تفاصيل الرسالة العلمية

We theoretically studied the change in electrical properties of boron nitride nanotube when interacting with a caffeine. We found that the interaction of caffeine and its direction with respect to the boron nitride tube led to a decrease in the energy gap values compared to the energy gap values for the boron nitride tube before interaction with caffeine, which contributes to the detection of caffeine, and this is what helped us determine the best direction for caffeine in respect to BNNT for use in some medical applications, as a treatment for cancer, bone and nerve diseases. In addition, we indicated that the interaction of caffeine with BNNT greatly affected the values of the absorption energy that we would need to separate BNNT and caffeine from each other once entered into the human body