optimum size

简明释义

最合理的规模

英英释义

例句

1.The research showed that the optimum size 最佳大小 for the new product is 500 milliliters.

研究表明新产品的optimum size 最佳大小是500毫升。

2.In order to maximize efficiency, we need to determine the optimum size 最佳大小 of the team.

为了最大化效率，我们需要确定团队的optimum size 最佳大小。

3.The optimum size 最佳大小 of the garden will depend on the available space and sunlight.

花园的optimum size 最佳大小将取决于可用空间和阳光。

4.For this recipe, the optimum size 最佳大小 of the baking pan is 9 by 13 inches.

对于这个食谱，烘焙盘的optimum size 最佳大小是9 x 13英寸。

5.The study aimed to find the optimum size 最佳大小 of the fish tank for better aquatic life.

研究旨在找出更好的水生生活所需的鱼缸的optimum size 最佳大小。

作文

In today's rapidly evolving world, the concept of optimum size (最佳规模) plays a crucial role in various fields, including business, technology, and even environmental science. Understanding what constitutes the optimum size (最佳规模) for a given entity can significantly impact its efficiency, sustainability, and overall success.To begin with, let's explore the idea of optimum size (最佳规模) in the context of businesses. Companies often face the challenge of scaling their operations to meet market demands while minimizing costs. A firm that is too small may struggle to compete with larger rivals due to limited resources, while one that is too large may become inefficient and bureaucratic. Therefore, finding the optimum size (最佳规模) allows companies to maximize productivity and maintain flexibility. For instance, a startup may find that a team of ten employees is ideal for fostering creativity and innovation, whereas a larger corporation might benefit from a more hierarchical structure to manage its vast operations effectively.Moreover, in the realm of technology, the optimum size (最佳规模) of a system or device can determine its performance. Take, for example, the design of computer processors. Engineers strive to create chips that are neither too large nor too small; if they are oversized, they may consume excessive power and generate heat, while if they are too compact, they may not provide enough processing power. Thus, achieving the optimum size (最佳规模) in this context is essential for balancing performance and energy efficiency.Environmental science also benefits from understanding the optimum size (最佳规模) of ecosystems. In conservation efforts, researchers study the size of habitats required to sustain diverse species. An ecosystem that is too small may not support a viable population, leading to extinction, while an excessively large habitat may be challenging to manage effectively. Conservationists aim to identify the optimum size (最佳规模) of protected areas to ensure biodiversity while allowing for human activities.Furthermore, the concept of optimum size (最佳规模) extends to personal development and lifestyle choices. Individuals often seek to find the right balance in their lives, whether it be in terms of work-life balance, social connections, or even physical health. For instance, maintaining a social circle that is neither too large nor too small can lead to better emotional support and fulfillment. Similarly, finding the optimum size (最佳规模) of time dedicated to work versus leisure can enhance overall well-being and productivity.In conclusion, the idea of optimum size (最佳规模) is multifaceted and applies to numerous aspects of life and society. Whether in business, technology, environmental science, or personal development, identifying the optimum size (最佳规模) is key to achieving efficiency, sustainability, and satisfaction. As we continue to navigate the complexities of our modern world, the importance of understanding and applying this concept will only grow, guiding us toward more informed decisions and better outcomes in various domains.

在当今快速发展的世界中，optimum size（最佳规模）的概念在商业、技术甚至环境科学等多个领域发挥着至关重要的作用。理解什么构成某个实体的optimum size（最佳规模）可以显著影响其效率、可持续性和整体成功。首先，让我们探讨在商业背景下optimum size（最佳规模）这一理念。公司常常面临将运营规模扩大以满足市场需求，同时最小化成本的挑战。规模过小的公司可能因资源有限而难以与更大竞争对手竞争，而规模过大的公司则可能变得低效和官僚。因此，找到optimum size（最佳规模）使公司能够最大化生产力并保持灵活性。例如，一家初创公司可能会发现十名员工的团队对于促进创造力和创新是理想的，而一家大型企业则可能受益于更为层级化的结构，以有效管理其庞大的运营。此外，在技术领域，系统或设备的optimum size（最佳规模）可以决定其性能。以计算机处理器的设计为例，工程师们努力创造既不太大也不太小的芯片；如果它们过大，可能会消耗过多的电力并产生热量，而如果它们过于紧凑，则可能无法提供足够的处理能力。因此，在这种情况下，实现optimum size（最佳规模）对于平衡性能和能效至关重要。环境科学同样受益于理解生态系统的optimum size（最佳规模）。在保护工作中，研究人员研究维持多样物种所需栖息地的大小。一个过小的生态系统可能无法支持一个可行的人口，导致灭绝，而一个过大的栖息地可能难以有效管理。因此，保护主义者旨在确定保护区的optimum size（最佳规模），以确保生物多样性，同时允许人类活动。此外，optimum size（最佳规模）的概念也扩展到个人发展和生活方式选择中。个人往往寻求在生活中找到正确的平衡，无论是在工作与生活的平衡、社交关系，还是身体健康方面。例如，维持一个既不太大也不太小的社交圈可以带来更好的情感支持和满足感。同样，找到分配给工作和休闲的时间的optimum size（最佳规模）可以增强整体幸福感和生产力。总之，optimum size（最佳规模）这一理念是多方面的，适用于生活和社会的诸多方面。无论是在商业、技术、环境科学还是个人发展中，识别optimum size（最佳规模）是实现效率、可持续性和满意度的关键。随着我们继续应对现代世界的复杂性，理解和应用这一概念的重要性只会增加，引导我们在各个领域做出更明智的决策和更好的结果。