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Publication Date: 2018
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by
Chou, Yu-Jen, author.
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Structural studies of amorphous materials / Chou, Yu-Jen, author.
by
Huang, Jianping, author.
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Electronic/Ionic Transport and Structural Evolution in Energy Materials / Huang, Jianping, author.
by
Espitia, Jose Ali, author.
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The Hierarchical Structure of Nanoporous Carbon Electrode Materials Elucidated by Water Sorption: A
by
Guzman, David M., author.
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Structural, Thermodynamic, and Electronic Properties of Mixed Ionic/Electronic Conductor Materials /
by
Bishop, Tessa E., author.
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encountered during hours of observation and interviews as well as some affectual materials with which I
by
Brandt, N. B. (Nikolaĭ Borisovich), 1923-
ScienceDirect http://www.sciencedirect.com/science/book/9780444870490
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altered and how materials with preassigned parameters can be produced. Furthermore, it discusses specific
by
Pei, Yuchen, author. (orcid)0000-0001-8517-6686
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properties. The structural and compositional design of bimetallic nanoparticles can further afford the
by
Felder, Justin B., author.
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characterize these new materials as completely as possible, and to work towards the goal of unraveling the
by
DeVolld, Blake Douglas, author. (orcid)0000-0002-7001-5238
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questionnaires and the collection of course materials. The data collected through these methods were analyzed
by
Howard, Jason, author.
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electrolytes for Li-ion batteries. The structural properties are explored for some materials by calculating
by
Dai, Zhongwei, author.
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Two-dimensional (2D) materials have attracted much attention as an emerging category of materials
by
Trofimov, Artem A., author.
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ceramic scintillators including lower optical transparency, higher level of structural disorder, higher
by
Galehdari, Nasim Abuali, author.
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, lightweight, cost effective multifunctional radiation shielding materials, which can provide structural
by
Tavakoli, Razieh, author.
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, sizes, and ages. These pipes experience physical, environmental, structural and operational parameters
by
Rock, Darman Mitchell, author.
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infiltration to create composites. This method is able to produce composite materials with a much higher amount
by
Barr, Stephen M., author. (orcid)0000-0002-0450-165X
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loads and structural deformations of the blades, respectively, which are passed iteratively between the
by
Jun, Sunghyun, author.
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, exhibit mechanical properties like those of target tissue as well as have the structural and chemical
by
Bellus, Matthew Z., author.
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other semiconductors. Thus, much of the interest in 2D materials arises from exploiting their ability to
by
Edgmond, Nikkolas James, author.
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interface, such as an existing crack or an interface between dissimilar materials or concretes cast at
by
Culp, David B., author.
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geophysics, geomechanics, materials engineering, structural mechanics and engineering design. The initiation
by
Otto, John P., author. (orcid)0000-0002-2479-3012
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-Matthews-Olson light harvesting complex arising from a structural motif repurposed from redox enzymes. Moving to
by
Zhu, Xiuming, author.
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theoretical capacity. In this paper, the nanocomposites of SnO2 and graphene as anode materials for lithium
by
Nalbach, Joseph Richard, author.
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achievable in bulk materials. Not only can they have such properties but also they can be relatively easy to
by
Gribbin, Sean, author.
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Fatigue performance of structural materials depend on their microstructure and manufacturing
by
Yu, Jiayi, author.
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the biodegradable elastomer system and studied how these subtle structural differences would influence
by
Kitchaev, Daniil A., author.
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-coordinated Mn3+ ions as an example of materials functionality enabled by structural metastability. The framework
by
Lunkad, Piyush Rajendra, author.
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based superplasticizer were selected. The results showed that materials such as silica fume, slag and
by
Hare, Bryan J., author.
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conversion. These materials exhibit the exact characteristics required by the low temperature reverse water
by
Cowden, Kari Millers, author.
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structure of bone to improve osseointegration, or the direct structural and functional connection between
by
Sinclair, Gregory Poppy, author.
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materials when exposed to both high-flux ion irradiation and high intensity pulsed heat loading. Nuclear
by
Palos Pacheco, Ricardo, author.
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-performance relationship of these novel bio-inspired materials is presented to define the limits of their tailorability
by
Zhang, Shijie, author.
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structural information, and lower risk and cost. Conventional analytical methods for pharmaceutical materials
by
Sezen Edmonds, Melda, author.
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synthesis of new materials and the development of new processing routes to access next-generation conducting
by
Banisadr, Seyedali, author.
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devices, which are fabricated from responsive soft materials and are able to exhibit synergistic coupling
by
Purdum, Geoffrey Eugene, author.
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molecular systems, we demonstrate the ability to unlock the rich structural phase space of the NTCDI
by
Murana, Asimiyu Olalekan, author.
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, NILS, textbooks, journals, internet materials etc. Content analysis and descriptive statistics are used
by
Zhu, Lingxiang, author.
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novel membrane materials and the structural optimization of industrial thin film composite (TFC
by
Scholes, David Tyler, author.
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structural composition of the undoped polymer, and that the doped state crystallinity had a more drastic
by
Tu, Zhengyuan, author. (orcid)0000-0002-7291-6144
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thesis, a comprehensive materials strategy involving structural and interfacial engineering is pursued to
by
Kaluarachchi, Udhara S., author.
