Design Of Decoration Research Articles

Digital Interactive Design of Art Sculpture Decoration Based on Augmented Reality Technology

Digital Interactive Design of Art Sculpture Decoration Based on Augmented Reality Technology

Ruthenium, rhodium decorated perfect and Te-vacancy MoTe2 monolayer for industrial hazardous gases detection and scavenging

With the rapid development of industry and soaring of the global economy, the atmospheric pollution and human poisoning problems turn to a harsh circumstance. Accurate online monitoring and scavenging of industrial hazardous gases have become a bottleneck in recent years. In this paper, the adsorption mechanism and electrical properties of Ruthenium, Rhodium decorated perfect and Te-vacancy MoTe2 monolayer towards hazardous gases (SO2, CO, NH3) were firstly explored based on density functional theory. Comparing the adsorption behavior differences between perfect surface MoTe2 and Te atom vacancy MoTe2 through the analysis of density of states differential charge density and molecular orbital theory. The results show that the dopant reduces the band gap and enhances the surface competence. In addition, the trapping ability of the metal-modified defective MoTe2 to hazardous gases is inferior to that of the perfect MoTe2, and both adsorption types are physico-chemical adsorption. Modified MoTe2 could obtain the ideal recovery time as a NH3 gas sensor. CO are more difficult to detach from the mixture’ surfaces, which is a good proof for the CO adsorbent. The data provides the basis for the design of metal particle decoration based MoTe2 nanomaterials employed in the detection and scavenging of hazardous gases.

A Study on the Aesthetic Preference of Bamboo Weaving Patterns Based on Eye Movement Experiments

Bamboo weaving is an intangible cultural heritage in China. Exploring people’s aesthetic preferences for bamboo weaving patterns to better serve the design of bamboo architectural decoration can help promote the upgrading of traditional crafts. This study explored the differences between genders in the oculomotor indicators in different bamboo weaving patterns through an eye-movement experimental study combined with a subjective questionnaire to explore whether different genders have aesthetic preferences for people’s pictures of bamboo weaving patterns. The results showed that both males and females preferred less visually striking and softer corrugated patterns, with males paying more attention to the more ‘angular’ hexagonal and triangular patterns, while females were more interested in the more regular and uniform brickwork and diagonal patterns.

System Evaluation of Artificial Intelligence and Virtual Reality Technology in the Interactive Design of Interior Decoration

Applying artificial intelligence (AI) and virtual reality (VR) technology to interior decoration design can effectively shorten the time of communication between customers and the designers, the design time, and the distance between designers, customers, and the space to be designed, which meet contemporary needs. This paper aimed to study how to analyze and design an interactive interior decoration design system based on AI and VR technology. This paper also used the fuzzy comprehensive evaluation (FCE) method to comprehensively verify and evaluate the designed system. According to the system verification experiment in this paper, the sensitivities of the left, right, front, and rear operating handles for 50 times were 99.38%, 99.36%, 99.49%, and 99.21%, respectively. In addition, when the number of users simultaneously using the system was 60, the system’s stability, security, response time, and stuck time were 98.72%, 98.40%, 0.834 s, and 0.322 s, respectively. Based on a series of evaluative tests, the interactive design system for interior decoration presented in this paper is feasible and worthy of further promotion and application. The system designed in this article has reference value for the academic community and boasts certain innovative aspects.

Having Your Cake and Eating It Too: Electrode Processing Approach Improves Safety and Electrochemical Performance of Lithium-Ion Batteries

A layered Li[NixCoyMn1-x-y]O2 (NCM)-based cathode is preferred for its high theoretical specific capacity. However, the two main issues that limit its practical application are severe safety issues and excessive capacity decay. A new electrode processing approach is proposed to synergistically enhance the electrochemical and safety performance. The polyimide's (PI) precursor is spin-coated on the LiNi0.5Co0.2Mn0.3O2 (NCM523) electrode sheet, and the homogeneous sulfonated PI layer is in situ produced by thermal imidization reaction. The PI-spin coated (PSC) layer provides improvements in capacity retention (86.47% vs 53.77% after 150 cycles at 1 C) and rate performance (99.21% enhancement at 5 C) as demonstrated by the NCM523-PSC||Li half-cell. The NCM523-PSC||graphite pouch full cell proves enhanced capacity retention (76.62% vs 58.58% after 500 cycles at 0.5 C) as well. The thermal safety of the NCM523-PSC cathode-based pouch cell is also significantly improved, with the critical temperature of thermal safety T1 (the beginning temperature of obvious self-heating temperature) and thermal runaway temperature T2 increased by 60.18 and 44.59 °C, respectively. Mechanistic studies show that the PSC layer has multiple effects as a passivation layer such as isolation of electrode-electrolyte contact, oxygen release suppression, solvation structure tuning, and the decomposition of carbonate solvents as well as LiPF6 inhibition. This work provides a new path for a cost-effective and scalable design of electrode decoration with synergistic safety-electrochemical kinetics enhancement.

