avalanche load

avalanche ["eɪvəˌlæns]

音标：/eɪvəˈlæns/

基本翻译：n. 雪崩；vt. 猛攻；使成雪崩状

速记技巧：a（一个）+ v（动词）+ lance（突出）+ che（吃）→吃一个突出物，引发雪崩

例句：The avalanche of snow buried the village. 雪崩把村庄埋没了。

Avalanche这个词源自拉丁语，意为“雪崩”。它的变化形式包括名词的复数avalanches和形容词avalanche-like。相关单词包括：

1. avalancher (雪崩者)

2. avalanching (雪崩般地)

3. avalanched (雪崩似的)

4. avalanche-proof (防雪崩的)

5. avalanche-resistant (抗雪崩的)

6. avalanche-like (类似雪崩的)

7. avalanchy (雪崩般的)

8. avalanching-proof (防雪崩的)

9. avalanche-resistant equipment (抗雪崩设备)

10. avalanche-resistant clothing (抗雪崩服装)

这些单词都与雪崩有关，描述了与雪崩相关的行为和物体。这个词在英语中经常用于描述大规模的雪崩，也常用于地质学和登山运动等领域。

Avalanche Load

常用短语：

1. Avalanche load surge：雪崩负载激增。

2. Load capacity limit：负载容量极限。

3. Peak load：峰值负载。

4. Load balancing：负载均衡。

5. Load shedding：负载切除。

6. Load factor：负载因子。

7. Load tolerance：负载容忍度。

双语例句：

1. The mountain was hit by an avalanche, causing a surge in load on the power grid.（山上发生了雪崩，导致电网负载激增。）

2. The server"s load capacity is approaching the limit, so we need to adjust the load balancing strategy.（服务器的负载容量即将达到极限，我们需要调整负载均衡策略。）

3. The system experienced a peak load during the busy hour, but it still handled the demand without any issues.（系统在繁忙时段经历了一次峰值负载，但仍然成功应对了需求。）

4. The company"s load factor has been steadily increasing over the past few years, indicating better utilization of resources.（公司在过去几年中负载因子持续增长，表明资源利用率的提高。）

5. The system must be able to withstand high loads for extended periods of time without failure.（系统必须能够在高负载长时间运行而不会出现故障。）

6. The building"s load tolerance is limited, so it cannot accommodate any more people without risking structural failure.（建筑物的负载容忍度有限，如果不加控制地增加人数，将会导致结构失效。）

7. The network experienced a sudden surge in load during the peak hour, causing some delays in service delivery.（网络在繁忙时段遭遇了突然的负载激增，导致服务交付出现一些延迟。）

英文小作文：

Avalanche Load and its Impact on Systems and Networks

In today"s world, systems and networks are constantly under pressure from increasing loads. Avalanches, which can cause significant damage to infrastructure and cause power outages, are a common occurrence in many mountainous regions. Similarly, systems and networks may experience sudden surges in load due to various reasons, such as increased demand or technical issues. When this happens, it can have a significant impact on the system"s performance and reliability, leading to delays, outages, or even system failure. Therefore, it is crucial to have a robust load management strategy in place to ensure that systems and networks can handle sudden spikes in load effectively and efficiently. This may involve using advanced technologies such as load balancing algorithms and fault-tolerant systems to ensure that systems are able to withstand high loads for extended periods of time without failure. Ultimately, ensuring that systems and networks are able to handle avalanche loads effectively is key to ensuring their long-term reliability and sustainability.