Direct Contraction Research Articles

Visualizing experimental investigation on gas–liquid replacements in a microcleat model using the reconstruction method

AbstractCleats are the main channels for fluid transport in coal reservoirs. However, the microscale flow characteristics of both gas and water phases in primary cleats have not been fully studied as yet. Accordingly, the local morphological features of the cleat were determined using image processing technology and a transparent cleat structure model was constructed by microfluidic lithography using the multiphase fluid visualization test system. Besides, the effect of microchannel tortuosity characteristics on two‐phase flow was analyzed in this study. The results are as follows: (1) The local width of the original cleat structure of coal was strongly nonhomogeneous. The cleats showed contraction and expansion in the horizontal direction and undulating characteristics in the vertical direction. (2) The transient flow velocity fluctuated due to the structural characteristics of the primary cleat. The water‐driven gas interface showed concave and convex instability during flow, whereas the gas‐driven water interface presented a relatively stable concave surface. (3) The meniscus advanced in a symmetrical pattern in the flat channel, and the flow stagnated due to the influence of undulation points in a partially curved channel. The flow would continue only when the meniscus surface bypassed the stagnation point and reached a new equilibrium position. (4) Enhanced shearing at the gas–liquid interface increased the gas‐injection pressure, which in turn increased residual liquids in wall grooves and liquid films on the wall surface.

Macroscopic Actuation of Bisazo Hydrogels Driven by Molecular Photoisomerization

Living organisms use the amplification of molecular motions over orders of magnitude to produce deformation, motion, and function on the macroscale. The design of artificial molecular machines that can mimic their biological counterparts in the production of such macroscopic actuation is of great interest. Here, we designed a polymerizable bisazobenzene-based molecular photoswitch that displays a highly directional geometrical transformation upon photoisomerization. When this photoswitch is incorporated into polymer networks as a cross-linker, its directional contraction and expansion drive the movement and rearrangement of polymer chains and amplifies these motions to the macroscale, resulting into a direct volume change and deformation of the bulk polymeric hydrogels. These photoswitchable hydrogels therefore mimic macroscopic biological motions such as muscular contraction and light-driven bending similar to phototropism. Furthermore, the use of this photoswitch to tune the macroscopic properties of hydrogels is in principle transferable to a variety of polymeric systems. This work develops a clear connection between molecular motion and macroscopic actuation, providing a platform to investigate this relationship further.

Morphogenesis-inspired two-dimensional electrowetting in droplet networks

Living tissues dynamically reshape their internal cellular structures through carefully regulated cell-to-cell interactions during morphogenesis. These cellular rearrangement events, such as cell sorting and mutual tissue spreading, have been explained using the differential adhesion hypothesis, which describes the sorting of cells through their adhesive interactions with their neighbors. In this manuscript we explore a simplified form of differential adhesion within a bioinspired lipid-stabilized emulsion approximating cellular tissues. The artificial cellular tissues are created as a collection of aqueous droplets adhered together in a network of lipid membranes. Since this abstraction of the tissue does not retain the ability to locally vary the adhesion of the interfaces through biological mechanisms, instead we employ electrowetting with offsets generated by spatial variations in lipid compositions to capture a simple form of bioelectric control over the tissue characteristics. This is accomplished by first conducting experiments on electrowetting in droplet networks, next creating a model for describing electrowetting in collections of adhered droplets, then validating the model against the experimental measurements. This work demonstrates how the distribution of voltage within a droplet network may be tuned through lipid composition then used to shape directional contraction of the adhered structure using two-dimensional electrowetting events. Predictions from this model were used to explore the governing mechanics for complex electrowetting events in networks, including directional contraction and the formation of new interfaces.

An analytical approach to the stress relaxation behavior of a low temperature shape-memory fabric based on viscoelastic models