Theme design and style features of interior decoration of cruise atrium

Theme design and style features of interior decoration of cruise atrium

Evaluation and Design of Colored Silicon Nanoparticle Systems Using a Bidirectional Deep Neural Network.

Silicon nanoparticles (SiNPs) with lowest-order Mie resonance produce non-iridescent and non-fading vivid structural colors in the visible range. However, the strong wavelength dependence of the radiation pattern and dielectric function makes it very difficult to design nanoparticle systems with the desired colors. Most existing studies focus on monodisperse nanoparticle systems, which are unsuitable for practical applications. This study combined the Lorentz–Mie theory, Monte Carlo, and deep neural networks to evaluate and design colored SiNP systems. The effects of the host medium and particle size distribution on the optical and color properties of the SiNP systems were investigated. A bidirectional deep neural network achieved accurate prediction and inverse design of structural colors. The results demonstrated that the particle size distribution flattened the Mie resonance peak and influenced the reflectance and brightness of the SiNP system. The SiNPs generated vivid colors in all three of the host media. Meanwhile, our proposed neural network model achieved a near-perfect prediction of colors with high accuracy of the designed geometric parameters. This work accurately and efficiently evaluates and designs the optical and color properties of SiNP systems, thus accelerating the design process and contributing to the practical production design of color inks, decoration, and printing.

THREE-BEAM TRACERY BADGES FROM MARTYNIVKA HOARD: FUNCTIONS AND USE

The paper presents consider of the functional use of two three-beam openwork badges from the Martynivka hoard (fig. 1). There are two points of view on the functional use of these products: 1) horse trappings; 2) details of the belt.
 An attempt is made to determine the range of possible analogies or prototypes of products. All analogies can be divided into two major groups: 1) on the general outlines; 2) on the «internal ornamentation».
 The first group. An almost complete analogy to the products from the Martynivka hoard is the decoration from grave 1, vault 238 of the Luchiste cemetery in the Crimea (fig. 2) — the last quarter of the 7th century.
 The other two analogies come from the Avar cemetery of Pécs-Köztemető, burial 45 (fig. 3), although they differ in greater finesse. This is the burial of a horse with trappings. A. Kissa dates this area of the cemetery within the end of 6th — middle of 7th century.
 More distant analogies are two finds (almost completely identical to each other) from the Luchiste cemetery, from vault 65, grave 2 — the second half of the 7th century (figs. 4—6) and vault 113 — the first half of the 7th century (fig. 8: 7). A similar badge depicting a man in the center comes from Cherkasy or Chyhyryn counties (fig. 8: 8). This find, together with products from Luchiste, on formal grounds belongs to type IV according to E. Garam. On the territory of the Avar Khanate, similar ornaments are known (figs. 7; 8: 9—12) — Tiszafüred, grave 166 and 262, Tiszaderzs, grave 14 and an accidental find from Hungary.
 Second group. Prototypes or analogies for this group are determined by internal ornamentation. They can be found among the bronze belt openwork badges of a number of cemeteries of the Avar Khanate.
 The first subgroup — badges with three rays departing from the central shamrock (fig. 8: 13). The second subgroup — badges with a triangle in the centre with three groups of double rays diverging from it in different directions (fig. 8: 14). The third subgroup — badges with а circle in the centre and three radial rays (fig. 8: 15).
 So, in the second group you can find similar products, they are very diverse, differ in the design of interior decoration. There is a difference from the presence of eyelets. Although finds from Avar cemeteries sometimes have one eyelet.
 In the Avars, the beginning of the existence of such products falls on the Early Avar period — the second half of 6th — early 7th century, although most of them in the Late Avar period — 8th century. E. Garam believes that these products appear in the Avars from the middle of the 7th century and continue to exist in the 8th century.
 Thus, the three-beam openwork badges from the Martynivka hoard could have two uses: as details of a horse harness and details of belt ornaments of a woman’s suit.

