Exploring 10147-36-1: Key Insights and Applications

In the world of chemistry, compound identifiers like 10147-36-1 play a crucial role in understanding various substances. This particular identifier refers to a specific compound, which has garnered attention for its unique properties and potential applications. In this blog post, we will explore the significance of 10147-36-1, its uses, and the broader implications of understanding chemical identifiers.

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Understanding 10147-36-1

To begin with, it’s essential to understand what the number 10147-36-1 represents. This systematic identifier falls under the Chemical Abstracts Service (CAS) registry, a valuable tool for researchers and professionals in the field. The CAS system allows for a standardized method to refer to chemical substances, reducing the confusion often associated with chemical names.

The compound represented by 10147-36-1 holds significance in various scientific domains. Researchers focusing on organic chemistry or material sciences often reference this compound owing to its unique structural attributes. Detailed studies have shown that 10147-36-1 can exhibit properties beneficial for multiple applications ranging from materials development to pharmaceuticals.

Properties and Applications

One of the most fascinating aspects of 10147-36-1 is its versatility. For instance, in the pharmaceutical industry, compounds with similar identifiers often possess properties that enable them to function as effective drug candidates. The ability to understand and manipulate these compounds opens doors to innovative medicinal solutions.

Moreover, the study of 10147-36-1 is not solely confined to pharmacology. In materials science, its unique properties make it a valuable candidate for polymer production or catalyst development. Researchers are continuously investigating how variations in the compound's structure can lead to enhanced performance in different applications.

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It’s worth noting that insights about 10147-36-1 are not solely academic; they have practical implications that can impact industries worldwide. For example, in electronics, the compound could play a role in developing new materials that improve device performance or efficiency. This cross-disciplinary interest highlights the importance of understanding chemical identifiers and their contexts.

Research and Development

The ongoing research surrounding 10147-36-1 further emphasizes its significance. Scientific journals are filled with studies that delve into its molecular structure and functional capabilities. These papers often reveal breakthroughs that could lead to the development of advanced products or technologies.

With the right research focus, compounds like 10147-36-1 can contribute to solving global challenges. For instance, in energy sectors, there's a growing interest in how such compounds can lead to sustainable solutions, such as more efficient energy storage systems. As scientists continue to innovate, the potential applications of 10147-36-1 only expand.

Conclusion

In conclusion, the compound identified by 10147-36-1 is more than just a number; it symbolizes numerous opportunities in the realms of chemistry, pharmaceuticals, and materials science. As we continue to delve deeper into its properties and potential applications, it becomes increasingly clear that understanding chemical identifiers is essential for scientific progress.

Are you intrigued by the possibilities of compounds like 10147-36-1? Do you want to learn more about the latest research or explore its applications in specific industries? Click here to read more compelling content on this subject. Engaging with chemical identifiers not only broadens your knowledge but also equips you with insights that could lead to groundbreaking innovations. Let’s dive deeper into the fascinating world of chemistry together!

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