Shape-memory materials are a promising new class of smart materials with many applications such as strain sensors, artificial muscles, and smart breathing textiles. These materials are subjected to force and extension in situ. Thus, the time-dependent behavior of these materials can play an important role in their long-term performance. The present study was conducted to investigate the time-dependent behavior of a type of shape-memory fabric. Nanoclay-reinforced polylactic acid/thermoplastic polyurethane was used as the precursor. The yarn that was produced was highly twisted. The twisted yarn was then shaped into a coiled structure by mandrel annealing. This yarn was then used to produce knitted fabric. The fabric was examined under both cold (25 °C) and hot (50 °C) conditions. The fabric contracted in hot water in the course direction but did not show a significant contraction in the wale direction. It returned to its original width in cold water. This effect was observed repeatedly over several cycles. This shows that the knitted fabric composed of the precursor twisted-coiled yarn exhibited low-temperature actuation and reversible two-way shape-memory behavior. A value of %16 was calculated for the contraction stroke along the course direction. The stress relaxation behavior of the two-way shape-memory fabric was then studied and analyzed. For this purpose, four different viscoelastic models were considered: the standard linear model (a), Burgers model (b), Jeffrey model (c), and Kelvin-Voigt-Maxwell model (d). We used the curve fitting procedure to find the best fit to the experimental data based on the least-squares method. The results showed that the Kelvin-Voigt-Maxwell model (model d) exhibited a higher and more acceptable regression coefficient (R 2) than the other three models. The Jeffrey model showed the lowest regression coefficient (R 2), thus confirming that it is not suitable for explaining the relaxation behavior of the fabric. However, a limitation of Model (d) is that it is not in line with the experimental loading stage. To modify the model, we propose the replacement of the dashpot with a dynamic frictional element. The results indicate that the proposed dynamic friction model can eliminate the limitations of the dashpot body during the loading stage.

Логистическая организация сбыта нефтепродуктов через электронные торговые площадки на территории Российской Федерации

The article considers the logistics organization of the petroleum products marketing on electronic trading platforms on the territory of the Russian Federation. There is considered the transformation of organizational and managerial relations between economic entities. On the one hand, the sanctions pressure of unfriendly countries leads to a redistribution of export commodity flows. On the other hand, national industry in the context of transition to a mobilization economy and objective necessity for the import substitution demands more energy resources in the domestic market. There has been given a review and analytical assessment of the volume of sales of petroleum products at exchange auctions in the territory of the Russian Federation. The main regulations of selling petroleum products on the territory of the Russian Federation have been identified. A structure of the petroleum products market in the context of trading instruments is investigated. There have been defined the key participants of the exchange market of petroleum products, which include vertically integrated oil companies, traders, gas stations and oil depots. Generalization of the experience of leading specialists made it possible to identify logistics channels for the sale of petroleum products in the RF market and divide them into channels for the sale of petroleum products under direct contracts, channels for the sale of petroleum products at formal and informal auctions and channels for the sale of petroleum products to the affiliated supply companies. The sequence of selling petroleum products at informal auctions through e-trading platforms is considered in detail. The main participants of the e-auctions and their responsibilities have been identified. The specific features of e-bidding are considered on the case of Gazprom Mezhregiongaz, LLC. There has been carried out analysis of volumes of e-auctions of TEK-Torg, JSC which provides services of the federal e-trading platform. There have been identified the main advantages of selling petroleum products to small wholesale and retail companies through e-trading platforms, which include gaining access to e-trading bypassing intermediaries, simplicity of the paperwork, transparency of auctions and increasing speed of operations.

Moisture-Adaptive Contractile Biopolymer-Derived Fibers for Wound Healing Promotion.

The advancement in thermosensitive active hydrogels has opened promising opportunities to dynamic full-thickness skin wound healing. However, conventional hydrogels lack breathability to avoid wound infection and cannot adapt to wounds with different shapes due to the isotropic contraction. Herein, a moisture-adaptive fiber that rapidly absorbs wound tissue fluid and produces a large lengthwise contractile force during the drying process is reported. The incorporation of hydroxyl-rich silica nanoparticles in the sodium alginate/gelatin composite fiber greatly improves the hydrophilicity, toughness, and axial contraction performance of the fiber. This fiber exhibits a dynamic contractile behavior as a function of humidity, generating ≈15% maximum contraction strain or ≈24MPa maximum isometric contractile stress. The textile knitted by the fibers features excellent breathability and generates adaptive contraction in the target direction during the natural desorption of tissue fluid from the wounds. In vivo animal experiments further demonstrate the advantages of the textiles over traditional dressings in accelerating wound healing.

