst]
美 [səbˈmɜrst]
v. 浸没; 淹没
submerse的过去分词和过去式
COCA.46777
英英释义
adj
- growing or remaining under water
- viewing subaqueous fauna from a glass-bottomed boat
- submerged leaves
- beneath the surface of the water
- submerged rocks
双语例句
- Effects of Chitosan on Elementary Productivity of Seven Common Submersed Plants
壳聚糖预处理对7种常见沉水植物初级生产力的影响 - Results showed that the total and net photosynthetic rate of common submersed plants can be promoted by pretreatment of appropriate mass concentration of chitosan.
结果显示：用适宜质量浓度的壳聚糖预处理常见沉水植物顶枝能提高植物光合作用系统的总产氧量和净产氧量； - The plant tissues, which were well-preserved in 2 m-thick shallow frozen lacustrine sediments of Ngoring, came from the same species of submersed plant, Potamogeton pectinatus.
鄂陵湖浅层深2m的冻结湖相沉积物中埋藏植物屑保存完好，植物屑均来源于同一种沉水植物&龙须眼子菜（Potamogetonpectinatus）。 - Photosynthetic fluorescence characteristics of floating-leaved and submersed macrophytes commonly found in Taihu Lake
太湖常见浮叶植物和沉水植物的光合荧光特性比较 - N and P contents were highest in the submersed and lowest in the emergent, intermediate in floating leaved plants.
N和P含量以沉水植物最高，浮叶植物次之，挺水植物最低。 - Compared with the EDM in gas, submersed gas-jetting EDM can offer significantly higher MRR and better workpiece surface quality in the same machining condition.
在相同的加工条件下，液中喷气电火花加工比气中电火花加工的材料去除率更高、表面质量更好。 - Large quantities of farmland resources, which are the pith of land, are submersed by water conservancy and hydroelectric engineering.
农地资源是重要的生产资料，农地资源的可持续利用是实现农业可持续发展的基础。 - Numerical Simulation of the Dielectric Medium in Submersed Gas-jetting EDM Research on Submersed Gas-jetting Electrical Discharge Milling
液中喷气电火花加工的放电介质仿真分析液中喷气电火花铣削的加工性能实验研究 - Diagonal line of the two-dimensional ordination diagram of DCA indicated that soil water content is highly correlated to submersed duration in the areas, suggesting that the major factors restricting distribution and composition of plant communities are submersed duration and edaphic humidity.
DCA分布图的对角线基本反映了水淹时间长短和土壤湿度高低，表明水淹时间和土壤湿度是该区域植物群落组成和空间分布的主要限制性影响因子。 - Photosynthetic carbon acquisition mechanisms were comparatively studied under submersed and emersed conditions in order to establish a general understanding of its photosynthetic characteristics associated with tidal cycles.
为了认识这种海藻在潮汐循环背景下的光合特征，对其在高潮沉水和低潮干出不同条件下的光合作用碳素获得机制进行了比较。