surge [sə:dʒ]

surge的基本解释

n.

巨涌, 汹涌, 澎湃

• The sea was rolling in immense surges.
• 大海上浪涛汹涌。

vi.

汹涌, 澎湃, 振荡, 滑脱, 放松

• Prices kept surging.
• 价格不断猛涨。

• The floods surged over the valley.
• 洪水在山谷中汹涌流过。

• Blood surged to his face.
• 血涌到他的脸上。

• A ship surges at anchor.
• 抛锚的船随波涛起伏。

vt.

急放, 使汹涌奔腾

surge的同义词

v. billow

n. rush · stream · upsurge · flow · swell · wave · billow · gush

surge所属的单词分类

Weather / 天气 [276]

wind shear  ·  weather satellite  ·  tropical storm  ·  tropical disturbance  ·  tropical depression  ·  supercell  ·  snow level  ·  snow flurry  ·  rain shadow  ·  prevailing wind

与surge相关的网络例句 [注：此内容来源于网络，仅供参考]

Air cushion surge chamber can also be named pneumatic surge chamber. The first air cushion surge chamber in the world was built in Driva water power plant in Norway in 1973. In our country, the proper application and research on the subject of air cushion surge chamber started at the end of last century or the beginning of this country.

气垫式调压室又称气压式调压室，世界上第一座气垫式调压室是在挪威的Driva水电站建成于1973年，在我国，真正意义上的气垫式调压室应用和研究工作起始于上世纪末，本世纪初。

The result shows that, with less effect on differential performance, surge amplitude, and decay rate of the surge tank, the arrangement of interconnecting holes at rational positions with proper sizes can effectively decrease the differential pressure on breast wall (from over 30 m down to 20 m below) and ensure the safe operation of the surge tank, and it is beneficial to gate control.

结果表明，在保证了调压室的差动性能、涌浪幅度和衰减速度的同时，在胸墙上设置位置和尺寸合理的连通孔，可以有效降低胸墙结构承受的压差，由超过30m的较大压差降低至20m以下，保证调压室的安全稳定运行，且有利于闸门的控制。

Based on the differential surge tank commonly used in long-distance diversion hydropower stations, in which interconnecting holes with rational cross sectional area were arranged at different elevations of breast wall between outer chamber and gate shaft used as a riser, a study was made on the influences of interconnecting holes on the differential performance and differential pressure of the surge tank, and further surge analysis was performed through a case study.

对于长引水式水电站常用的差动式调压室，分析了其兼作升管的闸门井和大井之间的胸墙在不同高程上布置的面积合理的连通孔，对调压室的差动性能和压差的影响，并结合实际算例进行涌浪分析。

与surge相关的网络解释 [注：此内容来源于网络，仅供参考]

surge：喘振

主要论述了压缩机的防喘振控制理论,防喘振控制器的功能及防喘振控制在赛科乙烯装置裂解气压缩机的应用. [摘要]本文对机电排灌中泵系统的喘振(surge)现象进行了力学分析,得出了喘振产生的三个条件,并根据三个条件提出的防护措施.

surge：波动

(图2)还有一种得以成功应用的精益敏捷集成策略是被称为"基础"(base)与"波动"(surge)需求分离法. 此策略是将需求类型分为"基础"需求与"波动"需求(Gattorna与Waiters,1996)两类其中"基础"需求可根据历史数据预测而"波动"需求则不可预测.

surge：涌

产生了瞬间电压变动,高次谐波(harmonics),电压不均衡,闪动(Flicker)以及巨涌(surge)等新的瞬间电力品质等问题. 特别由于电力转换装置、电动机速度调节装置等非线性负荷的使用所发生的高次谐波导致变压器的震动、异.

surge：浪涌

雷击浪涌发生器 浪涌(surge)是存在于供电系统中的一种电压/电流的波动现象,形成线路浪涌的原因很多,为防止线路浪涌对设备造成损坏,一般都在线路上采用防浪涌器件.

voltage surge：电压浪涌

电压不平衡 voltage imbalance, voltage unbalance | 电压浪涌 voltage surge | 电压骤降 voltage dip