ACCOUNTING TREATMENT OF DIRECT CONTRACT COSTS

ACCOUNTING TREATMENT OF DIRECT CONTRACT COSTS

RECOGNITION OF A LANDSCAPE TECHNO-SPHERE AS A NEW GEOSPHERE

The second half of XX century – the beginning of XXI century are characterized by the active development of a global ecological crisis, which is described by a critical state of the environment and excessive anthropogenization of a geographical sphere. The changes which lead to the formation of absolutely new techno-genic landscapes occur at very fast rates in current geo-spheres. The purpose of the work is to substantiate the recognition of a new geo-sphere – a landscape techno- sphere – based on the previous experience and our field research. The main tasks of the research are to analyze specific features and properties of a landscape techno-sphere; to identify its upper and lower borders; to study a structural organization of all options of a landscape sphere with available techno-substances; to characterize briefly the main stages of the development of a techno- sphere.
 The research of a landscape techno-sphere is a complicated process and it is based on the use of classical and innovative methodological principles of contemporary geography. A parallel application of three scientific paradigms is the foundation: system, model and ecological. They do not contradict each other; they rather compliment the studying of the interaction between nature and engineering. A system approach allows considering a techno-sphere as a complicated system of a lower taxonomic range of a landscape sphere and a geographical sphere. The following generally accepted scientific methods are used in the paper: analysis, synthesis, comparison, generalization, systematization, induction and deductions.
 The article substantiates the existence of a new geosphere – the landscape techno-sphere, which is formed by the planetary set of landscape-technical systems. it is noted that it does not have a continuous distribution, but is constantly increasing in size and gradually goes beyond the landscape. The specific features and properties of the landscape techno-sphere are analyzed in detail. Taking into account the criterion of the presence of a zone of direct contract of three blocks of landscape-technical systems (managerial, technical and natural), the upper and lower limits of the landscape techno-sphere are identified. The structure of all variants of the landscape sphere in the presence of technological substances is considered. The main periods of development of the landscape techno-sphere are briefly described. It is concluded that man will never be able to control landscape-technical systems on a planetary scale. However, applying the methods and principles of engineering landscape research, it is possible to achieve optimal interaction of the three blocks of landscape-technical systems and to extend their functional suitability.

Poisson’s ratio of non-woven spun bonded fabric for medical apparel

An investigation of Poisson’s ratio of a series of spun bonded non-woven fabrics, differing in areal density, number of layers, testing directions and finishes, is reported. The Poisson’s ratio value is found to be higher with increase in the number of layers of spun bonded fabric assembly of fabrics of same Grams per Square Metre (GSM). The contraction in cross direction is higher than in the machine direction. Since spun bonded non-woven fabrics are anisotropic in nature, the Poisson’s ratio values range from 0 to 0.728 for the various extension levels that have been considered depending on the direction of action of the tensile force in the machine (MD) and cross directions (CD). The relationship between Young’s modulus & bending rigidity is poor. Flexural rigidity and Young’s modulus in machine direction are higher than in cross direction.

Parallel And Divergent Morphological Adaptations Underlying The Evolution of Jumping Ability in Ants.

Jumping is a rapid locomotory mode widespread in terrestrial organisms. However, it is a rare specialization in ants. Forward jumping has been reported within four distantly related ant genera: Gigantiops, Harpegnathos, Myrmecia, and Odontomachus. The temporal engagement of legs/body parts during jump, however, varies across these genera. It is unknown what morphological adaptations underlie such behaviors and whether jumping in ants is solely driven directly by muscle contraction or additionally relies on elastic recoil mechanism. We investigated the morphological adaptations for jumping behavior by comparing differences in the locomotory musculature between jumping and non-jumping relatives using X-ray micro-CT and 3D morphometrics. We found that the size-specific volumes of the trochanter depressor muscle (scm6) of the middle and hind legs are 3-5 times larger in jumping ants, and that one coxal remotor muscle (scm2) is reduced in volume in the middle and/or hind legs. Notably, the enlargement in the volume of other muscle groups is directly linked to the legs or body parts engaged during the jump. Furthermore, a direct comparison of the muscle architecture revealed two significant differences between jumping vs. non-jumping ants: First, the relative Physiological Cross-Sectional Area (PCSA) of the trochanter depressor muscles of all three legs were larger in jumping ants, except in the front legs of Odontomachus rixosus and Myrmecia nigrocincta; second, the relative muscle fiber length was shorter in jumping ants compared to non-jumping counterparts, except in the front legs of O. rixosus and M. nigrocincta. These results suggest that the difference in relative muscle volume in jumping ants is largely invested in the area (PCSA), and not in fiber length. There was no clear difference in the pennation angle between jumping and non-jumping ants. Additionally, we report that the hind leg length relative to body length was longer in jumping ants. Based on direct comparison of the observed vs. possible work and power output during jumps, we surmise that direct muscle contractions suffice to explain jumping performance in three species, except for O. rixosus, where the lack of data on jumping performance prevents us from drawing definitive conclusions for this particular species. We suggest that increased investment in jumping-relevant musculature is a primary morphological adaptation that separates jumping from non-jumping ants. These results elucidate the common and idiosyncratic morphological changes underlying this rare adaptation in ants. まとぅみ (Okinawan language-Uchinaaguchi) (Japanese) РЕЗЮМЕ (Kazakh) ZUSAMMENFASSUNG (German).

