sequential

简明释义

英[sɪˈkwenʃ(ə)l]美[sɪˈkwenʃl]

adj. 连续的，按顺序的；依次发生的，相继发生的；（主计算机）顺序的

英英释义

单词用法

同义词

反义词

例句

1.Our development lifecycle contains several sequential phases.

我们的开发生命周期包含了几个连续的阶段。

2.Sequential scans is the number of sequential scans performed.

SequentialScans是执行的连续扫描数量。

3.Quite simply, random access is slower than sequential access.

非常简单，随机访问比顺序访问的速度慢。

4.Create a new sequential business process.

创建一个新的有序业务流程。

5.Sequential rules provide declarative rules executed sequentially.

顺序规则提供顺序执行的声明性规则。

6.Many chapters are, of course, inherently sequential in nature.

当然，许多章节在本质上是固定连续的。

7.The program processes data in a sequential 顺序的 manner, ensuring each step is completed before moving to the next.

该程序以顺序的sequential方式处理数据，确保每个步骤在进入下一个步骤之前完成。

8.In a sequential 顺序的 file system, files are stored one after another, making it easier to access them in order.

在顺序的sequential文件系统中，文件一个接一个地存储，这使得按顺序访问它们变得更加容易。

9.The sequential 顺序的 steps in the recipe must be followed closely for the best results.

该食谱中的顺序的sequential步骤必须严格遵循，以获得最佳效果。

10.She prefers to read books in a sequential 顺序的 manner, starting from the first volume of the series.

她喜欢以顺序的sequential方式阅读书籍，从系列的第一卷开始。

11.The sequential 顺序的 nature of the game requires players to complete levels one at a time.

游戏的顺序的sequential特性要求玩家一次完成一个关卡。

作文

The concept of sequential (顺序的) processes is fundamental in various fields, from computer science to everyday life. In computer programming, for instance, algorithms are often designed to execute tasks in a sequential (顺序的) manner. This means that one step must be completed before the next one begins. Such a structure ensures that the program runs efficiently and produces the desired output without errors. For example, when a user inputs data into a software application, the application processes this information in a sequential (顺序的) order to ensure accuracy and reliability. If the steps were not followed in a sequential (顺序的) fashion, the results could be unpredictable and flawed. In addition to programming, the idea of sequential (顺序的) actions can be observed in daily activities. Consider the process of baking a cake. The recipe outlines a series of steps that must be followed in a specific order: first, gather the ingredients; second, mix them together; third, bake the mixture; and finally, let it cool before serving. Each of these steps is sequential (顺序的), meaning that skipping any step could result in a failed cake. This illustrates how important sequential (顺序的) processes are in achieving successful outcomes in various tasks. Moreover, in education, learning often occurs in a sequential (顺序的) manner. Students typically progress through grades and subjects in a structured order, building on their knowledge as they advance. For instance, a student must understand basic arithmetic before tackling more complex mathematical concepts such as algebra or calculus. This sequential (顺序的) approach to learning helps ensure that students have a solid foundation upon which to build further knowledge. In project management, the sequential (顺序的) model is also prevalent. Projects are often divided into phases that must be completed in a sequential (顺序的) order. This allows teams to focus on one aspect of the project at a time, ensuring that each phase is thoroughly completed before moving on to the next. For example, in construction, planning, design, and execution are all sequential (顺序的) stages that contribute to the overall success of the project. Any disruption in this order can lead to delays and increased costs. In conclusion, the importance of sequential (顺序的) processes cannot be overstated. Whether in technology, cooking, education, or project management, following a sequential (顺序的) order is crucial for achieving desired results. Understanding this concept can help individuals and organizations streamline their efforts and enhance their productivity. By recognizing the value of sequential (顺序的) actions, we can improve our approaches to problem-solving and task completion in various aspects of life.

“顺序的”这一概念在多个领域中都是基础性的，从计算机科学到日常生活。例如，在计算机编程中，算法通常被设计为以“顺序的”方式执行任务。这意味着一个步骤必须在下一个步骤开始之前完成。这种结构确保程序高效运行，并产生期望的输出而不出错。例如，当用户将数据输入到软件应用程序中时，该应用程序会按照“顺序的”顺序处理这些信息，以确保准确性和可靠性。如果步骤没有按照“顺序的”方式进行，结果可能会变得不可预测且存在缺陷。 除了编程，“顺序的”动作的理念也可以在日常活动中观察到。考虑一下烘焙蛋糕的过程。食谱列出了必须按照特定顺序遵循的一系列步骤：首先，收集材料；第二，混合它们；第三，烘烤混合物；最后，让其冷却后再上桌。这些步骤都是“顺序的”，这意味着跳过任何一步都可能导致蛋糕失败。这说明了“顺序的”过程在实现各种任务成功结果中的重要性。 此外，在教育中，学习通常以“顺序的”方式进行。学生通常按照结构化的顺序逐级和逐科进步，随着他们的进步逐步建立知识。例如，学生必须理解基本的算术才能攻克更复杂的数学概念，如代数或微积分。这种“顺序的”学习方法有助于确保学生在进一步学习时拥有坚实的基础。 在项目管理中，“顺序的”模型也很普遍。项目通常被划分为必须按“顺序的”顺序完成的阶段。这使团队能够专注于项目的一个方面，确保每个阶段在进入下一个阶段之前都得到彻底完成。例如，在建筑中，规划、设计和执行都是“顺序的”阶段，有助于项目的整体成功。这个顺序中的任何干扰都可能导致延误和成本增加。 总之，“顺序的”过程的重要性不容小觑。无论是在技术、烹饪、教育还是项目管理中，遵循“顺序的”秩序对于实现预期结果至关重要。理解这一概念可以帮助个人和组织简化工作，提高生产力。通过认识到“顺序的”行动的价值，我们可以改善解决问题和任务完成的方式，提升生活各个方面的效率。