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Showing 1 to 8 of 8 for “"SHJ"”.
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Development of the low damage self-centering Sliding Hinge Joint
The Sliding Hinge Joint (SHJ) is a low damage beam-column connection that rotates inelastically with minimal damage through sliding in Asymmetric Friction Connections (AFCs). The AFC is a type of slotted bolted connection, which is installed in the bottom web and bottom flange bolt groups. Previous …
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Thermomechanical Stress in Solar Cells and Modules: A Finite Element Modelling and Experimental Investigation
… printed Ag and Cu plated Silicon Heterojunction (SHJ) cells throughout annealing and soldering was explored. It was found that Ag electrodes induced only negligible stress after annealing, with a comparatively low stress of ~160 MPa in Si cells. In contrast, Cu pads underwent both elastic and …
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Semi-rigid joints for moment-resisting steel framed seismic-resisting systems
… inelastic rotation demand Sliding Hinge Joint (SHJ), where the beam is pinned to the column at the top flange level and is connected at the bottom flange and the bottom of the web by a unique asymmetrical sliding shear detail The RSJ, FBJ and SHJ were developed through to the experimental stage, …
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Enhancement of the Sliding Hinge Joint Connection with Belleville Springs
The Sliding Hinge Joint (SHJ) was conceived and initially developed by Charles Clifton from 1998 to 2005 and is now in use in over NZD 4 billion of new buildings. It is a low damage semi-rigid beam to column connection for MRSF seismic-resisting systems, that is intended to be rigid under …
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Micro-photovoltaic materials and systems for solar energy harvesting and light management
… new architecture of the silicon heterojunction (SHJ) variety. SHJ PV materials exploit the high-quality passivation properties of the intrinsic amorphous silicon (a-Si) layers deposited on the top and bottom surfaces of the crystalline silicon base, allowing for minimized surface recombination …
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Solar Cells with Passivating Contacts − Investigation of Their Temperature- and Illumination-Dependent Performance and Surface Passivation
… passivated contact (TOPCon), Si heterojunction (SHJ), and transition metal oxide (TMO)-integrated solar cells is investigated. Temperature coefficients (TCs) of the electrical properties of these solar cells are extracted and compared to those of the common cell structures in the field. To gain a …
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Development of new synthesis processes and deposition of Perovskites for use in photovoltaic applications in coupling with monocrystalline silicon substrates [Sviluppo di nuovi processi di sintesi e deposizione di perovskiti per l'uso in applicazioni fotovoltaiche in accoppiamento con substrati di silicio monocristallino]
… da celle solari Heterojunction in silicio (SHJ), al fine di ridurre le perdite di potenza delle celle e, di conseguenza, le perdite cell-to-module (CTM). Questa ricerca è stata condotta durante il periodo trascorso nell'industria (3SUN Enel Green Power group, Catania, Italia).
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Design and Optimization of Advanced Layers for Enhanced Performance in Silicon-Based Solar Cells [Progettazione e Ottimizzazione di Layer Innovativi per Migliorare le Prestazioni delle Celle Solari a Base di Silicio]
… celle bifacciali a eterogiunzione di silicio (SHJ). Sono state confrontate le prestazioni dei design a celle intere e dimezzate, identificando i fattori chiave che contribuiscono alla riduzione dell'efficienza e aprendo la strada a strategie di design migliorate. In conclusione, questa tesi …