From the mass media museum to the social media museum: Investigating the museum space in the era of mobile devices

Eliseo Verón has defined the museum as a mass medium whose discourse is materialized through the body of the visitors: their spatial appropriations manifest not only the gap between the spatial proposal and its reception but also the bonds they establish with the institutions. Applying to the museum the notion proposed by Verón to refer to the bond between media and audience, these bonds crystallize different types of visiting contracts. Nowadays, the idea of a contract is central in visitors’ consolidation of the museum experience: it is no longer a matter of merely visiting exhibitions but of sharing content on Instagram, sitting down at the café to study, or frequenting the esplanade to walk the dog. Thus, the bonds branch out into direct contracts (commercial or educational) and distinctive agreements (e.g., allowing the transformation of the esplanade into a park). This bifurcation enables us to rethink the notion of museum visits and analyze contemporary visiting practices. Following Verón’s methodology and based on a seven-year-long study of museum visits, we present some conclusions regarding the practices developed on the esplanades and in the entrance halls of Centre Pompidou and Museo Reina Sofia. In these places, visitors and museums maintain their bonds. We also reflect on contemporary technical possibilities, such as the 360° audiovisual recording used in interactional linguistics and the necessity of studying the links between virtual and physical museum experiences.

On competition and transparency in public procurement during the COVID-19 pandemic in the European Union

Government expenditures on acquiring services, goods, and work through public procurement represent a substantial proportion of the EU’s GDP. Competitive and transparent tendering procedures are generally believed to promote achieving the primary goals of public procurement: maximising value for money and reducing corruption. However, during the crisis, procurement rules allow a temporary departure from transparency standards toward fast and more discretionary procurement procedures justified by force majeure, possibly restricting competitiveness and information availability in the whole procurement process. The presented paper examines emergency response procurement measures by EU countries in the aftermath of the COVID-19 outbreak in the spring of 2020 and their impact on competition. Using an extensive dataset of contracts for medical supplies and PPE obtained from Tenders Electronic Daily, we document the rapid increase of direct and negotiated contracts in the first two months of the pandemic outbreak. We found that firms, in general, were more likely to participate in procurement procedures with a prior call for tenders, such as open procedure and restricted procedure. On the other hand, the significant share of contracts obtained by small and medium enterprises without competition, hence by single bid procurement, suggests that public authorities tend to use their discretion in favour of SMEs. Moreover, overall emergency procurement setting and its effects on competition vary across countries regardless of how intensely the pandemic hit, indicating an institutional context for the increased discretion effects on procurement outcome.

Political Broker Giving Money and Intimidating in Regional Head Elections in Indonesia

The election of regional heads is actually a place to take choices directly by the people or voters in the regions. But in fact, the choice of voters is much influenced, even manipulated by political brokers. This study was conducted to reveal the models of political brokers and their operating patterns in regional head elections in Indonesia. Political brokers have hijacked direct democracy in local elections. The regional head should have a direct contract with the voters, related to the work program at the time of contestation and accountability at the time of election. But the process was hijacked midway by political brokers. Political brokers have long operated in the process in Indonesia, both general elections, presidential elections, village head elections, and regional head elections. This research used descriptive qualitative method. Data was collected through in-depth interviews with informants who were directly involved in the regional head election. From the research conducted, it is found that political brokers in regional head elections in Indonesia are village heads, and community leaders. Political brokers perform their role in two ways. First, by giving money to the head of the electorate. The money comes from regional head candidates who are given by the winning team for regional head candidates for political brokers. The money given by regional head candidates to political brokers consists of money for own political broker and operational money, as well as money to be distributed to voters. Second, political brokers also act to intimidate, threaten and frighten potential voters, if they do not vote for candidates who are supported by political brokers.

