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- Cavitation can be caused by a variety of reasons. 气穴可以由各种原因引起。
- Cavitation is noisy and easily detected by sonar. 空泡现象是有噪声的并且容易被声纳探测到。
- It explores the most conditions of cavitation. 探索了最优空化强化条件。
- Areas of necrosis and cavitation may occur within the tumor. 肿瘤内可以有坏死和成腔区。
- This is the basis of the phenomenon called cavitation. 这就是所谓汽蚀现象的根据。
- The total diameter of cavitation, if present, is less than 4cm. 若出现空洞，其直径总和小于4厘米。
- Excessive noise is an indication that cavitation is occurring. 噪音太大是发生空洞现象的一个征兆。
- Flow metering installation shall not cause flashing or cavitation. 流量表的安装不应引起闪蒸或气蚀。
- Cavitation damage was uneven and cavities appeared in local places. 空蚀破坏呈现不均匀性,局部区域出现大的空蚀坑。
- This is the basis of the phenomenon called cavitation . 这就是所谓汽蚀现象的根据。
- For non-compressible fluids, where pressure drop causes cavitation or flashing. 对于不可压缩性流体,如果压降产生空穴或闪蒸。
- Excessive fluid noise is usually an indication that cavitation is occurring. 如果流体噪音过大,则通常意味着出现气穴现象。
- In both silicosis and CWP, these masses can undergo necrosis and cavitation. 无论硅肺还是CWP的大结节团块都可以出现坏死和空洞。
- Extremely high velocities should be avoided due to possible cavitation. 应该避免应用在可能出现空穴现象的流速异常高速的场合。
- No cavitation, lymphadenopathy, or pleural effusion was demonstrated. 经过证明没有空洞，淋巴结大和胸膜渗出。
- Design of the WATTS Automatic Control Valve minimizes potential valve damage that can be caused by cavitation. 美国瓦茨自动控制阀的结构将可能导致空穴现象的阀门损坏潜在危险降低到最小程度。
- The Mechanism Analysis of Control Valve Cavitation and the Measures to Avoid It. 控制阀气蚀机理分析及防止措施研究。
- Hydrodynamic cavitation as a tool to control macro-, micro-, and nano-properties of inorganic materials. 以液力气蚀作用调控无机材料之宏观、微观及纳米特性。
- The method of avoiding agglomeration by ultrasonic cavitation is proposed to obtain ideal nanomaterials. 提出利用超声的空化作用来有效地防止团聚现象，以期得到理想的纳米材料。
- In addition, the effect of distribution of cavitation on the spout pressure is analysed. 进一步分析了不同燃油喷射压力对喷孔内空穴分布的影响。
