Abstract: In this work, a theoretical model for investigating the induced photocurrent and the corresponding power conversion efficiency is established. The quantum dot solar cells (QDSCs) model is used to determine the dependence ...

Abstract: In this work, a theoretical model for investigating the induced photocurrent and the corresponding power conversion efficiency is established. The quantum dot solar cells (QDSCs) model is used to determine the dependence ...

Abstract: This paper presents the results of a series of plain-strain model tests carried out on both clean sand and oil-contaminated sand loaded with a rigid strip footing. The objectives of this study are to determine the influence ...

Abstract: This study discusses formation damage mechanisms that were caused by commonly used chemical treatments. The chemicals used in these treatments included a scale inhibitor, a biocide-corrosion ...

Abstract: In this paper, the mathematical model of the intermediate band quantum dot solar cell (IBQDSC) is investigated by using one and two intermediate bands (IBs). The IBs arise from the quantum dot (QD) semiconductor material ...

Abstract: In this paper, the mathematical model of the intermediate band quantum dot solar cell (IBQDSC) is investigated by using one and two intermediate bands (IBs). The IBs arise from the quantum dot (QD) semiconductor material ...

Abstract: Recent laboratory and field studies indicated that polymer-based in situ gelled acids can cause formation damage. Coreflood experiments using single-stage and multistage acids were conducted at ...

Abstract: Finite element analysis was used in the current study to examine the effects of strain hardening and initial yield strength of workpiece material on machining-induced residual stresses (RS). An ...