Beliefs about personal change

In all, 510 Europeans completed an online questionnaire rating their beliefs about personal change, including the established Dweck Mindset measure. Their ratings of 27 characteristics from BMI to sexual preference factored into 5 interpretable factors labelled Personality, Beliefs and Habits, Health, Social Status and Physical. Correlation indicated beliefs about change were most related to religious beliefs but also sex and age. Dweck ratings of ability and personality growth were logically related to beliefs about change on the five factors and also to religious beliefs and self-rated optimism. Regressions indicated that being religious was the most consistent predictor about change, as well as age and education. Many beliefs about change were in direct contraction to the academic literature on the topic. Implications and limitations are acknowledged.

Institutional Reforms and Spatial Efficiency in Agricultural Supply Chains in India

This paper reviews the institutional reforms in agricultural commodity markets in India and examines their implications for spatial efficiency in supply chains of the markets. In order to remove inefficiencies in the traditional supply chain, the Agricultural Produce Marketing Committee (APMC) Act was revised, and a Model APMC Act 2003 was introduced with the provisions for establishing private markets/yards, direct purchase centres, farmers markets for direct sale, contract farming and promotion of public–private partnership in the management and development of agricultural markets. Initiative has been taken to set up a National Agricultural Market as an all-India electronic trading portal to develop a ‘common national market’ for agricultural commodities. The institutional reforms in agricultural marketing system since the early 1990s appear to have contributed towards improving the spatial efficiency in rice and wheat markets. The finding of an increase in the extent of spatial integration of markets after the reforms and the tendency of the prices to move towards a common stochastic trend lend support to the idea of setting up a ‘common national market’ for agricultural commodities. Further reforms in the marketing system with better infrastructure facilities would strengthen market integration and improve efficiency in the supply chains. JEL classification: O13, Q13, Q18.

Identificación de los efectos de la ley de garantías del proceso electoral colombiano: un análisis desde la contratación territorial

The Law of Guarantees, issued by the Congress of the Republic of Colombia in 2005, seeks to restrict the contracting capacity of the National and territorial governments during electoral campaigns, prohibiting direct contracting and inter-administrative agreements to avoid the use of public resources for electoral purposes. This paper analyzes the effects of the Law of Guarantees on state contracting by territorial entities, using data from the Information System of the General Audit Office of the Republic, which includes approximately 3.2 million public contracts registered between January 2016 and October 2021. The findings indicate that the Law of Guarantees does not impact the behavior of territorial contracting in any selection modality. Neither the aggregate monthly sum of contracting values nor the number of contracts are affected by the Law. One possible explanation is that the territorial political class has learned to smooth public spending throughout the fiscal year, appearing to comply with the law. This conclusion is supported by testimonial and criminological evidence on the ability of territorial political elites to simulate regulatory compliance.

AID-U-Net: An Innovative Deep Convolutional Architecture for Semantic Segmentation of Biomedical Images.

Semantic segmentation of biomedical images found its niche in screening and diagnostic applications. Recent methods based on deep learning convolutional neural networks have been very effective, since they are readily adaptive to biomedical applications and outperform other competitive segmentation methods. Inspired by the U-Net, we designed a deep learning network with an innovative architecture, hereafter referred to as AID-U-Net. Our network consists of direct contracting and expansive paths, as well as a distinguishing feature of containing sub-contracting and sub-expansive paths. The implementation results on seven totally different databases of medical images demonstrated that our proposed network outperforms the state-of-the-art solutions with no specific pre-trained backbones for both 2D and 3D biomedical image segmentation tasks. Furthermore, we showed that AID-U-Net dramatically reduces time inference and computational complexity in terms of the number of learnable parameters. The results further show that the proposed AID-U-Net can segment different medical objects, achieving an improved 2D F1-score and 3D mean BF-score of 3.82% and 2.99%, respectively.

Lys5,MeLeu9,Nle10]-NKA(4-10) induces neurokinin 2 receptor mediated urination and defecation and neurokinin 1 receptor mediated flushing in rats: measured using the rapid detection voiding assay.

