Shanxian Chemical
SUPPLEMENTS
Hydrogen Iodide Charged Reaction Vessel
Hydrogen iodide is filled into the reaction vessel
At some point, a reaction vessel is filled with hydrogen iodide. This hydrogen iodide in the vessel will initiate a series of changes.
At first, hydrogen iodide exists stably in the reaction vessel, but it gradually becomes active with changes in environmental factors, such as temperature rise and pressure movement. The interaction between hydrogen iodide molecules intensifies, and some molecules gain enough energy, causing their chemical bonds to shake and twist.
Soon, the hydrogen-iodine bond in the hydrogen iodide molecule appears to be broken, and the hydrogen and iodine atoms are separated. Hydrogen atoms are active and tend to bind to other atoms or groups; so are iodine atoms. In the limited space of the reaction vessel, various atoms and molecules collide frequently.
Some hydrogen atoms interact with undecomposed hydrogen iodide molecules, or generate new compounds, or affect the rate and direction of the reaction. Iodine atoms also find suitable partners in the container to achieve a stable structure.
During the whole process, the concentration and composition of substances in the reaction vessel continue to change. As the reaction proceeds, the concentration of hydrogen iodide gradually decreases, while the concentration of new products gradually increases. The temperature and pressure in the container also fluctuate due to the thermal effect of the reaction and the change in the number of gas molecules.
In this way, since the hydrogen iodide is charged into the reaction vessel, a picture of complex chemical changes slowly unfolds in the container.
At some point, a reaction vessel is filled with hydrogen iodide. This hydrogen iodide in the vessel will initiate a series of changes.
At first, hydrogen iodide exists stably in the reaction vessel, but it gradually becomes active with changes in environmental factors, such as temperature rise and pressure movement. The interaction between hydrogen iodide molecules intensifies, and some molecules gain enough energy, causing their chemical bonds to shake and twist.
Soon, the hydrogen-iodine bond in the hydrogen iodide molecule appears to be broken, and the hydrogen and iodine atoms are separated. Hydrogen atoms are active and tend to bind to other atoms or groups; so are iodine atoms. In the limited space of the reaction vessel, various atoms and molecules collide frequently.
Some hydrogen atoms interact with undecomposed hydrogen iodide molecules, or generate new compounds, or affect the rate and direction of the reaction. Iodine atoms also find suitable partners in the container to achieve a stable structure.
During the whole process, the concentration and composition of substances in the reaction vessel continue to change. As the reaction proceeds, the concentration of hydrogen iodide gradually decreases, while the concentration of new products gradually increases. The temperature and pressure in the container also fluctuate due to the thermal effect of the reaction and the change in the number of gas molecules.
In this way, since the hydrogen iodide is charged into the reaction vessel, a picture of complex chemical changes slowly unfolds in the container.
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