ras
简明释义
n. 岬（阿拉伯和非洲海岸砂地名中的组成部分）；（埃塞俄比亚的）王子
n. （Ras）（美、波、荷、法、英）拉斯（人名）
英英释义
单词用法
剃去屋顶 | |
夷为平地 | |
重复剃刀 | |
一刀剃光 |
同义词
| 流氓 | 他真是个流氓，总是惹麻烦。 | ||
| 顽童 | 那个小顽童从罐子里偷了一块饼干。 | ||
| 恶棍 | 他们称他为恶棍，因为他的顽皮行为。 | ||
| 捣蛋鬼 | 她在班上被称为捣蛋鬼。 |
反义词
| 光滑的 | 桌子的表面是光滑的。 | ||
| 平坦的 | 他更喜欢骑自行车在平坦的道路上。 |
例句
1.Above, destroyed vehicles line the road between Brega and Ras Lanuf.
上图，布雷加到拉斯拉努夫的公路上，摆放着被毁的车辆。
2.From an external agent using the C-based JVM RAS Interface (JVMRI).
从外部代理使用基于c的JVMRASInterface (JVMRI)。
3.This will open a RAS perspective view.
这将打开RAS透视图。
4.Figure 1: The RAS meta-data structure.
图1：RAS元数据结构。
5.Loss of neurofibromin expression in NF1-associated tumors is associated with elevated RAS activity and increased cell proliferation.
在与NF1相关的肿瘤中神经纤维蛋白表达的丧失与RAS活性升高和细胞增殖增加有关。
6.Download the RAS file that is included with this article to a location on your hard drive (see Downloads).
下载本文中含有的RAS文件到您的硬盘上去(查看下载部分)。
7.RAS assets can be stored in RAS-based asset repositories.
RAS资产可以存储在基于RAS的资产存储库中。
8.Figure 15: Importing a service from a RAS repository.
图15：从ras知识库中导入服务。
9.Because a software asset is a broad term, RAS also provides profiles used to describe specific types of assets.
由于软件资产是较为宽泛的术语，RAS还提供了用于描述特定资产类型的概要。
10.The artist used a ras 调色板 filled with vibrant colors for her painting.
艺术家使用了一个充满鲜艳颜色的ras 调色板来创作她的画作。
11.During the festival, they performed a traditional dance with ras 节奏 and music.
在节日庆典期间，他们表演了一种传统舞蹈，伴随着ras 节奏和音乐。
12.She wore a beautiful dress with a ras 花纹 that caught everyone's attention.
她穿着一条漂亮的裙子，上面有一个引人注目的ras 花纹。
13.The chef decided to add a touch of ras 香料 to the dish for extra flavor.
厨师决定在菜肴中加入一点ras 香料以增加风味。
14.He found a ras 石头 on the beach that was perfectly shaped.
他在海滩上发现了一块形状完美的ras 石头。
作文
In the vast landscape of technology, the term ras (随机存取存储器) holds significant importance. Understanding ras is crucial for anyone venturing into the field of computer science or information technology. ras is often associated with memory management, which is a fundamental aspect of how computers operate. It refers to a type of memory that allows data to be accessed in any order, as opposed to sequentially. This characteristic makes ras incredibly efficient for various applications, from running complex algorithms to storing large datasets.The concept of ras can be likened to a library where books can be retrieved without following a specific order. Imagine a librarian who can fetch any book you request, regardless of its position on the shelf. This is the essence of ras. It provides the flexibility and speed necessary for modern computing tasks. When we think about how our devices function, whether it be our smartphones, laptops, or servers, ras plays a pivotal role in ensuring that applications run smoothly and efficiently.Moreover, ras is not just limited to traditional computing systems. With the rise of cloud computing and big data, the relevance of ras has expanded. In cloud environments, where resources are pooled and shared among multiple users, the ability to quickly access and retrieve data becomes even more critical. Here, ras enables organizations to leverage their data assets effectively, allowing for real-time analytics and decision-making.The relationship between ras and performance cannot be overstated. In high-performance computing scenarios, such as scientific simulations or financial modeling, the efficiency of ras can directly impact the outcome of computations. Systems with optimized ras configurations can handle larger workloads and deliver results faster, giving organizations a competitive edge.Additionally, understanding ras is essential for troubleshooting and optimizing systems. When performance issues arise, IT professionals often analyze ras usage to identify bottlenecks or inefficiencies. By monitoring how ras is being utilized, they can make informed decisions on upgrades or adjustments needed to enhance overall system performance.In conclusion, the significance of ras in the world of technology cannot be overlooked. As we continue to advance in the digital age, the demand for efficient and effective memory management will only grow. For students and professionals alike, mastering the concept of ras is not just an academic exercise; it is a fundamental skill that will empower them to innovate and excel in their respective fields. Embracing the intricacies of ras will undoubtedly pave the way for future advancements in technology, making it an indispensable topic of study in today's fast-paced tech environment.
在广阔的科技领域中，术语ras（随机存取存储器）具有重要意义。理解ras对任何进入计算机科学或信息技术领域的人来说都是至关重要的。ras通常与内存管理相关，这是计算机操作的基本方面。它指的是一种允许以任何顺序访问数据的内存，而不是按顺序访问。这一特性使得ras在各种应用中极为高效，从运行复杂算法到存储大型数据集。ras的概念可以比作一个图书馆，在这里，书籍可以不按照特定顺序被检索。想象一下，一个图书管理员可以根据你的要求随时拿到任何一本书，而不管它在书架上的位置。这就是ras的本质。它提供了现代计算任务所需的灵活性和速度。当我们想到我们的设备如何运作时，无论是智能手机、笔记本电脑还是服务器，ras在确保应用程序流畅高效地运行方面都发挥着关键作用。此外，ras不仅限于传统计算系统。随着云计算和大数据的兴起，ras的相关性有所扩大。在云环境中，资源被多个用户共享和池化，快速访问和检索数据的能力变得更加重要。在这里，ras使组织能够有效利用其数据资产，允许实时分析和决策。ras与性能之间的关系不容小觑。在高性能计算场景中，例如科学模拟或金融建模，ras的效率可以直接影响计算结果。配置优化的ras系统可以处理更大的工作负载并更快地交付结果，从而使组织获得竞争优势。此外，理解ras对于故障排除和系统优化至关重要。当性能问题出现时，IT专业人员通常会分析ras的使用情况，以识别瓶颈或低效之处。通过监控ras的使用，他们可以做出明智的决定，进行升级或调整，以提高整体系统性能。总之，ras在科技世界中的重要性不容忽视。随着我们在数字时代的不断进步，对高效和有效内存管理的需求只会增加。对于学生和专业人士来说，掌握ras的概念不仅仅是一次学术练习；这是一项基本技能，将使他们能够在各自的领域中创新和卓越。拥抱ras的复杂性无疑将为未来的技术进步铺平道路，使其成为当今快速发展的技术环境中不可或缺的研究主题。