Neurokinin 2 receptor (NK2R) agonists may be useful for treating bladder and bowel dysfunction via direct contraction of detrusor and gastrointestinal smooth muscle. The NK2R agonist [Lys5, MeLeu9, Nle10]-NKA(4-10) (LMN-NKA) induces urination and defecation, but also produces the potential side effect of dermal flushing in rats. Although LMN-NKA is a NK2R agonist, italso has affinity for neurokinin 1 receptors (NK1R). Therefore, the goal of this study was to determine the neurokinin receptor (NKR) subtypes responsible for LMN-NKA-induced urination, defecation, and flushing byblocking either NK2Rs or NK1Rs before LMN-NKA administration. To accomplish this goal, we developed a simple high-throughput 'rapid detection voiding assay' to detect rapid-onset drug-induced urination and defecation in rats. In LMN-NKA dose-response experiments, LMN-NKA (10-100μg/kg, subcutaneous) was injected and urination, defecation, and flushing were monitored for 30min. For NKR antagonist experiments, vehicle, the NK2R antagonist GR159897, or the NK1R antagonist CP-99,994 were injected before an acclimation period. Following acclimation, saline or 100μg/kg LMN-NKA were injected, and behavior was observed for 30min. LMN-NKA produced dose-related increases in urination, defecation, and flushing. Blocking NK2Rs reduced urination and blocked defecation, without affecting flushing. Blocking NK1Rs did not change LMN-NKA-induced urination or defecation but reduced LMN-NKA-induced flushing. Using the rapid detection voiding assay we show that LMN-NKA-induced urination and defecation are mediated by NK2Rs, while flushing is mediated by NK1Rs. Therefore, drugs that are more selective for NK2 vs. NK1Rs should produce rapid-onset urination and defecation without producing the potential side effect of flushing.

Ultrafast visualization of an electric field under the Lorentz transformation

In special relativity, four-vectors, such as space–time, energy–momentum and electromagnetic potential vectors, follow the Lorentz transformation. The transformations of space–time and energy–momentum vectors have been tested by time dilation and rest mass energy experiments, respectively. However, the Lorentz transformation of electromagnetic potentials has never been directly demonstrated in experiments due to the limitations of the diagnostics. Here we show the spatiotemporal electric-field profiles around a highly energetic electron beam with a subpicosecond temporal resolution obtained by a terahertz technique based on electro-optic sampling. We observe the Coulomb field contraction in the propagation direction of the beam under the Lorentz transformation. After passing the beam through a metallic plate, we investigate the birth of the Coulomb field around it and follow the spatiotemporal evolution of the spherical wavefront, which is derived by the Liénard–Wiechert potentials. The measured electric-field profile in the far propagation distance is experimentally confirmed to coincide with the calculation of the Liénard–Wiechert potentials and the Lorentz transformation. Our ultrafast measurement of a spatiotemporal relativistic electric field provides both additional experimental evidence of special relativity and a platform for detailed experimental research of energetic charged particle beams and electromagnetic radiation physics.

Constructing three-dimensional N-doped carbon coating silicon/iron silicide nanoparticles cross-linked by carbon nanotubes as advanced anode materials for lithium-ion batteries

Silicon (Si), have been considered as promising anode material for lithium-ion batteries (LIBs), due to its high theoretical specific capacity of 4200 mAh g−1. However, the poor electrical conductivity and large volume change during lithiation/delithiation process, resulting in poor cycling stability, and seriously hindered the practical application in LIBs. Herein, a multiple Si/FexSiy@NC/CNTs composite is synthesized and investigated as advanced anode materials for LIBs via a simple one-step method. Such multiple Si/FexSiy@NC/CNTs composite has several merits including the FexSiy can not only accommodate the huge volume change of Si nanoparticles, but also enhance the conductivity upon discharge/charge process. Furthermore, the in-situ growth CNTs may help establish a long-range conductivity, and the Nitrogen-doped carbon (NC) layer can further improve the conductivity of Si, as well as inhibit the direct contract between electrolyte and Si during cycling process. Accordingly, the Si/FexSiy@NC/CNTs-1 exhibits excellent cycling stability (a high capacity of 994.4 mAh g−1 is maintained at 1.0 A g−1 after 600cycles) and outstanding rate capability (a suitable capacity of 441.7 mAh g−1 was obtained even at 5.0 A g−1). Moreover, the assembled full cell can achieve a capacity of 141.4 mAh g−1 after 65 cycles at 1.0C, exhibiting outstanding cycling stability. This work provides a prospective way for the commercial production of high-performance Si-based anode materials for LIBs.