Visible-light photooxidation of ciprofloxacin utilizing metal oxide incorporated sol-gel processed La-doped NaTaO3 nanoparticles: A comparative study

The supper dissemination of antibiotic waste in water resources has exponentially progressed the vital water and soil pollution that affect human health and the environment. Consequently, there have been several types of research anticipated for the green mineralization of such pollutants. Herein, we intended a surfactant-aided sol-gel formation of lanthanum-doped sodium tantalate (LNTO) nanocrystals. The synthesized 13 nm averaged-size perovskite LNTO nanocrystals were responsive to visible-light irradiation by incorporation of 4.4–5.2 nm oxide nanoparticles, namely Bi2O3, CdO, Fe2O3, and CuO at 4.0 wt% through coprecipitation. The formed nanomaterials unveiled mesostructured surface textures with specific surface areas of 199–229 m2 g−1. The obtained nanoceramics were employed for the mineralization of 10 ppm of ciprofloxacin antibiotic (CPF) as an emerging antibiotic waste in water under visible light irradiation. The CuO-incorporated LNTO exhibited the best photocatalytic oxidation of CPF after 120 min compared with other oxides with an excellent photoreaction rate of 0.0343 min−1 which is 49 times higher than the pure LNTO. The 2.0 gL−1 CuO/LNTO-dose achieved the full photooxidation of CPF at an oxidation speed of 0.0738 min −1 within just 1.0 h of visible light irradiation and magnificent regeneration ability. This enhanced activity of CuO/LNTO is regarded as significant light absorption and a bandgap energy reduction to 2.12 eV. Besides that, the heterojunction between CuO and LNTO amended the photogenerated carrier mobility and separation as concluded from the photoluminescence and photocurrent exploration. This comparative work suggests the proper design of low bandgap oxide decoration of solution-based perovskite oxide photocatalysts for promoting the visible-light mineralization of antibiotics in water.

Evaluation of the effect of decorated sidewall in tunnels based on driving behavior characteristics

As a novel traffic safety facility, the decorated sidewall in tunnels plays a crucial role in improving the safety and upgrading the driving environment. The design element spacing, frequency patterns and color, are important elements in the design of the tunnel wall decoration. In order to analyze the impact of the tunnel sidewall decoration element complexity on the driving behavior under different driving conditions, this paper performs a detailed visual-action-cognitive driving task design. In the driving simulation test, three sidewall decoration schemes for different element complexities (character, character and ribbon, ribbon and snowflake) are designed at the level of pattern frequency and spacing respectively fixed at 1.26 Hz and 17.5 m, compared with the tunnel without sidewall decoration. Therefore, thirty drivers are recruited. Six indexes, including the acceleration and lateral position, are considered to construct the evaluation index system from the aspects of speed adjustment, operation stability and attention concentration levels. The significance and effect size of the indexes are explored using the ANOVA two-way repeated measures. The fuzzy comprehensive evaluation model based on the entropy weight method, is used to compare the effects of four sidewall decoration schemes.The results show that the complexity of the sidewall decoration elements highly affects the speed adjustment level, operation stability level and attention dispersion level of the drivers. The results of the fuzzy comprehensive evaluation show that, compared with the four sidewall decoration schemes in the whole and middle sections of the tunnel, the design scheme with the mural elements as characters under the condition of fixed frequency and spacing, has a higher comprehensive score. This indicates that adding appropriate mural elements on the sidewall of the tunnel improves the longitudinal driving stability and speed control ability of the driver, and makes the driving experience more comfortable. This paper demonstrates that a reasonable tunnel sidewall decoration plays a crucial role in improving the safety of the tunnel driving environment. Finally, it provides a theoretical support and technical guarantee for improving the traffic safety using tunnel sidewall decoration.

Regulating Interfacial Ion Migration via Wool Keratin Mediated Biogel Electrolyte toward Robust Flexible Zn-Ion Batteries.

Aqueous Zn-ion batteries (ZIBs) have emerged as a promising energy supply for next-generation wearable electronics, yet they are still impeded by the notorious growth of zinc dendrite and uncontrollable side reaction. While the rational design of electrolyte composition or separator decoration can effectively restrain zinc dendrite growth, synchronously regulating the interfacial electrochemical performance by tackling the physical delamination venture between electrode and electrolyte remains a major obstacle for high-performance wearable aqueous ZIB. Herein, a category of hybrid biogel electrolyte containing carrageenan and wool keratin (CWK) is put forward to regulate the interfacial electrochemistry in aqueous ZIB. Systematic electrochemical kinetics analyses and ex situ scanning electrochemical microscopy (SECM) characterizations achieve comprehensive understanding of the keratin enhanced interfacial Zn2+ redox reaction. Thanks to the keratin triggered selective ion permeability, the as-designed CWK hybrid biogel electrolyte manifests a promoted Zn2+ transference number and excellent reversibility of Zn plating/stripping and outstanding Zn utilization (average Coulombic efficiency ≈98%). More impressively, the CWK hybrid biogel electrolyte also demonstrates cathode side-reaction depression and strengthened interfacial adhesion while assembled into a quasi-solid-state flexible ZIB. This work offers a strategy to synchronously solve concurrent challenges for both of Zn anode and cathode toward realistic wearable aqueous ZIB.

