resinification

简明释义

英[/ˌrɛzɪnɪfɪˈkeɪʃən/]美[/ˌrɛzɪnɪfɪˈkeɪʃən/]

n. 树脂化；以树脂处理

英英释义

单词用法

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例句

1.Objective To study the possibility of using radiopaque resinifying agent in resinification of the tooth.

雍王嘉德目的为研究显影塑化剂在牙髓塑化治疗的显影效果。

2.Objective To study the possibility of using radiopaque resinifying agent in resinification of the tooth.

雍王嘉德目的为研究显影塑化剂在牙髓塑化治疗的显影效果。

3.Resinification of furfur al on the catalyst was the main cause of deactivation.

糠醛树脂化结焦是导致催化剂失活的主要原因。

4.The process of resinification is crucial in the production of durable plastics.

在耐用塑料的生产中，树脂化过程至关重要。

5.During the resinification of wood, the natural resins are transformed into a more stable form.

在木材的树脂化过程中，自然树脂被转化为更稳定的形式。

6.Scientists study resinification to understand the preservation of ancient artifacts.

科学家研究树脂化以了解古代文物的保存。

7.The resinification of plant materials can lead to the creation of amber.

植物材料的树脂化可以导致琥珀的形成。

8.In geology, resinification refers to the transformation of organic matter into resin-like substances.

在地质学中，树脂化指的是有机物转变为类似树脂的物质。

作文

In the world of geology and paleontology, the process of fossilization is a fascinating subject that captures the attention of many scientists and enthusiasts alike. Among the various processes involved in fossil formation, one particularly intriguing phenomenon is called resinification. This term refers to the transformation of organic materials, particularly plant matter, into a resin-like substance through a series of chemical reactions over time. Understanding resinification (树脂化) is essential for grasping how certain fossils, especially amber, are formed and preserved through the ages. The journey of resinification begins when plants, particularly coniferous trees, produce resin as a defense mechanism against pests and diseases. This sticky substance serves to seal wounds and protect the tree from external threats. Over time, as the resin accumulates, it can trap small organisms such as insects, pollen, and even small fragments of wood. These trapped specimens provide invaluable insights into ancient ecosystems and the biodiversity of past eras. As the resin continues to accumulate, it undergoes a series of changes due to environmental factors such as heat, pressure, and microbial activity. The initial soft and viscous resin gradually hardens and becomes more stable. This process of hardening is what we refer to as resinification (树脂化). During this stage, the organic compounds within the resin undergo polymerization, resulting in a solid, durable material that can withstand the test of time. One of the most well-known products of resinification is amber, which is highly valued both scientifically and commercially. Amber is fossilized tree resin that has been subjected to the resinification process over millions of years. It often contains perfectly preserved specimens of ancient life, providing a unique window into the past. The study of amber and its inclusions has revealed much about prehistoric environments, climate conditions, and evolutionary biology. In addition to its scientific significance, amber has also played a vital role in human culture. Throughout history, it has been used for jewelry, ornaments, and even in traditional medicine. The allure of amber lies not only in its beauty but also in the stories it holds within its golden depths. Each piece of amber represents a moment frozen in time, capturing the essence of a bygone era. However, it is important to note that resinification (树脂化) is not a straightforward process. Various factors can influence the quality and characteristics of the final product. For instance, the type of tree, the environmental conditions during resin production, and the duration of the resinification process all play critical roles in determining the properties of the fossilized resin. Some ambers may be clear and free of inclusions, while others may be cloudy or contain numerous trapped organisms. In conclusion, the concept of resinification (树脂化) is integral to our understanding of fossil formation and the preservation of ancient life. By studying this remarkable process, scientists can unlock secrets about our planet's history and the evolution of life itself. Whether through the lens of geology, paleontology, or cultural anthropology, the implications of resinification extend far beyond the realm of science, reminding us of the intricate connections between the past and present.