1) suspended sediment concentration
悬沙含量
1.
According to ADCP data and suspended sediment concentration,suspended sediment movement in the Yangtze River Estuary is studied.
采用ADCP实测水流资料与悬沙含量实测资料相结合的方法,对长江口悬沙运动进行分析。
2.
Based on the measured data of the north-trough and south-trough in the Yangtze River Estuary, the vertical distribution of the suspended sediment concentration in the Yangtze River Estuary is simulated by using a one dimensional numerical model of the suspended sediment, and the friction velocity and close-to-bed suspended sediment concentration are briefly analyzed.
根据长江口北槽和南槽实测的水沙资料,利用垂向一维悬沙数学模型模拟了长江口悬沙含量及其分布,并对摩阻流速和临底悬沙含量进行了简要分析。
3.
The analyses of survey data show suspended sediment fluxes,the changes of currents and suspended sediment concentrations.
悬沙含量峰值出现在急流后,ADP测流垂向断面数据显示急流时,流速梯度高,因而,急流时有较大的剪切速度,使沉积物受到侵蚀或再悬浮,从而使悬沙含量在急流后达到峰值。
2) suspended sediment content
悬沙含量
1.
Studying the temporal and spatial changes of suspended sediment content in the Changjiang Estuary using a remote sensing quantitative method
长江口水域悬沙含量时空变化卫星遥感定量研究方法探讨
2.
Between April 2002 and April 2003,time series measurements of water depth,current velocity and suspended sediment content(SSC) were carried out on the marsh fringe and adjacent mudflat of Chongming eastern beach in the Changjiang Estuary.
对长江口崇明东滩盐沼边缘及邻近光滩处的水深、流速和悬沙含量的潮周期变化过程进行了现场实测,并对横向悬沙通量进行了计算和分析。
4) close-to-bed suspended sediment concentration
临底悬沙含量
1.
Based on the measured data of the north-trough and south-trough in the Yangtze River Estuary, the vertical distribution of the suspended sediment concentration in the Yangtze River Estuary is simulated by using a one dimensional numerical model of the suspended sediment, and the friction velocity and close-to-bed suspended sediment concentration are briefly analyzed.
根据长江口北槽和南槽实测的水沙资料,利用垂向一维悬沙数学模型模拟了长江口悬沙含量及其分布,并对摩阻流速和临底悬沙含量进行了简要分析。
5) increased suspended sediment
悬沙增量
1.
The planar 2D mathematical model on dispersion-transportation of tide and increased suspended sediment,which is solved with finite element method,is established and applied to simulate the dispersion-transportation of suspended sediment of Cangnan Power Plant during dredging engineering of the harbor basin and channel.
建立了平面2D潮流和悬沙增量输移扩散的数学模型,通过有限单元法离散求解此模型,应用该模型对苍南电厂港池和航道疏浚过程中的悬沙扩散输移进行模拟,挖泥过程中的悬沙增量采用恒定源强,再现了疏浚过程中增量悬沙的输移扩散机理。
6) suspended sediment fluxes
悬沙通量
补充资料:科素亚 ,氯沙坦钾,氯沙坦, 芦沙坦, 洛沙坦
药物名称:洛沙坦
英文名:Losartan
别名: 科素亚 ,氯沙坦钾,氯沙坦, 芦沙坦, 洛沙坦
外文名:Losartan, Cozaar, Novartis
成分: 氯沙坦钾
适应症: 高血压。
用量用法:
通常剂量为50mg,qd,治疗3-6周后达到最大抗高血压效应。在部分病人中,每天剂量可增加到100mg。血容量不足的病人(例如应用大量利尿剂)起始剂量应该为25mg,qd。
禁忌: 儿童,妊娠和哺乳妇女。
不良反应:
轻微而短暂的头晕,剂量相关性体位性低血压。罕见皮疹、荨麻疹,血管神经性水肿(包括面、唇和/或舌肿胀)。腹泻及偏头痛。偶有高血钾,罕见ALT升高。敏感个体和动脉狭窄的病人可出现肾功能异常。
注意事项: 血容量不足的病人应先补充血容量,减少起始剂量。有肝功能损害病人应使用较低剂量。
规格: 片剂 50mg x 7片。
类别:抗高血压药
英文名:Losartan
别名: 科素亚 ,氯沙坦钾,氯沙坦, 芦沙坦, 洛沙坦
外文名:Losartan, Cozaar, Novartis
成分: 氯沙坦钾
适应症: 高血压。
用量用法:
通常剂量为50mg,qd,治疗3-6周后达到最大抗高血压效应。在部分病人中,每天剂量可增加到100mg。血容量不足的病人(例如应用大量利尿剂)起始剂量应该为25mg,qd。
禁忌: 儿童,妊娠和哺乳妇女。
不良反应:
轻微而短暂的头晕,剂量相关性体位性低血压。罕见皮疹、荨麻疹,血管神经性水肿(包括面、唇和/或舌肿胀)。腹泻及偏头痛。偶有高血钾,罕见ALT升高。敏感个体和动脉狭窄的病人可出现肾功能异常。
注意事项: 血容量不足的病人应先补充血容量,减少起始剂量。有肝功能损害病人应使用较低剂量。
规格: 片剂 50mg x 7片。
类别:抗高血压药
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条