ХУДОЖЕСТВЕННАЯ ОБРАЗНОСТЬ ФАСАДНОГО ДЕКОРА САНАТОРИЯ «ЭНЕРГЕТИК» В ГОРОДЕ ЯЛТЕ

The article considers the uniqueness of the architectural and artistic design of the facade decoration of the main building of the sanatorium "Energetik", built in 1950 in the city of Yalta, the Republic of Crimea, according to the project of Moscow architects K. K. Lopyalo and S. G. Deminsky. Archival and author's photographic images of the main building, bas-relief and plastic plot compositions, demonstrating the historical and cultural significance of the object, make it possible to conduct a multi-stage analysis to identify the compositional, artistic, and stylistic characteristics of the object under consideration. The study of decorative compositions reveals the orientation, historical and subject relationships, artistic features of the plot compositions in the facade decor of the main building of the sanatorium. The analysis also allows to determine the figurative and symbolic meaning of the exterior decoration, the cultural and stylistic connection with the architectural trends of the Soviet period, as well as the originality of the author's solution. The provisions identified during the analysis give grounds to distinguish the "Energetik" sanatorium complex among other Crimean health resorts, and put this object on a par with other outstanding recreational projects of the Soviet heritage built in southern Russia in the period from 1930s to 1950s.

Teaching Reform of Interior Design Course of Assembly Decoration

With the continuous progress of the construction industry in China, the residents' requirements for the interior decoration of houses are also increasing, and the market demand is also increasing. Therefore, the development space of interior design is getting larger and larger. With the progress of The Times, the traditional decoration style has no longer can meet the needs of the current residents, so the interior design major needs to combine the development of The Times and innovate the decoration style to meet the needs of the residents for the housing. On this basis, will the assembly decoration of the interior design course better promote the reform and development? This paper compares the traditional interior design, analyzes and discusses from the following points, and provides reference for the development and improvement of the interior design of assembly decoration.

The Manufacture of Leather as an Applied Art in the Modernisme: the Factory-Workshop of Miguel Fargas y Vilaseca

This study intends to examine leather craft, an applied art that has not well studied in the context of Catalan Modernisme as well as raise awareness about its use for production and design of Modernista furniture and interior decoration. This handicraft, that had been in decline in the Catalan sphere since the 18th century, reappeared in Barcelona in the last quarter of the 19th century, due to the Modernista movement and the renaissance of medieval crafts. Thus, new workshops were created and their processes were modernized according to industrial progress.
 We will highlight the Miguel Fargas and Vilaseca Factory, which will manage to industrialize this handricraft, becoming one of the few internationally known manufacturers. We will try to illustrate the history of this office by analyzing this case study, since it reveals an interesting part of the panorama of decorative arts in Modernista Barcelona.

Ergonomics and Tri Hita Karana on Balinese Traditional Houses Building

Tri Hita Karana is the concept of three things that can lead to happiness, which consist of the relation of human beings with God, amongst human beings, and the relationship of human beings with the environment, which is embodied in the circulation, the design space forming element, the supporting build a room, design of facilities, utilities and decoration. The study of ergonomics on traditional residential houses in Bali focuses on task elements, organization, and environment. The task examines how the facilities were created based on anthropometric and activity flow. Organization study about traditional Balinese buildings layout in terms of space organization resulted in a large scale, function space, and circulation space. Environment review the two sides, firstly is the physical environment, namely: the use of circulation, lighting and handling the current season every year, and secondly is the social environment, namely: religion, beliefs, norms, and others. There are similarities between Ergonomics and Tri Hita Karana; therefore, this study intends to it. It is conducted by using qualitative descriptive analysis with Tri Hita Karana concept on traditional Balinese buildings and accompanied with ergonomic values based on the subject of the task and environmental organizations. This writing aims to observe whether the ergonomics and Tri Hita Karana have similar views in the embodiment of traditional Balinese houses. At the end of the discussion, we can conclude that the embodiment of traditional Balinese residential buildings has to be considered on the relationship of human beings with God and the relationship between human beings and the environment. It also includes a consideration in ergonomics consists of task, organization, and environment; and it is found out that the concept of Tri Hita Karana has similarities with the idea of ergonomics on traditional Balinese houses.

