For futuristic hybrid nanoelectronics it is essential that functional organic molecules should be grafted to Si.
Computer-aided molecular modeling helps determine which molecules should be synthesized and tested.
Therefore, the iron interaction with the inhibitor molecules should be investigated [26, 27, 28].
The C60 molecules should be inserted between the P3HT pillars to form an interdigitated interface.
TAT peptide molecules should be attached on the liposome surface via pNP-PEG-PE spacer [41].
According to the drying behavior, the mobility of water molecules should be high inside the grain during dehydration.
These asymmetric molecules should be capable of channeling chemical energy into repeated 360° rotation in one direction.
For the machine learning methods, both known active and inactive molecules should be present to form a training set.
In addition, since the infrared features drastically changed, the C-H bonding of anthracene molecules should be altered.
Forest residue wood chips contain a mixture of fungi and bacteria which is an advantage when complex molecules should be degraded.
Owing to the light irradiation from both the front and the rear sides, it is expected that higher density of dye molecules should be excited.
