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Review of Flash Joule Heating for the Synthesis of Graphene and Other Functional Carbon Materials 认领 引用
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作者 Zhiwu Tan Faisal Mahmood +8 位作者 Mengzhen Tian Yimeng Li Qingfa Zhang Zhong Ma Mingfeng Wang Weiwei Liu Shihong Zhang Haiping Yang Bin Li 《Carbon Energy》 SCIE EI CAS CSCD 2026年第1期223-252,共30页
Flash Joule heating(FJH),as a high-efficiency and low-energy consumption technology for advanced materials synthesis,has shown significant potential in the synthesis of graphene and other functional carbon materials.B... Flash Joule heating(FJH),as a high-efficiency and low-energy consumption technology for advanced materials synthesis,has shown significant potential in the synthesis of graphene and other functional carbon materials.Based on the Joule effect,the solid carbon sources can be rapidly heated to ultra-high temperatures(>3000 K)through instantaneous high-energy current pulses during FJH,thus driving the rapid rearrangement and graphitization of carbon atoms.This technology demonstrates numerous advantages,such as solvent-and catalyst-free features,high energy conversion efficiency,and a short process cycle.In this review,we have systematically summarized the technology principle and equipment design for FJH,as well as its raw materials selection and pretreatment strategies.The research progress in the FJH synthesis of flash graphene,carbon nanotubes,graphene fibers,and anode hard carbon,as well as its by-products,is also presented.FJH can precisely optimize the microstructures of carbon materials(e.g.,interlayer spacing of turbostratic graphene,defect concentration,and heteroatom doping)by regulating its operation parameters like flash voltage and flash time,thereby enhancing their performances in various applications,such as composite reinforcement,metal-ion battery electrodes,supercapacitors,and electrocatalysts.However,this technology is still challenged by low process yield,macroscopic material uniformity,and green power supply system construction.More research efforts are also required to promote the transition of FJH from laboratory to industrial-scale applications,thus providing innovative solutions for advanced carbon materials manufacturing and waste management toward carbon neutrality. 展开更多
关键词 applications by products flash graphene flash Joule heating functional carbon materials upscaling
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Optimization of the giant magneto-impedance effect in Fe20Ni80/Cu composite wires by Joule heating annealing 认领 引用
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作者 Xiaofeng Pu Chaobo Liu +5 位作者 Zhoulu Yu Guozhi Chai Junchen Gao Linchuan Wang Yonggang Liu Daqiang Gao 《Chinese Physics B》 SCIE EI CAS CSCD 2026年第1期590-597,共8页
Giant magnetoimpedance(GMI)sensors are increasingly employed in modern magnetic sensing technologies.However,improving the GMI performance of magnetic cores remains challenging due to intrinsic limitations in material... Giant magnetoimpedance(GMI)sensors are increasingly employed in modern magnetic sensing technologies.However,improving the GMI performance of magnetic cores remains challenging due to intrinsic limitations in material properties and structural stability.In this work,we explore the use of Joule heating to enhance the GMI response of Fe20Ni80/Cu composite wires.By applying a current of 1.8 A for 10 min,notable improvements in magnetic domain uniformity and a reduction in domain spacing are observed.Under these conditions,GMI ratios reach 1870% in the non-diagonal mode and1147%in the diagonal mode,respectively,highlighting their potential for applications in high-precision weak magnetic field sensing. 展开更多
关键词 giant magneto-impedance composite wires Joule heating annealing circumferential hysteresis loops
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Continuous Joule Heating for Scalable and General Fusion Ternary Metal Oxides with Triple-Active Fenton-Like Activity 认领 引用
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作者 Xiangdong Zhu Beibei Xiao +9 位作者 Fengbo Yu Chao Jia Liming Sun Shicheng Zhang Lianli Wang Peixin Cui Liang Wang Xiaoguang Duan Shaobin Wang Yujun Wang 《Engineering》 SCIE EI CSCD 2026年第5期270-279,共10页
