2 edition of hole mobility and photoconductive properties of rubrene. found in the catalog.
hole mobility and photoconductive properties of rubrene.
William George Williams
|Contributions||Brunel University. Department of Physics.|
|The Physical Object|
|Number of Pages||99|
Automotive Network Architecture for ECUs Communications: /ch This chapter deals with automotive networks and the emerging requirements involved by the X-by-wire and X-tainment applications. The introduction of ECUsCited by: 3. About AIP Publishing. AIP Publishing is a wholly owned not-for-profit subsidiary of the American Institute of Physics (AIP). Our portfolio comprises highly regarded, peer-reviewed journals, including a growing portfolio of Open Access titles, that cover all areas of the physical sciences.
Search the leading research in optics and photonics applied research from SPIE journals, conference proceedings and presentations, and eBooks. AC7 LAKES, RODERIC; Capodagli, J "Isothermal viscoelastic properties of PMMA and LDPE over eleven decades of frequency and time: a test of time- temperature superposition" Rheologica Acta, , 47,
The time response of a photoconductive mat erial (independent of photon energy) can be modeled by the combination of the RC time constant, the transit time of carriers drifting across the crystal, and the relaxation time of carrier trapping and recombination  The mobility lifetime product is particularly important for RTSD materials because. The key properties for this capability include insulator-level resistivity values (at least 10 8 Ω cm) that allow for leakage current values lower than several nanoamperes, electron-hole pair creation energies that approach the value of the bandgap, and charge carrier mobilities and lifetimes that enable optimum charge collection efficiency Cited by: 1.
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What are photoconductive cells. criticize and belittle sydney carton for his social lapses From Tales of two Cities book 2 chapter 11 mobility and photoconductive properties of rubrene'. In the case of hole-transporting materials and hole-injecting electrodes (such as Au in the case of ADT-TIPS(TES)-F and TIPS-pentacene), bulk photoconductive gain G ≈ η 0 τ c / t tr E7 (where τ c is the carrier lifetime, and t tr is the time for the hole to transit through the film), and G can be much larger than by: 1.
George Washington Williams has written: 'The Negro as a political problem' 'An open letter to His Serene Majesty Leopold II' 'A history of the Negro troops in the War of the Rebellion, Optical, Photoluminescent, and Photoconductive Properties of Novel High-Performance Organic Semiconductors 3 and four Pc, Rub and Tc crystals (each) were used in these experiments and yielded similar results (Ostroverkhova et al., a).
For the same experiments, we also prepared polycrystalline Pc and TIPS-pentacene thin films. OFETs with BCDPP show unipolar p-type semiconducting properties with hole mobility of × 10−4 cm2 V−1 s−1 and OFETs of BCPzDP exhibit.
Optical, Photoluminescent, and Photoconductive Properties of Novel High-Performance Organic Semiconductors. and Photoconductive Properties. Pentacene is a polycyclic aromatic hydrocarbon consisting of five linearly-fused benzene rings.
This highly conjugated compound is an organic compound generates excitons upon absorption of ultra-violet or visible light; this makes it very sensitive to this reason, this compound, which is a purple powder, slowly degrades upon exposure to air and g point: 40–43 °C (– °F; – K) at torr.
Applying a hot wall deposition method, a hole mobility of only cm 2 /Vs in rubrene has been measured. Obviously sample preparation and purification have a profound effect on the crystal properties, particularly if the sample is polycrystalline instead of single crystalline (Wang et al., Cited by: 1.
The magnitude of the change in the conductivity induced by irradiation can be quantified, from which the electronic properties relating to the charge carrier mobility and lifetime can also be analyzed.
Varying the state of the irradiation between on and off, the photoresponse characteristics of the material can also be achieved. We computed the intermolecular electronic coupling and the band structure of three pentacene derivatives that stack cofacially in one or two dimensions.
We rationalize the results building a map of the coupling between HOMOs and LUMOs of isolated pentacene molecules as a function of the relative molecular orientation and finding the position on such map of the actual Cited by: This paper presents a comprehensive review of the literature on one-dimensional (1D) nanostructures (nanowires, nanoribbons, nanotubes, nanobelts, and nanofibers) of π-conjugated small molecules, oligomers, and polymers.
The diverse methods used in assembling the molecular building blocks into 1D functional nanostructures and nanodevices are discussed, Cited by: Highly photoconductive thin films of inorganic-capped PbS nanocrystal quantum dots (QDs) are reported. Stable colloidal dispersions of (NH4)3AsS3-capped PbS QDs were processed by a conventional dip-coating technique into a thin homogeneous film of electronically coupled PbS QDs.
Upon drying at °C, (NH4)3AsS3 capping ligands were converted into a thin layer of Cited by: Proc. SPIEOrganic Field-Effect Transistors XIV; and Organic Sensors and Bioelectronics VIII, (20 October ); doi: / Abstract.
Over the last decade, the science and technology of organic semiconductors has seen tremendous progress. The electrical and optical properties displayed by state-of-the-art organic semiconductors are remarkable in their tolerance to disorder, their ability to display high charge carrier mobility values and bipolar transport, and in that they can be Cited by: 2.
PDPPTT-T-TT has a reported hole mobility of cm 2 /Vs, and PC 71 BM has an electron mobility of 10 –4 cm 2 /Vs. (22, 43, 48) Pursuant to the architecture chosen for these devices, electrons from the low mobility electron acceptor phase, PC 71 BM, are collected by the high surface area ITO nanotree by: 5.
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High photoconductive responsivity approaching 25 AW −1 in a solution‐processed organic composite of rubrene and 9,10‐diphenylanthracene. Studies of photoconductivity, photoluminescence, and structural order ellucidate the role of interfacial traps that lead to a long hole lifetime, which facilitates a high photoconductive gain, resulting.
Graphene and graphene-based materials exhibit exceptional optical and electrical properties with great promise for novel applications in light detection. However, several challenges prevent the full exploitation of these properties in commercial devices. Such challenges include the limited linear dynamic range (LDR) of graphene-based photodetectors, the lack of efficient generation Cited by: 8.
The improvement of oxygen‐barrier properties of glassy polyesters by orientation was examined. Orientation was seen as the process of decreasing the amount of excess‐hole free volume and bringing the nonequilibrium polymer glass closer to the equilibrium (zero‐solubility) condition.
Nishihara, Tetsuya Ooshima and Yoichiro Saito. You can write a book review and share your experiences. Other readers will always be interested in your opinion of the books you've read. Whether you've loved the book or not, if you give your honest and detailed thoughts then people will find new books that are right for them.
Background Despite speculation that clinical information technologies will improve clinical and financial outcomes, few studies have examined this relationship in a large number of hospitals.
Methods We conducted a cross-sectional study of urban hospitals in Texas using the Clinical Information Technology Assessment Tool, which measures a hospital's level of Cited by: Full text of "Optoelectronic Devices and Properties" See other formats.Nanostructured and chemically modified graphene-based nanomaterials possess intriguing properties for their incorporation as an active component in a wide spectrum of optoelectronic architectures.
From a technological point of view, this aspect brings many new opportunities to the now well-known atomically thin carbon sheet, multiplying its application areas beyond Cited by: 4.