mechanistically

简明释义

英[ˌmekəˈnɪstɪkli]美[ˌmekəˈnɪstɪkli]

机械地

英英释义

单词用法

同义词

反义词

例句

1.It would be unlikely to be as simple as a lock-step approach in which the bank capital ratios were adjusted mechanistically in synchronisation with interest rates.

它将不太可能像银行资本比率机械跟随利率调整的僵硬方法那么简单。

2.It would be unlikely to be as simple as a lock-step approach in which the bank capital ratios were adjusted mechanistically in synchronisation with interest rates.

它将不太可能像银行资本比率机械跟随利率调整的僵硬方法那么简单。

3.We might say, even if we are smart enough to build programs that can, by mechanistically following the program, do things we've never thought of.

我们或许说，即使我们非常聪明，可以编制些，能够机械地执行指令的程序，做一些我们从来没想到的事情。

4.Mechanistically, however, how do animals decide between and control their behaviors?

然而，动物如何机械地决定它们的行为并控制它们的行为呢？

5.Mechanistically that is where we are thinking now, saving beats will save energy.

从机制上来看，这正是目前我们所在思考的内容，减少心跳将节约能量。

6.He saw health not as something defined statistically or mechanistically.

他认为健康不是一个机械的、统计的东西。

7.The scientists approached the problem mechanistically, focusing on the underlying processes rather than the broader implications.

科学家们以机械性地方式处理这个问题，专注于基础过程而不是更广泛的影响。

8.In her research, she analyzed the data mechanistically to understand how each variable affected the outcome.

在她的研究中，她以机械性地方式分析数据，以了解每个变量如何影响结果。

9.The software was designed mechanistically to follow a set of predefined rules without considering user intuition.

该软件被设计为机械性地遵循一套预定义规则，而不考虑用户的直觉。

10.He explained the process mechanistically, breaking it down into simple steps that anyone could follow.

他以机械性地方式解释了这个过程，将其分解为任何人都能遵循的简单步骤。

11.The team worked mechanistically to ensure that every component of the project was executed flawlessly.

团队以机械性地方式工作，以确保项目的每个组成部分都完美执行。

作文

In the realm of science and philosophy, the term mechanistically often arises when discussing the nature of systems and their functions. To understand this concept better, we must first explore what it means to think mechanistically. At its core, thinking mechanistically refers to viewing phenomena as machines or systems that operate according to specific rules and laws. This perspective is particularly prominent in the fields of physics and biology, where complex processes are often reduced to simpler, understandable parts. For example, consider the human body. When viewed mechanistically, it can be seen as a series of interconnected systems, each with its own set of functions. The heart pumps blood, the lungs facilitate breathing, and the brain coordinates actions. This reductionist approach allows scientists to study each part in isolation, making it easier to understand how they work together. However, while this method has led to significant advancements in medicine and biology, it also has its limitations. One major critique of the mechanistically oriented view is that it can oversimplify complex interactions. For instance, emotions and mental states cannot be fully explained by biological processes alone. The mind-body connection is intricate, involving psychological, social, and environmental factors that a purely mechanistically driven analysis might overlook. This raises important questions about the nature of consciousness and the essence of being human. Are we merely machines, or is there more to our existence? Furthermore, the mechanistically driven approach can lead to a deterministic worldview, where every action is seen as the result of preceding causes. While this view can be useful in certain scientific contexts, it may undermine the concepts of free will and personal agency. If we are simply cogs in a machine, what does that mean for our ability to make choices? This philosophical dilemma invites further exploration into the balance between determinism and free will. In the context of environmental science, thinking mechanistically can also have profound implications. For instance, ecosystems can be analyzed as systems of interdependent parts, where the removal of one species can disrupt the entire system. Understanding these relationships is crucial for conservation efforts, yet the mechanistically focused approach may fail to account for the dynamic and often unpredictable nature of ecological interactions. Nature is not merely a machine; it is a complex web of life that evolves and adapts over time. In conclusion, while the mechanistically oriented perspective has significantly contributed to our understanding of various fields, it is essential to recognize its limitations. A holistic approach that considers both the mechanical aspects and the more abstract elements of existence is necessary for a comprehensive understanding of the world around us. By embracing complexity and acknowledging the interplay between different systems, we can foster a deeper appreciation for the intricacies of life. Ultimately, the challenge lies in finding a balance between viewing the world mechanistically and recognizing the rich tapestry of experiences that define our humanity.

在科学和哲学领域，术语mechanistically常常出现在讨论系统及其功能的过程中。为了更好地理解这个概念，我们必须首先探讨以mechanistically的方式思考意味着什么。从根本上讲，以mechanistically的方式思考是指将现象视为根据特定规则和法律运作的机器或系统。这种观点在物理学和生物学领域尤为突出，在这些领域，复杂的过程通常被简化为更简单、可理解的部分。 例如，考虑一下人体。当从mechanistically的角度来看时，可以将其视为一系列相互连接的系统，每个系统都有自己的一套功能。心脏泵送血液，肺部促进呼吸，大脑协调行动。这种还原主义的方法使科学家能够孤立地研究每个部分，从而更容易理解它们如何协同工作。然而，尽管这种方法在医学和生物学方面带来了显著的进展，但它也有其局限性。 以mechanistically驱动的观点的一个主要批评是，它可能会过于简化复杂的相互作用。例如，情感和心理状态不能仅仅通过生物过程来完全解释。心身联系错综复杂，涉及心理、社会和环境因素，而单纯的mechanistically分析可能会忽视这一点。这引发了关于意识本质和人类本质的重要问题。我们仅仅是机器，还是我们的存在还有更多的东西？ 此外，以mechanistically驱动的方法还可能导致一种决定论的世界观，在这种世界观中，每个行为都被视为先前原因的结果。虽然在某些科学背景下，这种观点可能是有用的，但它可能会削弱自由意志和个人代理的概念。如果我们只是机器中的齿轮，那么这对我们做出选择的能力意味着什么？这一哲学困境邀请人们进一步探索决定论与自由意志之间的平衡。 在环境科学的背景下，以mechanistically的方式思考也可能产生深远的影响。例如，生态系统可以被分析为相互依赖部分的系统，其中去除一个物种可能会破坏整个系统。理解这些关系对于保护工作至关重要，但以mechanistically为中心的方法可能无法考虑生态互动的动态和往往不可预测的性质。自然不仅仅是一台机器；它是一个随时间演变和适应的复杂生命网络。 总之，尽管以mechanistically为导向的观点对我们理解各个领域做出了重大贡献，但认识到其局限性是至关重要的。需要一种整体的方法，既考虑机械方面，又考虑存在的更抽象元素，以全面理解我们周围的世界。通过接受复杂性并承认不同系统之间的相互作用，我们可以更深刻地欣赏生活的复杂性。最终，挑战在于找到以mechanistically的方式看待世界与认识定义我们人性的丰富体验之间的平衡。