Wyświetlanie pozycji 1-5 z 5
Hole drift mobility in anthrone and anthrachinone layers with different structure.
(Politechnika ŁódzkaLodz University of Technology Press, 2014)
The hole drift mobilities were measured with use of time of flight method (TOF) for layers of antrachinone and anthrone with different structural orders. The differences in the values of mobility for anthrone and anthrachinone ...
Hole drift mobility for different structures of anthrone and antrachinone layers
(Politechnika ŁódzkaLodz University of Technology Press, 2013)
Drift mobility of holes in antrachinone and anthrone thin films evaporated in the vacuum of the order of 10-5Tr was determined with time of flight method (TOF). The layers had different structural order due to the temperature ...
The effect of symmetry of a molecule electronic density on the dipole moment of unit cell and hole conductivity of thin polycrystalline films of anthrone and anthraquinone.
(Wydawnictwo Politechnika Łódzka, 2016)
The electronic structure of anthrone and anthraquinone molecules in the gas state and in the simulated crystal unit cell were calculated with time dependent-density functional theory (TD-DFT) method. The values of dipole ...
Effect of molecule dipolemoment on hole conductivity of polycrystalline anthrone and anthrachinone layers.
(Wydawnictwo Politechnika Łódzka, 2015)
Complex analyzes were made using methods of molecular quantum mechanics to investigate the effect of the dipole moment of the molecule carrier drift mobility in polycrystalline layers composed of anthrone and anthrachinone ...
The effect of the dipole moment on hole conductivity of polycrystalline films of two anthracene derivatives
(Wydawnictwo Politechnika ŁódzkaLodz University of Technology, 2017)
Hole mobility in the polycrystalline layers of anthrone and anthraquinone differs in one order of magnitude in spite of nearly the same crystalline structure. The origin of this difference was determined with use of the ...