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shows two superconducting regions separated by an exceptionally pressure sensitive structural phase
by
Joshi, Kunal, author.
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stress of 2.25 MPa. Phase III failure is said to occur when the two materials separate and was found to
by
Tkalych, Alexander J., author.
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as OER catalysts. We study the structural and electronic properties of NiOOH and use these results to
by
Liu, Yamin, author.
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nanoscale carbon with other functional materials for composite dots can provide opportunities for enhanced
by
Culbertson, Alan Thomas, author.
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biopolymers on earth and a rich source of biorenewable materials. Biosynthesis of these plant polysaccharides
by
Karri, Naveen Kishore, author. (orcid)0000-0002-7381-9047
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materials based on the common practice in the ceramics industry which considers the statistical nature of
by
Katiyar, Prashant, author.
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material systems. Fiber reinforced composite materials are one such example of heterogeneous materials with
by
Pevey, Jon M., author.
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conventional materials and procedures. Although these industry-proven methods are useful, many of the
by
Reid, Daniel Robert, author.
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promise in areas such as impact mitigation, filtration and as structural elements. These materials are
by
Doğangün, Merve, author.
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membrane-nanomaterial interactions, this thesis investigates the structural alterations in model membranes
by
Huang, Wei, author.
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species, which was partially contributed by the structural differences. The differences in mechanical
by
Mukherjee, Saptarshi, author.
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because of the ability of microwaves to propagate through and interact with these materials. The scattered
by
Pigazzini, Marco Simone, author.
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technologies are required to support the design process of increasingly complex structural components and to
by
Rabbi, Md. Fazle, author.
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observed in classic structure materials (such as structural alloys or even concrete). The impact of weather
by
Li, Weixin, author. (orcid)0000-0003-2561-0844
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Anisotropic quasi-brittle materials represent a large group of geological and structural materials
by
Li, Qiaochu, author.
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simply adjusting the ratio of two crosslinks, we can precisely tune the material's dynamic mechanics from
by
Abdulhameed, Haider Adel, author.
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-SCC using different volume fractions of two types of supplementary cementitious materials (silica fume (SF
by
Kayser, Markus, author.
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limitation, through automated digital fabrication of structural multi-functional materials; (b) the gantry
by
Aguilar, Mark Anthony Paul, author.
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, showed that the general trend for the compositional change of the SRO structural units was the expected P
by
Adinehnia, Morteza, author. (orcid)0000-0002-3169-5058
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-bonding. This work combines the results from structural and theoretical studies and correlates them with
by
Marisa, Mary E., author.
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a structural determination tool is very useful for highly crystalline materials. However, the
by
Isenberg, Allan Edward, author.
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how the high degree of variability among nanoflakes (e.g. area, thickness, types structural features
by
Jaim, H. M. Iftekhar, author.
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Doping and defects have played major roles for optimizing the structural, electrical, optical and
by
Islam, Monsur, author.
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temperature filters, catalytic support, thermal insulators and structural materials. The state-of-the-art to
by
Reifler, Ellen Sarah, author.
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emission properties of the materials, and demonstrates methods to controllably tune the luminescence
by
Liu, Jilei, author.
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" without well controlled structural and compositional properties. Different additives are used to modify
by
Choi, Bonnie, author.
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multifunctional materials. The core structure of the molecular clusters is closely related to the superconducting
by
Neufeld, Megan J., author.
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materials. While these copper-based materials demonstrate the production of NO from RSNO decomposition
by
Ghidiu, Michael John, author. (orcid)0000-0002-0599-9824
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undertaken to provide a more detailed picture of the structural effects of chemically-intercalated ions and
by
Stackhouse, Chavis Andrew, author.
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functionalization of MOF materials by means of post-synthetic modification(PSM)33--37 of metal clusters or organic
by
Lu, Li, author.
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structural and compositional features need to be carefully characterized by state-of-the-art aberration
by
Byles, Bryan W., author. (orcid)0000-0002-3762-8008
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structural tunnels in the TuMO, with materials containing larger structural tunnels showing improved removal
by
Buenning, Eileen N., author.
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. Moreover, studies of the structural evolution upon swelling with solvent show that the brush is fully
by
Fairfield, Daniel Joseph, author. (orcid)0000-0001-5880-2055
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investigation on a number of perovskite-polymer hybrid materials was carried out, and their temporal stability
by
Gudimani, Manik, author.
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structural and chemical changes leading to photodegradation of the material. The two primary degradation
by
Pan, Saijie, author.
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defects. (ii) efects play an important role in materials science. Like any solid in nature, superlattices
by
Zeppettella, David L., author.
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structural integration perspective and is unacceptable at UHF frequencies. While RF absorbing materials have
by
Han, Meng, author. (orcid)0000-0003-4763-5559
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materials, this model combined with the residual thermal reffusivity theory, predicts a structural domain
by
Alresheedi, Faisal I., author.
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relatively good levels of toughness and strength. For this reason, they are widely used engineering materials
by
Ren, Ren, author. (orcid)0000-0001-9157-092X
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interest recently for energy and environmental applications due to their exceptional structural, electronic
by
Godoi, Fernanda C.
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Materials' Properties on Binder Jetting -- 2.2.4.3 Application of Inkjet Printing Food Creation -- 2.3
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