The ABA-stacked TGN in the presence of an external electric field is also considered.
As shown in Figure 4, the DOS for ABA-stacked TGN at room temperature is plotted.
The response of ABA-stacked TGN to an external electric field is different from that of mono- or bilayer graphene.
In order to calculate the energy band structure of ABA-stacked TGN, the spectrum of full tight-binding Hamiltonian technique has been adopted [33 37].
The band structure of ABA-stacked TGNs can be assumed as a hybrid of monolayer and bilayer graphene band structures.
A schematic view of TGN SB FET is illustrated in Figure 3, in which ABA-stacked TGN forms the channel between the source and drain contacts.
where x = E − E c k B T, the normalized Fermi energy is η = − E c + E f k B T, and M and N are defined as M = E c k B T and N = F k B T 2. Based on this model, ABA-stacked TGN carrier concentration is a function of normalized Fermi energy.
However, many ABA glucosyltransferases, which are involved in ABA catabolism, were significantly upregulated, such as UGT73B3, UGT74D1, UGT75B1 and UGT75B2; while the ABA-inactivating glucosylase UGT71B6 were downregulated.
In line with the COM-B model, applied behavior analysis (ABA) and the underlying theory of operant psychology explain the functional aspects of behavior change [ 27- 29].
Oxidative cleavage of carotenoids will produce apocarotenoids, while the phytohormone ABA is an apocarotenoid derivative [ 58].