Multimetal oxide with asymmetric atomic sites offers potential solutions for Fenton-like reactions,while their pilot-scale synthesis remains challenging.Herein,we develop a continuous flash Joule heating method using ... Multimetal oxide with asymmetric atomic sites offers potential solutions for Fenton-like reactions,while their pilot-scale synthesis remains challenging.Herein,we develop a continuous flash Joule heating method using a programmable logic controller with robotic arms to accomplish proof-of-co ncept of scalable production.The pilot-scale product(178.3 kg·h-1.m-2 electrode)of fusion ternary metal oxides was achieved for flow-through water treatment.Integrating multiple reaction electrodes with respective independent power further outlined an increased production path.Experiments and density functional theory calculations proved that fusion CuVFeO structure achieved the dual functionality of organics adsorption on Cu sites and peroxydisulfate activation on Fe sites.The synergistic reaction can be strengthened by V doping endowed with a d band center,leading to an increased Fe Bader charge.Therefore,triple site effects shorten the reaction distance between free radicals(SO4·-and·OH)and organics,enhancing free radicals'utilization and production efficiency.CuVFe secures superior performance during long-term operations(1455 min)in a continuous flow-through device,flash Joule heating characterization determined multi transition metals(CuVFe,CoVFe,and MgVFe)can be generally synthesized with a superior catalytic performance.Undoubtedly,continuous flash Joule heating sheds light on developing advanced oxidation materials for pilot-scale wastewater treatment. 展开更多
关键词 Flash Joule heating Multimetal oxide Fenton-like Pilot-scale synthesis
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Multifunctional CNT/cellulose-BN/PVA Composites Integrating Dual-continuous Network Structure with Gradient Conductivity for Electromagnetic Interference Shielding and Joule Heating 认领 引用
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作者 Xiao-Rui Wang Ting-Ting Liu +2 位作者 Cheng-Hua Cui Xin Xu Liang-Qing Zhang 《Chinese Journal of Polymer Science》 SCIE EI CAS CSCD 2026年第3期803-812,I0015,共10页
In this study,an architecture featuring a gradient conductive network structure and three-dimensional dual-continuous network structure is constructed in a carbon nanotubes/cellulose-boron nitride/poly(vinyl alcohol)(... In this study,an architecture featuring a gradient conductive network structure and three-dimensional dual-continuous network structure is constructed in a carbon nanotubes/cellulose-boron nitride/poly(vinyl alcohol)(CNT/cellulose-BN/PVA)composite.Using cellulose aerogel as a template,CNT were incorporated into the cellulose template by vertically impregnating the CNT suspension.Following the impregnation of BN/PVA and high-pressure compression,three-dimensional dual-continuous network structure was successfully constructed in the CNT/cellulose-BN/PVA composite.The comprehensive performance of the composite,including electromagnetic interference(EMI)shielding and Joule heating performance,was investigated.The results indicate that the total EMI shielding effectiveness(SE)for the CNT/cellulose-BN/PVA composite reveals similar values for electromagnetic waves incident from different directions,but totally different shielding mechanisms.For the CNT/cellulose-BN/PVA composite with three impregnation cycles of CNT,the EMI SE values exceeded 39 dB for electromagnetic waves incident from both the high-and low-CNT-content sides.93%of the microwaves were reflected when electromagnetic waves were incident from the high-CNT-content side,while the reflection coefficient decreased to 0.44 for the transverse direction.In addition,the construction of the dual-continuous network structure enabled the composite to exhibit both excellent electrical conductivity and good thermal conductivity simultaneously,endowing the material with good Joule heating performance.CNT/cellulose-BN/PVA composite films have significant potential for application as EMI shielding materials in extremely cold weather. 展开更多
关键词 Cellulose Dual-continuous network structure Gradient conductivity Electromagnetic interference shielding Joule heating
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Toward Joule heating recycling of spent lithium-ion batteries:A rising direct regeneration method 认领 引用 被引量：3
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作者 Haoxuan Yu Meiting Huang +4 位作者 Yifeng Li Liang Chen Hui Lv Liming Yang Xubiao Luo 《Journal of Energy Chemistry》 SCIE EI CAS CSCD 2025年第6期501-513,I0012,共13页
