能量积累 meaning in English
energy accumulation
Examples
- It is the important mechanism that middle - level dry and cold air current sunk , low - level warm and wet air current ascended . level direction energy sharp section is important to blaze middle scale hypo - circumfluence . severe convection weather was brought by layer - knot latent instability
上层干冷、下层暖湿的位势不稳定层结可以使对流层中低层出现明显的逆温层，有利于不稳定能量积累，此次天气过程产生的对流不稳定能量大，形成的上升气流深厚。 - After analyzing the theory of target scattering and characters of hrrp , the approach of target recognition is presented , which is based on the statistical features of hrrp , including peak value , scale , radial energy accumulation variance , and fft - mdmt characters
在分析目标的散射机理以及高分辨一维距离像特性的基础上,提出了一种基于目标距离像的峰值特征、尺度特征、径向能量积累、方差特征、 fft - mdmt特征等五维距离像统计特征的目标识别方法。 - The work on seasonal dynamics of litter input and decomposition and the relationship between them and environmental factors was studied through the method of harvest and weight loss . soil respiration rate was measured by alkali - absorption method and the contribution from soil microorganism respiration and from root respiration was determined through trendline method of linear regression between soil respiration rate and belowground biomass . mathematical models were established between the seasonal dynamics of main components of soil total respiration including soil respiration , root respiration , soil microorganism respiration , litter respiration and environmental factors
应用收获法和重量损失法对枯枝落叶输入与分解的季节动态及其与环境因子的关系进行了研究；应用静态气室法测定了土壤总呼吸和凋落物呼吸，应用土壤呼吸量与地下生物量线性回归趋势线法测定了土壤微生物呼吸及根呼吸的贡献量，运用相关分析法建立了土壤总呼吸、根呼吸、土壤微生物呼吸及其凋落物呼吸季节动态与环境因子之间的数学模型；应用灰色分析比较了两群落土壤呼吸季节动态产生差异的原因；应用干重换算法对土壤微生物能量积累量的季节动态进行了测定，建立了土壤微生物能量积累量与环境因子的数学模型；应用系统分析方法，利用分室模型，对两群落枯枝落叶与微生物之间的能量流动进行了定量测定和稳定性分析。 - During the initial pan - milling period ( 1 - 5 milling cycles ) , a sudden particle size reduction was observed , which can be described by " avalanche " pulverizing mechanism , i . e . , large amount of energy caused by pan - milling press force accumulated in deformable polymers to a critical point and then the deformed polymer flakes suddenly collapsed to small particles by shear force
结果表明，在碾磨初期( 1 5碾磨循环) ，聚合物粒子的粒度有一个骤降过程，是磨盘强大挤压力场作用于塑性材料引起的能量积累达到其破坏极限后引起的突然破碎，可用均一粉碎机理描述。