organic semiconductors (OSCs)
Modelling charge transport in organic semiconductors : from quantum dynamics to soft matter
... It is possible to outline the future challenges for the model- ling of organic semiconductors grouping them according to the characteristic time scale involved. Considering the shorter time scale (10 14 –10 ...
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Design of linear and star shaped macromolecular organic semiconductors for photonic applications
... of organic semiconductors for photonic ...in organic lasers, owing to their synthetic tunability, photo- physical properties, and polymer-like ...pumped organic lasers, powered by a commercial ...
10
Organic Semiconductors
... of organic semiconductors; Organic Semiconductors [13,14], material fabrication and properties [15–18], OFET [19,20], Sensor [19], OLED [21,22], solar Cells [23,24], Transport Property [17], ...
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Flexible Electronics Based on Solution Processable Organic Semiconductors and Colloidal Semiconductor Nanocrystals
... In the second part of the thesis, we introduce colloidal CdSe nanocrystals (NCs) as solution-processable "inks" of semiconductor thin film devices. By strongly coupling and doping the CdSe NC thin films, we ...
127
Electronic Properties and Langmuir-Blodgett Films of Discotic Organic Semiconductors
... Objective of this study is the measurement and prediction of the effect of structural changes on the electronic properties of discotic liquid crystals (DLCs), an emerging class of organic semiconductors. ...
261
n type doping of organic semiconductors : immobilization via covalent anchoring
... In this work, we detail the synthesis of o -AzBnO-DMBI, a derivative of the literature known o-MeO-DMBI. An azidophenyl group is introduced to DMBI by etheri fi cation of salicylaldehyde employing 1-azido-4-(bromomethyl)- ...
9
Voltammetric Investigation for Electron-Transfer Characteristics of Organic Semiconductors
... Voltammetric analysis such as cyclic voltammetry (CV) and chronocoulometry (CC) is one of the most common analytical techniques to investigate electroactive materials [1]. Due to its versatility with inexpensiveness and ...
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Investigation of organic / ferromagnet interface and magnetoresistive characteristics of small molecule organic semiconductors
... that organic m aterials can offer superior perform ances in m aking organic based spin ...in organic light em itting diodes (O LED ...vertical organic spin valve stack with 2x3 mm^ junction ...
214
Scanning Probe Microscopy of Intrinsic and Extrinsic Disorder in Organic Semiconductors.
... of organic materials is more difficult than ionization energy which can be easily measured by ...different organic semiconductor materials (CuPc, PTCDA, α- 6T, α-NPD and Alq 3 ), and they found the energy ...
151
Quantitative electrical characterisation of organic semiconductors by atomic force microscopy
... in semiconductors, where the doping profiles can be mapped [181, 182, 183, 184, ...of organic photovoltaics, and has the ability to image the local photovoltaic properties of heterojunctions [186, 176, 187, ...
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Obstacles for Carrier Transport in Organic Semiconductors: Study of Dynamic Disorder and Morphological Degradation.
... the organic molecule ...the organic molecule for the first time we put the molecule in the crucible to remove the impurity (If there’s any) mixed in the ...The organic molecule that I mostly used was ...
145
Study of Electrical Characteristics of Some Organic Semiconductors for Light-emitting and Photovoltaic devices
... The mechanism of the most fundamental process involved in photoconductivity and photovoltaic phenomena in molecular crystals– photo- generation of charge carriers– is reasonably well understood in conjugated polymers, ...
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Theoretical studies on organic semiconductors
... electrons and holes in anthracene have been calculated on the Glaeser-Berry model using the transfer in tegral o f Glaeser and Berry 44 and incorporates the term representing the flu ctu[r] ...
381
Electronic transport and magnetic properties of organic semiconductors
... Voltage curves of lateral crystal C^o device with CoFe electrodes measured at various magnetic fields.. A series of current vs.[r] ...
214
An electrode design rule for high performance top illuminated organic photovoltaics
... type semiconductors investigated is much less than that at the interface with the fullerenes, which is consistent with the shallower LUMO states in donor type organic ...
8
Measurement of hyperfine coupling constants of muoniated radicals in small molecule semiconductors
... We have reported HFC constants for muoniated radicals in three organic semiconductors, using a combination of TF and ALC techniques. In all cases, the extracted constants from the TF and ALC measurements ...
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Oxacycle fused [1]benzothieno[3,2‐b][1]benzothiophene derivatives : synthesis, electronic structure, electrochemical properties, ionisation potential, and crystal structure
... [9] This perception has triggered various synthetic advances towards heteroatom containing organic semiconductors, [10] however such modification is rare on BTBT core.[11] In this contex[r] ...
8
π-Conjugated molecules with fused rings for organic field-effect transistors: design, synthesis and applications
... seen, organic semiconductors based on low-dimensional π-conjugated systems such as oligothiophenes have highly anisotropic electronic ...of organic semiconductors is to reduce the anisotropy ...
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Modulating the exciton dissociation rate by up to more than two orders of magnitude by controlling the alignment of LUMO + 1 in organic photovoltaics
... in organic semiconductors, governing the dynamics of excitation energy transfer and/or exciton dissociation, is an important ingredient in understanding the fundamental mechanism of organic ...
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Splenocytes derived from young WT mice prevent AD progression in APPswe/PSENldE9 transgenic mice
... whereas oSCs (splenocytes derived from old transgenic mice) increased cerebral Aβ burden, boosted neuroinflammation and worsened cognitive ...in oSCs was also found, which implies involvement in the ...
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