Application to electronic devices using organic thin films by ion-beam-evaporation method

Electrical and photovoltaic characteristics of indium phthalocyanine chloride/p-Si solar cell

“…Once the reverse saturation current is known, the barrier height can be calculated by using Eq. (2). The change of m and f with temperature is presented in Table 1.…”

“…Therefore, they find many technological applications such as: solar cells [1,2], light emitting diodes [3], gas sensors [4] and rectifiers [5]. Phthalocyanines (Pcs) have also medical applications especially in photodynamic therapy [6].…”

AC Electrical Properties of Plasma Polymerized o-Methoxyaniline Thin Films

“…Generally, the properties of thin films strongly depend on the precursor material and various methods of deposition such as plasma polymerization [2,16], pulsed laser deposition [17], ion beam deposition [18,19], chemical vapour deposition (CVD) [20,21], radio frequency (rf)/microwave plasma CVD [22], etc. The plasma polymerization method is largely recommended because it enables the fabrication of very thin films and compounds that could not be obtained by any other methods.…”

Electrical and optical properties of plasma-polymerizedN,N,3,5-tetramethylaniline thin films

“…Generally, the properties of thin films strongly depend on the precursor material and various methods of deposition such as plasma polymerization [3,4], pulsed laser deposition [5], ion beam deposition [6,7], chemical vapour deposition (CVD) [8,9], radio frequency (rf)/microwave plasma CVD [10], etc. The plasma polymerization method is largely recommended because it enables the fabrication of very thin films and compounds that could not be obtained by any other methods.…”