I-V Characteristics of Cadmium Telluride Quantum Dots Diode Fabricated by Drop Casting Method

Abstract

Current (I)-Voltage (V) characterizations of a CdTe quantum dot diode is discussed in this article. The quantum dot diode is fabricated by a simple drop casting method on an n-type Indium Tin Oxide glass substrate. The linear variation of current with respect to applied voltage can be attributed to reduced grain boundary defects and enriched crystallinity. It is also observed that quantum dots can show good current conduction than CdTe nano-rods.

A Mini Review: Preliminary Study of Bio-Medical Physics on Development of FRRS to Reduce Pain After Heavy Activities

“…Providing reflexion on the body indicates that the energy that moves in giving a massage can repair and open closed channels to become open because of the energy given to body. Thus, the provision of electronic stimulation to the soles of the feet is expected to have a positive effect on medical therapy [19].…”

“…The relay then controls the outlet-connected solenoid valve for three seconds while operating in NORMALLY OFF mode. [8,19,24].…”