asymmetric process

简明释义

非对称过程;

英英释义

例句

1.During the negotiation, one party employed an asymmetric process 不对称过程 to gain leverage over the other.

在谈判中，一方采用了一个不对称过程 不对称过程来获得优势。

2.In economics, the distribution of resources can often be seen as an asymmetric process 不对称过程 favoring those with existing wealth.

在经济学中，资源的分配往往被视为一个不对称过程 不对称过程，有利于那些已有财富的人。

3.In machine learning, training a model with more data than it will encounter in production is an asymmetric process 不对称过程.

在机器学习中，用比模型在生产中会遇到的更多的数据训练模型是一个不对称过程 不对称过程。

4.The company’s pricing strategy reflects an asymmetric process 不对称过程 where they charge different prices based on customer segments.

该公司的定价策略反映了一个不对称过程 不对称过程，即根据客户群体收取不同的价格。

5.The feedback loop in this system is an asymmetric process 不对称过程 because it amplifies certain signals more than others.

这个系统中的反馈循环是一个不对称过程 不对称过程，因为它放大了某些信号而不是其他信号。

作文

In the realm of science and mathematics, the term asymmetric process refers to a scenario where the actions or reactions do not occur in a balanced or equal manner. This concept can be observed in various fields, including chemistry, biology, and economics. Understanding asymmetric processes is crucial for comprehending complex systems that do not follow traditional linear patterns. For instance, in chemical reactions, an asymmetric process may involve one reactant being consumed at a much faster rate than another, leading to an uneven distribution of products. This imbalance can affect the overall efficiency of the reaction and has significant implications for industrial applications.In biology, asymmetric processes play a vital role in developmental biology. During cell division, certain cells may inherit different amounts of cytoplasm or organelles, resulting in daughter cells that are not identical. This asymmetry is essential for the differentiation of cells into specialized types, which is foundational for the development of multicellular organisms. Without these asymmetric processes, organisms would not be able to develop the complexity needed for survival in varied environments.Economically, the concept of asymmetric process can be applied to market behaviors where information is not evenly distributed among participants. In a market where some traders have access to insider information while others do not, the resulting transactions can create significant disparities in outcomes. This asymmetry can lead to inefficiencies and market failures, as those with better information can exploit their advantage at the expense of others. Recognizing and addressing these asymmetric processes is critical for regulators aiming to create fairer market conditions.Moreover, the understanding of asymmetric processes extends beyond scientific and economic contexts. In social interactions, individuals often engage in asymmetric processes where power dynamics are uneven. For example, in a negotiation setting, one party may hold more leverage due to superior knowledge or resources, influencing the outcome disproportionately. This can lead to conflicts and challenges in achieving equitable agreements.In conclusion, the study of asymmetric processes provides valuable insights across various disciplines. Whether in chemical reactions, biological development, economic markets, or social interactions, recognizing the implications of asymmetry helps us understand the complexities of the world around us. By acknowledging and analyzing these processes, we can work towards creating more balanced systems that promote fairness and efficiency. The significance of asymmetric processes cannot be overstated, as they are fundamental to the functioning of both natural and human-made systems.

在科学和数学领域，术语非对称过程指的是一种情况，其中行动或反应并不以平衡或相等的方式发生。这个概念可以在多个领域中观察到，包括化学、生物学和经济学。理解非对称过程对于理解不遵循传统线性模式的复杂系统至关重要。例如，在化学反应中，一种非对称过程可能涉及一种反应物被消耗的速度远快于另一种，从而导致产品的分布不均。这种不平衡会影响反应的整体效率，并对工业应用产生重大影响。在生物学中，非对称过程在发育生物学中发挥着至关重要的作用。在细胞分裂过程中，某些细胞可能继承不同数量的细胞质或细胞器，导致子细胞并不相同。这种不对称性对于细胞分化为专门类型至关重要，这是多细胞生物发展的基础。如果没有这些非对称过程，生物体将无法发展出适应多种环境所需的复杂性。在经济学中，非对称过程的概念可以应用于市场行为，其中信息在参与者之间并不均匀分配。在一个某些交易者拥有内部信息而其他人没有的市场中，结果的交易可能会产生显著的结果差异。这种不对称可能导致效率低下和市场失灵，因为那些拥有更好信息的人可以利用他们的优势，损害其他人的利益。认识到并解决这些非对称过程对于旨在创造更公平市场条件的监管者至关重要。此外，理解非对称过程超越了科学和经济背景。在社会互动中，个体经常参与到权力动态不均的非对称过程中。例如，在谈判环境中，一方可能由于拥有更优越的知识或资源而具有更多的杠杆，从而不成比例地影响结果。这可能导致冲突和实现公平协议的挑战。总之，研究非对称过程提供了跨学科的重要见解。无论是在化学反应、生物发育、经济市场还是社会互动中，认识到不对称性的影响有助于我们理解周围世界的复杂性。通过承认和分析这些过程，我们可以朝着创建更平衡的系统努力，以促进公平和效率。非对称过程的重要性不容小觑，因为它们是自然和人造系统运作的基础。