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26 Jan 2021: After 1000 h at 85 C, the PCE of all graphene-based devices. ... The time of coupling is 60 s for Ag and40 s for graphene-based ones.

4 May 2011: Stronger than diamond, yet lightweight and flexible, graphene enables electrons to flow much faster than silicon. ... Guinea (CSIC, Spain), as well as Luigi Colombo (Texas Instruments, USA) and Byung Hee Hong (Samsung-SKKU University, Korea), both

24 Nov 2011: They've found a way to. readily produced graphene by chemically chipping flakes off a block of graphite and filtering them to. ... The results are promising. The graphene-based inks match or beat the performance of most other.

19 Dec 2011: The scientists created a graphene-based ink and used a modified Epson printer to produce the thin-filmcircuits. ... 1 of 6 19/12/2011 11:30. Cheap and easy: The scientists printed graphene-based transistors using a simple home Epson machine like this.

7 Apr 2020: 6 Cambridge Graphene Centre, University of Cambridge, 9, JJ Thomson Avenue, Cambridge CB3 0FA, UK. ... Our synthesis process (SupplementaryFig. 1) is based on a ceramic template material (SupplementaryFig.

22 Jan 2015: Home. Nanotechnology. Nanomaterials. January 22, 2015. Graphene brings quantum effects to electronic circuits. ... two-dimensional structures formed from graphene and gallium arsenide. miniMOTmagneto-optical trap Cold.

1 Jul 2021: Reporting in Nature Photonics, Muhammed Said Ergoktas and colleagues present several graphene-based electro-optical devices, with multispectral tuning from visible to microwave15. ... They realized these based on electrochemistry, with reversible lithium

15 Aug 2022: Robust graphene-based molecular devices. Nat. Nano. 14,957–961 (2019). 34. Wang, G., Kim, Y., Choe, M., Kim, T.-W. & ... Lee, T. A New Approach forMolecular Electronic Junctions with a Multilayer Graphene Electrode.

3 Sep 2013: captivating. Flexible and see-through, they contained graphene-based batteries and supercapacitors. Currently, batteries use graphite electrodes. ... Almost as soon. as they realised that the reduction of graphite to layers of graphene produced a new

8 Dec 2008: First, they function well as nonlinear optical elements. Semiconducting nanotubes can absorb photons with energies that are close to the value of their bandgap (the difference in energy between their conduction ... These properties mean that

26 Apr 2021: Figure 3b displays the transfer curves (Ids versus Vg, where Ids is the source–drain current and Vg is the sweeping gate voltage) of LG-TFTs based on MoS2 films and ... The network formation results in water-stable and mechanically robust MS2-based

20 Jun 2017: The characteristics of transparent and flexible graphene-based RRAM devices in literature are summarized in Table 2. ... All graphene-based transparent devices were fabricated by CVD plus transfer (see Table 2).

4 Dec 2017: Stress-strain curves for silk produced by spiders after first (RDS_1). or second (RDS_2) ingestion of a-g) SWNT-1, SWNT-2 or h-m) graphene dispersions. ... and Ruoff R S 2006 Graphene-based composite materials Nature 442 282-6 [52] Kosynkin D V,

2 Feb 2016: Graphene-Based Interfaces Do Not AlterTarget Nerve CellsAlessandra Fabbro,†,‡ Denis Scaini,†,, Verońica Leoń, Ester Vaźquez,, Giada Cellot,† Giulia Privitera,#. ... Graphene-Based Materials: Synthesis, Character-ization, Properties, and

22 Nov 2013: Mark Peplow. Graphene offers a way to make flexible and transparent smartphone screens. ... Graphene-based devices. are compact and can generate or detect the waves at room temperature.

1 Mar 2021: the oxidation reactions occurring during the exfoliation procedures12,13. ReS2 is produced by. ... S19. Morphological and structural characterizations, based on AFM and SEM imaging, indicate minor.

2 May 2012: April 24, 2012. C 2012 American Chemical Society. Graphene Electronics, Fresh from the Printer. ... developed an ink based on graphene, amaterial recognized for its outstanding elec-tronic properties.

30 Nov 2008: We expect that this method will be useful, not only as a low-cost and straightforward way to make graphene, but as an enabling technology for applications such as graphene-based ... T. Nguyen, R. S. Ruoff, Synthesis of graphene-based nanosheets via

22 Aug 2014: A regime of Q-switched mode-locking (QML) was also. demonstrated using graphene based SAs [9]. ... 7.8 GHz Graphene-based 2 μm Monolithic. Waveguide Laser. Yingying Ren, Graeme Brown, Rose Mary, Giorgos Demetriou, Daniel Popa, Felice Torrisi,.

9 Jan 2012: In optoelectronics, the first graphene-based touch screen was recently demonstrated in a collaboration betweenKK University and Samsung in Korea [9]. ... While weare convinced that graphene will make a revolutionary impact in ICT, it is much harder to

14 Jan 2019: a Optical t-hBN: top hBN. b-hBN: bottom hBN. SLG: single layer graphene. ... Polymer-contaminated samples are produced by first exfoliating SLGand subsequently depositing PMMA (8% in Anisole, 495 K molecular weight) viaspin coating at 4000 rpm for 60 s.