Application of the Technology of Hot Enamel in Design

Enameling is a very ancient, well-known method of combining glass and metal, and at the same time it is a very young, rapidly developing and widely demanded type of art. This happened because with the development of science and, as a result, the improvement of enameling technology, the process became quite accessible and universal. The works made in the “durable” technology are becoming more wide-spread in the design of architecture, interior decoration and decorative applied art. The article gives the classification of enamels and the possibility of using various techniques in product design. The authors note role of enamels by Russian manufacturers in obtaining a spectrum of color combinations. The distinctive features of enameling techniques are revealed. Some types of defects while enameling, their causes and main ways of its elimination are discovered in the article.

Color recognition of design object of manual decoration element based on convolution neural network under the impact of COVID-19

The popularity of covid-19 has led to the introduction of the policy of controlling the flow of personnel, which has a certain impact on the color recognition of the design objects of hand decorative elements. In the past, the research on convolution neural network design and color recognition is still in the traditional method, and the field of computer vision is not really combined with the traditional decorative fabric. This paper proposes a solution based on deep learning. Color learning and main color recognition can be processed as a whole. By introducing convolution neural network, the scheme can learn color features directly from the image itself, and the process of artificial design features is omitted. While simplifying the process of model building and training, the potential information association can be obtained, so as to obtain better recognition effect. In addition, due to the deep depth of the network, this paper uses the initial optimization module to avoid the performance degradation and over fitting in the training process. This method has an important reference value for the color design of modern hand decoration, and can promote the development of hand decoration during the popularity of covid-19.

Enhancement and orchestration of osteogenesis and angiogenesis by a dual-modular design of growth factors delivery scaffolds and 26SCS decoration

Preserving the bioactivity of growth factors (GFs) and mimicking their in vivo supply patterns are challenging in the development of GFs-based bone grafts. In this study, we develop a 2-N, 6-O-sulfated chitosan (26SCS) functionalized dual-modular scaffold composed of mesoporous bioactive glass (MBG) with hierarchical porous structures (module I) and GelMA hydrogel columns (module II) in situ fixed in hollowed channels of the module I, which is capable of realizing differentiated delivery modes for osteogenic rhBMP-2 and angiogenic VEGF. A combinational release profile consisting of a high concentration of VEGF initially followed by a decreasing concentration over time, and a slower/sustainable release of rhBMP-2 is realized by immobilizing rhBMP-2 in module I and embedding VEGF in module II. Systematic in vitro and in vivo studies prove that the two coupled processes of osteogenesis and angiogenesis are well-orchestrated and both enhanced ascribed to the specific GFs delivery modes and 26SCS decoration. 26SCS not only enhances the GFs’ bioactivity but also decreases antagonism effects of noggin. This study highlights the importance of differentiating the delivery pattern of different GFs and likely sheds light on the future design of growth factor-based bone grafts.

Rights of Interior Decoration Designer "A study in Light of UAE Federal Law No. 7 of 2002 on the Protection of Copyright and Neighboring Rights”

This study includes the answer to the question that may be raised regarding the possibility of considering the design of the interior decoration as classified as protected works in the UAE law, and the consequent enjoyment by the designer of the literary and financial rights of the author. Paragraph 11 of UAE Federal Law No. 7 of 2002 on the protection of copyright and related rights refers to the design of decoration as one of the examples of the technical works mentioned by the legislator. The answer to the questions raised in this study is divided into two axes: the first is the technical framework and guarantee the historical development of the design, the role of the Arab design in the development of the design of the decoration and the definition of the designer and distinguish it from the architectural design. The second axis included the legal framework and included the conditions that must be met in the decoration design in order to enjoy legal protection, the rights of the decorator and then the legal protection of the right of the decorator.

Design and Application of Integrated Assembly Technology of FRG in Residential Ceiling

FRG material is a new environmentally friendly indoor decoration materials and popular in prefabricated construction, the paper introduces the performance and design of materials, and takes FRG in the residential ceiling integrated assembly process into a demonstration project, which showed that FRG in the prefabricated modules integrated ceiling of the whole template scheme has a great artistry and application effect. Meanwhile it provides reference for the integrated ceiling assembly modular process design of similar indoor decoration.