How to Choose 9-Fluorenone Boiling Point?

Choosing the right boiling point for 9-fluorenone is crucial for various applications in chemical research and manufacturing. This compound is widely used in organic chemistry and materials science, and knowing its boiling point can significantly impact synthesis procedures, product quality, and overall efficiency in the laboratory. Understanding the boiling point of a compound like 9-fluorenone can help in predicting its behavior in different chemical reactions. 9-fluorenone has a molecular weight of approximately 180.22 g/mol, making it an essential compound for studying aromatic ketones. Typically, the boiling point for 9-fluorenone is around 182°C, but this can vary slightly depending on purity and atmospheric pressure, which must be taken into account when using the compound in precise experimental settings. When choosing the boiling point for 9-fluorenone, it's important to also consider the following factors: 1. **Purity of the Compound**: Impurities can affect physical properties, including boiling point. Therefore, one should ensure that the 9-fluorenone used is of high purity to obtain accurate boiling point data. 2. **Atmospheric Pressure**: The boiling point can differ under varying atmospheric pressures. Standard laboratory conditions typically involve a pressure of 1 atm, but if experiments are conducted in a vacuum or pressurized environment, the boiling point will need to be recalculated accordingly. 3. **Analytical Methods**: Utilizing analytical methods such as gas chromatography or differential scanning calorimetry can provide more precise boiling point measurements. Such techniques are invaluable for researchers striving for high accuracy in their experiments. Researchers and manufacturers can further learn about the properties and applications of 9-fluorenone by referencing reliable sources. For in-depth data, you can check the 9-fluorenone boiling point, which provides a more comprehensive understanding of this compound. In addition to knowing the boiling point, understanding its chemical properties also plays a critical role in various applications. For instance, the reactivity of 9-fluorenone makes it relevant in synthesizing other chemical compounds. Utilizing catalysts like the Cyclooctadiene Iridium Chloride Dimer has been shown to enhance reactions involving 9-fluorenone, improving yields and selectivity. To summarize, accurately choosing the boiling point and related properties of 9-fluorenone is essential for successful experimentation in the chemical field. Paying attention to purity, environmental conditions, and using appropriate analytical techniques enhances the reliability of the boiling point information. For detailed molecular data, including the molecular weight of 9-fluorenone, researchers can utilize various chemical databases and publications to gain insights for their experiments.