statically

简明释义

英[ˈstætɪkəli]美[ˈstætɪkli]

adv. 静态地；静止地

英英释义

单词用法

同义词

反义词

例句

1.BoatHaskell is statically typed.

haskell是静态类型的。

2.It is statically type-checked and does not allow type coercion, so is safe with regards to types.

它进行静态类型检查，并且不允许强制类型转换，因而对于类型而言是安全的。

3.Statically forbid polymorphic recursion.

静态禁止多态递归。

4.The result is a file system that is automatically wear leveled both statically and dynamically.

因此这种文件系统可以自动实现静态和动态平均读写。

5.The performance governor statically sets the processor to the highest frequency available.

性能调控器会静态将处理器设置为可用的最高频率。

6.The following trace indicates that the SQL to create a customer is indeed run statically.

以下跟踪表明用于创建客户的SQL的确是静态地运行的。

7.So how can I link the statically compiled code to the generated class?

那么如何将静态编译的代码链接到生成的类呢？

8.XML Schema is widely used and well-suited for statically describing the structure and content of XML.

XML模式广泛用来静态地描述 XML的结构和内容，它非常适合这个用途。

9.The website loads its content statically to improve performance.

这个网站以静态方式加载其内容，以提高性能。

10.The data was generated statically, meaning it doesn't change over time.

数据是以静态方式生成的，这意味着它不会随时间变化。

11.The application is designed to render statically for faster loading times.

该应用程序设计为以静态方式渲染，以加快加载速度。

12.The images are stored statically on the server for quick access.

这些图像以静态方式存储在服务器上，以便快速访问。

13.In this simulation, the model behaves statically under certain conditions.

在这个模拟中，模型在某些条件下表现得是静态的。

作文

In the world of physics and engineering, the term 'statically' plays a crucial role in understanding how objects behave under various forces. When we describe a system as functioning statically (静态地), we are referring to a state where all the forces acting on the system are balanced, resulting in no net movement. This concept is fundamental in many fields, including civil engineering, mechanical engineering, and architecture. For example, consider a bridge. Engineers must ensure that the bridge can support the weight of vehicles and pedestrians without collapsing. They analyze the forces acting on the bridge, such as gravity, tension, and compression. If the bridge is designed statically (静态地) stable, it means that all these forces are in equilibrium, allowing the structure to remain intact and functional. Understanding static systems is not only important for safety but also for efficiency. In designing buildings, architects often use materials that can withstand static loads effectively. For instance, steel beams are commonly used because they can handle significant weights statically (静态地) without bending or breaking. Moreover, the principles of static analysis extend beyond structures. In computer science, algorithms may be evaluated statically (静态地) to determine their efficiency without executing them. This is particularly useful in optimizing code and ensuring that software performs well under various conditions. By analyzing the code statically (静态地), developers can identify potential issues and improve performance before deployment. Additionally, the concept of being statically (静态地) positioned applies to various disciplines, including economics. When we say that a market is statically (静态地) efficient, we mean that resources are allocated in a way that maximizes output without changes over time. This idea is essential for economists who study how markets function and how to improve them. In contrast to static systems, dynamic systems involve change and movement. Understanding the difference between static and dynamic is vital for anyone studying physics, engineering, or any field that requires an understanding of forces and motion. While static analysis provides a snapshot of a system at rest, dynamic analysis examines how systems evolve over time under various influences. In conclusion, the term statically (静态地) encompasses a wide range of applications across different fields. Whether we are discussing the stability of a bridge, the efficiency of an algorithm, or the allocation of resources in an economy, the concept of static equilibrium is essential. By grasping the significance of statically (静态地) balanced systems, we can better appreciate the intricate designs and analyses that go into creating safe and efficient structures, technologies, and economic models.

在物理和工程的世界中，术语“statically”（静态地）在理解物体在各种力作用下的行为方面发挥着至关重要的作用。当我们描述一个系统以< span>statically（静态地）运作时，我们指的是一个状态，在这个状态下，作用于系统的所有力都是平衡的，从而没有净运动。这个概念在许多领域中都是基础，包括土木工程、机械工程和建筑学。例如，考虑一座桥。工程师必须确保桥能够支持车辆和行人的重量而不倒塌。他们分析作用于桥上的力，如重力、张力和压缩力。如果桥被设计得< span>statically（静态地）稳定，这意味着所有这些力处于平衡状态，使结构保持完整和功能性。理解静态系统不仅对安全重要，而且对效率也很重要。在设计建筑时，建筑师通常使用能够有效承受静态载荷的材料。例如，钢梁因其能够在< span>statically（静态地）承受重大重量而常被使用，而不会弯曲或断裂。此外，静态分析的原则超越了结构。在计算机科学中，算法可以在不执行的情况下< span>statically（静态地）评估其效率。这在优化代码和确保软件在各种条件下表现良好时特别有用。通过< span>statically（静态地）分析代码，开发人员可以识别潜在问题并在部署之前提高性能。此外，< span>statically（静态地）定位的概念适用于各种学科，包括经济学。当我们说市场是< span>statically（静态地）有效时，我们的意思是资源以最大化产出的方式分配，而不会随时间变化。这个想法对于研究市场如何运作以及如何改进市场的经济学家至关重要。与静态系统相反，动态系统涉及变化和运动。理解静态与动态之间的区别对于任何学习物理、工程或任何需要理解力和运动的领域的人来说都是至关重要的。虽然静态分析提供了系统静止时的快照，但动态分析则检查系统在各种影响下如何随时间演变。总之，术语< span>statically（静态地）涵盖了不同领域广泛的应用。无论我们是在讨论桥的稳定性、算法的效率还是经济中资源的分配，静态平衡的概念都是必不可少的。通过掌握< span>statically（静态地）平衡系统的重要性，我们可以更好地欣赏到创建安全和高效的结构、技术和经济模型所需的复杂设计和分析。