extrinsic properties

简明释义

非本征性质

英英释义

例句

1.In biology, the extrinsic properties (外在属性) of an organism can include its habitat and interactions with other species.

在生物学中，一个生物体的外在属性可以包括其栖息地和与其他物种的相互作用。

2.The color and texture of a fabric are considered its extrinsic properties (外在属性) that affect its overall appeal.

一种织物的颜色和质地被认为是它的外在属性，这会影响其整体吸引力。

3.The extrinsic properties (外在属性) of a software application, such as user interface design and customer support, can impact user satisfaction.

软件应用的外在属性，如用户界面设计和客户支持，可以影响用户满意度。

4.The extrinsic properties (外在属性) of a gemstone, such as cut and clarity, can greatly influence its market price.

宝石的外在属性，如切工和清晰度，可以极大地影响其市场价格。

5.In the context of real estate, location is one of the most significant extrinsic properties (外在属性) that determine property value.

在房地产的背景下，位置是决定房地产价值的最重要的外在属性之一。

作文

In the study of materials science, understanding the characteristics of different substances is essential. One important aspect to consider is the distinction between intrinsic and extrinsic properties. While intrinsic properties are inherent to the material itself, extrinsic properties (外在属性) are influenced by external factors such as environmental conditions, temperature, and pressure. This essay will explore the significance of extrinsic properties (外在属性) in various fields, including engineering, biology, and everyday life.In engineering, the extrinsic properties (外在属性) of materials can play a crucial role in determining their suitability for specific applications. For instance, a metal may have excellent strength and durability under normal conditions, but its performance can be drastically altered when exposed to extreme temperatures or corrosive environments. Engineers must account for these extrinsic properties (外在属性) when designing structures or selecting materials for construction projects. Failure to consider these factors could lead to catastrophic failures, emphasizing the importance of understanding how external influences affect material behavior.In the field of biology, extrinsic properties (外在属性) are equally significant. For example, the behavior of organisms can be heavily influenced by their environment. Factors such as availability of resources, predators, and climate can alter an organism's growth, reproduction, and survival strategies. Understanding these extrinsic properties (外在属性) is vital for ecologists and conservationists who aim to protect endangered species and restore ecosystems. By recognizing how external conditions impact biological systems, scientists can implement more effective conservation strategies that take these variables into account.Moreover, in our daily lives, we often encounter extrinsic properties (外在属性) without realizing it. Consider the way we perceive colors; the color of an object can change depending on the lighting conditions. A white dress may appear blue under certain artificial lights due to the extrinsic properties (外在属性) of the light source. This phenomenon highlights how our experiences and perceptions can be shaped by external factors, leading to misunderstandings or misinterpretations. Being aware of these extrinsic properties (外在属性) can help us navigate our environments with a more informed perspective.In conclusion, extrinsic properties (外在属性) are essential to understanding how materials and organisms interact with their environments. In engineering, biology, and everyday life, these properties influence behavior and performance in profound ways. By acknowledging the role of external factors, we can make better decisions in material selection, ecological conservation, and even in our personal experiences. The study of extrinsic properties (外在属性) not only enhances our scientific knowledge but also enriches our understanding of the world around us.