20 Jun 2017: Wavelength (µm). Figure 6 | Analysis of the FTIR spectra of ethanol-based graphene. ... a–c) z-scan normalized. transmittance traces of (a) water-based graphene saturable absorber.

27 May 2008: Beecher). displays, imagers, smart cards, inventory tags and largearea electronic applications [7,8]. ... The first of these is the fabrication ofTFTs comprised of CNTs and semiconducting polymer bymeans of ink-jet printing.

11 Apr 2016: We also demonstrate reversible photo-modulated current in two-terminal. devices based on graphene–azobenzene composites. ... including flexible and wearable electronics2. Two mainapproaches are being followed for graphene production:bottom-up and

2 Oct 2018: Moreover, in voltage-detection mode, graphene-based photodetectors can function at zero dark current57. ... Graphene- based modulatorsThe basic components of communication systems are waveguides, modulators and photodetectors.

4 Feb 2014: The first graphene multi-stage circuit comprised two inverters connected in series, thus bringing the transistor count to 4 (52). ... Kong, and T. Palacios, "Graphene-based ambipolar RF mixers," IEEE Electron Device Lett., vol.

20 Apr 2007: Using well-established lithography techniques, we readily demonstrated a nanoscale definition on the new, flexible platform.”. ... We think that the merger of nanoscale building blocks with polymer-based substrate materials could impact a broad

22 Aug 2017: Cross-linking multiwall carbon nanotubes using PFPA to build robust, flexible and highly aligned. ... Mechanical properties (average values) of the first collection of silk samples produced after exposure of the spiders to CNTs or graphene (Spiders n.

20 Jun 2012: Consequently, there is a growing interest in graphene optoelectronics4 and first demonstrations of graphene-based photodetectors5, optical modulators6, plasmonic devices7,8 and ultra-fast lasers9 have been reported. ... 2009).6. Liu, M. et al. A

14 Mar 2014: Due to its low-cost fabrication and assembly [24, 31, 32], graphene based saturable absorbers have emerged as a promising saturable absorber (SA) for ultrafast pulse generation. ... The unsaturated loss of a typical intracavity transmission device based

30 Mar 2023: Therefore, here we focus on crossbar arrays of LMs-based RS devices produced using methods scal-able to the wafer-level, with an emphasis on technology-relevant features, such as scalability ... Adv. Mater. 2023, 35, 2205402. Figure 7. Working principle

5 Sep 2008: Graphene-based liquid crystal device. Nano Lett. 8, 1704 – 1708 (2008).7. ... 20. Stankovich, S. et al. Graphene-based composite materials. Nature 442, 282 – 286 (2006).21.

25 Mar 2013: 21, No. 7 / OPTICS EXPRESS 7945. A variety of approaches have been used to make graphene-based SAs. ... The modulation depth of our GF is much larger than that reported for single-layer graphene based devices (e.g., 0.54% in [47].).

5 Sep 2008: estimate the total yield of graphene, Y. We define this as the mass of graphene produced divided by the. ... This is a very. important indicator that the monolayers and bi-layers produced here are truly graphene rather than.

8 Jul 2016: Theunsubstituted docosane derivative displays the second highesttotal interaction energy per molecule and per area due to itslargest interaction energy with the graphene surface (MOLSLG, Figure 4b), promoted by the highest molecule ... The TEM

7 Jan 2008: Graphene in ultrahigh magnetic fields up to 45 T displays additionalplateaus in σxy at filling factors ν = 0, 1, 4 [39, 40]. ... Bernal graphite (ABAB. ); and rhombohedralgraphite (ABCABC. ). These graphene-based 3D crystals exhibit

17 Jun 2013: Here we combine extreme temporal resolution broadbandpump-probe spectroscopy with a microscopic semi-analyticaltheory based on the semiclassical Boltzmann equation (SBE) toinvestigate e–e collisions in graphene during the very early ... Nat. Mater. 11,

15 Oct 2010: This was recently extended to graphene96. and used to assemble SWNT and graphene based electrolumi-nescent devices.97 This method also enables sorting by diam-eter.44 Reference 45 improved the ... The linear gradientis produced by diffusion, as described

20 Oct 2009: results on graphene-based saturable absorbers for ultrafast lasers. 1. Introduction. Fundamental science plays a crucial role in underpinning andgenerating future technologies. ... based on conventional inorganic semiconductors, notonly because of

7 Nov 2013: Ferrari4. Optical trapping and manipulation of micrometre-sized particles was first reported in 1970. ... Atoms. Molecules. Cells. Fullerenes. Nanowires andnanotubes Graphene. Plasmonic nanoparticles. Synthetic colloidsQuantum dotsNV centres.

12 Jan 2012: Graphene has great potential as saturable absorber for ultrafast lasers. Here we present an overview of graphene-based ultrafast lasers, from solution processing of the raw materials, to their incorporation into ... Hou, 1. Li, A Ferrari, "High-power