[PDF] Top 20 Atomic Layer Deposition for the Modification of Polymers and Carbon Nanotubes.

... some nanotubes that are in the nucleation stage and others that have no coating at all as demonstrated in Figure ...the deposition rate to be ~2 Å/cycle on the CNTs and on the silicon, similar to the ~2 ... See full document

... forms carbon-halogen bonds, which are considered to be electron withdrawing groups, introduces defect sites to the sidewalls of CNTs, opening a gap at the Fermi level and changing CNTs’ electronic properties from ... See full document

... Various synthesis strategies based on physical and chemical process toward CNT–inorganic hybrids have been established so far, as summarized in recent review articles [1, 7]. ALD is a cyclic self-limiting ... See full document

... By controlling metal-containing vapor reactant infiltration and saturation into blanket and pre- patterned polymer templates, we show reproducible selective-area metal oxide thin film formation with nanoscale feature ... See full document

... and carbon nanotubes and APIs, where control of the surface characteristics of pharmaceutical powders can improve their therapeutic response and bioavailability (Terracciano et ... See full document

... (TMEO) modification of alumina aerogels during employed during both sol- gel and SCFD processes ...intermediate layer, and finally a pure silica ...liquid deposition (ACLD) to create the core-shell ... See full document

... aligned carbon nanotube (CNT) arrays were composed of aligned CNTs and possessed outstanding performances in materials science, catalysis, optics, elec- trics, and energy ... See full document

... In addition to changing the surface chemistry, the ZnO coating also changes the length and aggregation of the Z- MWCNTs. ZnO is a brittle ceramic material. Once coated by ALD, Z-MWCNTs break into smaller, more dispersed ... See full document

... determines a device ’ s ultimate performance. Further- more, when nanoscale materials are utilized, the hetero- junction effects are magnified and become even more critical. For heterojunction semiconductor devices, the ... See full document

... Molecular layer deposition (MLD) is an extension of ALD and is used to deposit organic ...organic carbon-based ...organic polymers such as polyamides[24], polyimides[25], and ... See full document

... The large band gap and strong exciton binding energy of zinc oxide make it a valuable semiconductor for many microelectronic and optoelectronic devices including solar cells, 1 photo-detectors 2 and light emitting ... See full document

... metals, carbon-black particles and alloys have been used as electrically conductive fillers; however, very high level of these fillers can be detrimental for the process ability, surface quality of the material, ... See full document

... damping polymers perform poorly at elevated temperatures [28]. But the polymers composed with carbon nanoparticles, carbon nanotubes, and nanoclays show remarkable promise for ... See full document

... Atomic Layer Epitaxy ALE forms high-quality epitaxial interfaces ALE La2O3/GaAs111 => both p- and n- type capacitors with low dispersion => the first CMOS circuits with both channels in [r] ... See full document

... . In order to obtain a uniform ablation over the target surface, the target was continuously rotated and translated. The CP substrate was placed at 5 cm from the target and the deposition was performed at room ... See full document

... ALD precursors must satisfy several requirements to be successful practical candidates for deposition. The material must be volatile enough to promote vapour transfer from the bubbler to the reactor chamber; at ... See full document

... obtained from ±1 standard deviation of multiple measurements per one sample is included. A linear relation is observed between Rh film thickness and ALD cycle number, and the slope gives a growth rate of ~0.9Å/cycle. XPS ... See full document

... (GAXRD). This graphitic nature of the samples is mainly due to dissociation of carbon precursors at high tempera- ture. It is inferred from the XRD results that Bragg’s peak shifts to smaller scattering angle ... See full document

... the deposition of extended area films with high uniformity over 100 mm width (±2 %) and the length only limited by the translation table ...of deposition parameter several samples were ... See full document

... Atomic layer deposition (ALD) is emerging as a valuable process to satisfy challenging demands for nanostructure fabrication in a variety of ...uniform deposition with precise control of film ... See full document