Chinese translation for "sediment content"
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- 含沙量
Related Translations:
- Example Sentences:
| 1. | By using lamp - house modulating technology and special optical and circuit design , the sediment content is switched to voltage , which is easy to be obtained by advanced calculation technology
采用光源调制技术，结合特殊的光路设计，将含沙量转换为现代实验技术易于处理的电信号。 | | 2. | Aiming at the change of the traditional sediment measurement method , a new equipment , called infrared back - scattering sediment instrument , is introduced , it can measure the real - time sediment content continuously
为改进环形水槽的传统测沙技术，自主研发完全开放式的实时在线测沙仪器，力求在水槽中实验水样的自然流态下实时测量垂线悬浮泥沙含量。 | | 3. | The results show that the equilibrium adsorption from the sediment content to the phosphorous pollutant increases along with the increase of the initial concentration of the water phase phosphorus ; however , no significant effect from the sediment content is there on the parameters of the isothermal adsorption equation
结果显示，泥沙对含磷污染物的平衡吸附量大致随水相磷初始浓度的增大而增大；而含沙量对磷吸附等温式的参数没有显著影响。 | | 4. | And the major results and some new viewpoints were presented as follow : 1 ) sediment content of cn tillage system in runoff process is substantially low compared to st under rainfall with high intensity , showing cn bear the efficient capacity of control soil loss . nevertheless , when soil is saturated , the runoff intensity of both tillage systems is near , implicating cn has the limited function of reducing runoff . 2 ) based on the case analysis of observed all rainfall - runoff generation processes , a ) the initiation time hysteresis of surface runoff generation is notable when rainfall fall upon the unsaturated purple soils , which is attributed to the property of rapid water sorption and much non - capillary porosity
经近几年的观测和理论分析，取得了以下结果和创新的认识： 1 )在降雨强度较大的情况下，保护性耕作制? ?聚土免耕的产沙强度明显较常规耕作制? ?顺坡耕作的小，说明聚土免耕耕作制防治土壤流失是有效的；但当土壤达到饱和后，聚土免耕的径流强度与常规耕作的差异较小，产沙强度也增大，因此，聚土免耕防治水土流失的能力是有限的。 | | 5. | Taking the suspended sediment as the sand for the experiment and the normal nutritive matter - phosphorus in water as the contamination for simulation , the effect on the equilibrium adsorption of phosphorus from the initial concentration of the water phase phosphorous pollutant and the influence of sediment content on the isothermal adsorption of phosphorus are studied through the experiment
摘要以悬移质泥沙为试验用沙，以水体中常见的营养物质磷为模拟污染物，通过试验研究了含磷污染物水相初始浓度对磷平衡吸附量的影响和含沙量对含磷污染物吸附等温线的影响。 | | 6. | The fundamental theory and equations for the pressure fluctuation are described and the wall pressure fluctuation is measured . based on the experiment data , the characteristics of pressure fluctuations are analyzed in the three - phase flow of water , air and sand . the effects of air concentration and sediment content on the amplitude and frequency of pressure fluctuations are discussed
建立了多相流压强脉动基本方程，阐述了水流脉动压强基本理论，分析了压强脉动机理；根据试验数据，探讨了水、气、沙三相流体的压强脉动特性，初步得到了高速含沙掺气水流脉动压强的幅值特性与频域特性；提出了脉动压强强度系数、脉动压强极差系数与含沙量、掺气浓度的关系。 | | 7. | The surface material is liable to erosion wear with high - velocity sediment - laden flow , hi this paper , sand wear mechanisms are discussed and some effects of significant flow factors on material wear are analyzed ; the possibility of preventing erosion wear with aeration is proposed ; based on test data , the formula for calculating the concrete material wall surface wear rate is derived . it is indicated that the wear rate is related to the air concentration , the strength of material , the flow velocity and the sediment content . it is shown that wear rate can be reduced with the help of flow aeration
分析了空蚀与磨蚀的不同物理特征；探讨了沙粒磨蚀机理，提出了影响磨蚀vi河海大学博士学位论文一的因素；研究了掺气抗磨的可能性：建立了混凝土材料壁面磨蚀率的计算公式；说明含沙水流对固壁材料的磨蚀率随掺气浓度、材料强度的增大而减小，随水流流速、含沙量的提高而增大；利用掺气可有效地降低过流表面的泥沙磨蚀率。 |
- Similar Words：
- "sediment composition" Chinese translation, "sediment concentration" Chinese translation, "sediment concentration at a point" Chinese translation, "sediment concentration in river" Chinese translation, "sediment concentration of slurry" Chinese translation, "sediment contributing area" Chinese translation, "sediment contributor" Chinese translation, "sediment control measure" Chinese translation, "sediment control structure" Chinese translation, "sediment control structures" Chinese translation
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