نتایج جستجو برای: saturation materials composition

تعداد نتایج: 724288  

2008
G. K. Pullum

Interaction Grammars (IGs) are a grammatical formalism based on the notion of polarity. Polarities express the resource sensitivity of natural languages by modelling the distinction between saturated and unsaturated syntactic structures. Syntactic composition is represented as a chemical reaction guided by the saturation of polarities. It is expressed in a model-theoretic framework where gramma...

2007
A. L. Geiler Y. He S. D. Yoon A. Yang Y. Chen V. G. Harris

Oriented M-type hexaferrite thin films are deposited using the alternating target laser ablation deposition ATLAD technique utilizing PbO and Fe2O3 targets. Crystallographic, dc magnetic, and microwave characterization results confirming the presence of a hexagonal PbFe12O19 phase are presented. We conclude that the ATLAD technique holds great promise for layer by layer deposition of various he...

2017
Susana M Ramalhete Karol P Nartowski Nichola Sarathchandra Jamie S Foster Andrew N Round Jesús Angulo Gareth O Lloyd Yaroslav Z Khimyak

Supramolecular hydrogels are composed of self-assembled solid networks that restrict the flow of water. l-Phenylalanine is the smallest molecule reported to date to form gel networks in water, and it is of particular interest due to its crystalline gel state. Single and multi-component hydrogels of l-phenylalanine are used herein as model materials to develop an NMR-based analytical approach to...

Journal: :Electronics 2022

The paper presents the results of a study phase composition and main static magnetic characteristics: saturation magnetization, residual magnetization coercive force polycrystalline ferroxplana type hexaferrites Ba2Ni2-xCuxFe12O22 (0 ≤ x 2.0) system. These materials have high permeability are promising for use as substrates antennas radar absorbing materials. It is shown that thermograms initia...

Journal: :Nature communications 2014
Kyung-In Jang Sang Youn Han Sheng Xu Kyle E Mathewson Yihui Zhang Jae-Woong Jeong Gwang-Tae Kim R Chad Webb Jung Woo Lee Thomas J Dawidczyk Rak Hwan Kim Young Min Song Woon-Hong Yeo Stanley Kim Huanyu Cheng Sang Il Rhee Jeahoon Chung Byunggik Kim Ha Uk Chung Dongjun Lee Yiyuan Yang Moongee Cho John G Gaspar Ronald Carbonari Monica Fabiani Gabriele Gratton Yonggang Huang John A Rogers

Research in stretchable electronics involves fundamental scientific topics relevant to applications with importance in human healthcare. Despite significant progress in active components, routes to mechanically robust construction are lacking. Here, we introduce materials and composite designs for thin, breathable, soft electronics that can adhere strongly to the skin, with the ability to be ap...

2016
Irati Golvano-Escobal Juan Carlos Gonzalez-Rosillo Neus Domingo Xavi Illa José Francisco López-Barberá Jordina Fornell Pau Solsona Lucia Aballe Michael Foerster Santiago Suriñach Maria Dolors Baró Teresa Puig Salvador Pané Josep Nogués Eva Pellicer Jordi Sort

Spatio-temporal patterns are ubiquitous in different areas of materials science and biological systems. However, typically the motifs in these types of systems present a random distribution with many possible different structures. Herein, we demonstrate that controlled spatio-temporal patterns, with reproducible spiral-like shapes, can be obtained by electrodeposition of Co-In alloys inside a c...

2016
Thomas Sweijen Ehsan Nikooee S. Majid Hassanizadeh Bruno Chareyre

In this study, a grain-scale modelling technique has been developed to generate the capillary pressure-saturation curves for swelling granular materials. This model employs only basic granular properties such as particles size distribution, porosity, and the amount of absorbed water for swelling materials. Using this model, both drainage and imbibition curves are directly obtained by pore-scale...

2011
A. N. Popova

Nanoparticles of iron-cobalt have attracted great interest in recent years because of their unique physical and chemical properties because of their industrial importance in preparing magnetic recording materials, pigments, catalysts, etc. With an objective to develop magnetic materials with high saturation magnetization Fe-Co nanosysytems were synthesized by method of chemical reduction reacti...

2014
Liejin Guo Dengwei Jing Maochang Liu Yubin Chen Shaohua Shen Jinwen Shi Kai Zhang

Photocatalytic hydrogen production from water has been considered to be one of the most promising solar-to-hydrogen conversion technologies. In the last decade, various functionalized nanostructures were designed to address the primary requirements for an efficient photocatalytic generation of hydrogen by using solar energy: visible-light activity, chemical stability, appropriate band-edge char...

2016
Ruihu Zhu Huisu Chen

Low temperature calorimetry (LTC) is usually applied to characterize the porosity of cement-based materials with a total water saturated state. By recording the heat flow of the sample at different testing temperatures, the ice content in the freezing and the melting process can be analyzed. In order to investigate the state of the water during the freezing/melting process of unsaturated porous...

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