Lithium-ion batteries(LIBs)are critical for the rapid growth of electric vehicles(EVs),but their inherent lifespan leads to numerous retirements and resource challenges.The efficacy of conventional recycling technique... Lithium-ion batteries(LIBs)are critical for the rapid growth of electric vehicles(EVs),but their inherent lifespan leads to numerous retirements and resource challenges.The efficacy of conventional recycling techniques is increasingly compromised by their high energy consumption and secondary pollution,rendering them less responsive to greener and more sustainable requirement of rapid development.Thus,the direct recycling process emerged and was considered as a more expedient and convenient method of recycling compared to the conventional recycling modes that are currently in study.However,due to the reliance on the indispensable sintering process,direct recycling still faces considerable challenges,motivating researchers to explore faster,greener,and more cost-effective strategies for LIBs recycling,Inspiringly,Joule heating recycling(JHR),an emerging technique,offers rapid,efficient impurity removal and material regeneration with minimal environmental impact,addressing limitations of existing methods.This method reduces the time for direct recycling of spent LIBs by a factor of at least three orders of magnitude and exhibits significant potential for future industrial production.Unfortunately,due to the lack of systematic organization and reporting,this next generation approach to direct recycling of spent LIBs has not yet gained much interest.To facilitate a more profound comprehension of rising flash recycling strategy,in this study,JHR is distinguished into two distinctive implementation pathways(including flash Joule heating and carbon thermal shock),designed to accommodate varying pretreatment stages and diverse spent LIBs materials.Subsequently,the advantages of the recently developed JHR of spent LIBs in terms of material performance,environmental friendliness,and economic viability are discussed in detail.Ultimately,with the goal of achieving more attractive society effects,the future direction of JHR of spent LIBs and its potential for practical application are proposed and envisaged. 展开更多
关键词 Joule heating Spent lithium-ionbatteries Flash recycling Regeneration Upcycling
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Janus-inspired alternating architecture CNF/MXene/ZnFe2O4@PANI composite films with outstanding electromagnetic interference shielding and Joule heating 认领 引用 被引量：2
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作者 Lian Yin Jiale Zhang +4 位作者 Jianjian Luo Yongqian Shi Bin Yu Sheng Zhang Keqing Zhou 《Journal of Materials Science & Technology》 SCIE EI CAS CSCD 2025年第20期275-286,共12页
With the continuous advancement of electronic devices,flexible thin films with both thermal manage-ment functions and excellent electromagnetic interference(EMI)shielding properties have received much attention.Hence,... With the continuous advancement of electronic devices,flexible thin films with both thermal manage-ment functions and excellent electromagnetic interference(EMI)shielding properties have received much attention.Hence,inspired by Janus,a CNF/MXene/ZnFe2O4@PANI composite film with an asymmetric gradient alternating structure was successfully prepared by adjusting the filler content of the conduc-tive and magnetic layers using a vacuum-assisted filtration method.Benefiting from the magnetic reso-nance and hysteresis loss of ZnFe2O4@PANI,conductive loss and dipole polarization of MXene,as well as the exclusive"absorption-reflection-reabsorption"shielding feature in the alternating multilayered films,CM&CZFP-4 G film has superior EMI shielding performance,with an EMI SE of up to 45.75 dB and shield-ing effectiveness of 99.99%.Surprisingly,the composite film maintains reliable EMI shielding properties even after prolonged erosion in harsh environments such as high/low temperatures,high humidity,acids and alkalis.Furthermore,the CM&CZFP-4 G responded quickly within about 50 s and reached a maximum steady-state temperature of 235.8℃ at an applied voltage of 9.0 V,indicating the obtained film acquired outstanding and controllable Joule heating performance.This result was attributed to the homogeneous dispersion of MXene to build up a conductive network and endow the CNF/MXene with high conduc-tivity.Meanwhile,the fire resistance of CM&CZFP-4 G was significantly improved compared to pure CNF,which guaranteed fire safety during its application.Additionally,contributed by long fiber entanglement of CNF,extensive hydrogen-bonding interactions and multilayer structural design,the CM&CZFP-4 G film exhibits excellent mechanical characteristics,with the tensile strength and fracture strain of 27.74 MPa and 6.21%,separately.This work offers a creative avenue to prepare multifunctional composite films with electromagnetic shielding and Joule heating for various application environments. 展开更多
关键词 MXene Asymmetric Alternating architecture Electromagnetic interference shielding Joule heating
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Recent advances in multidimensional(1D,2D,and 3D)Joule heating devices based on cellulose:Design,structure,application,and perspective 认领 引用
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作者 Chuanyin Xiong Mengjie Zhao +6 位作者 Tianxu Wang Jing Han Yongkang Zhang Zhao Zhang Xianglin Ji Qing Xiong Yonghao Ni 《Journal of Materials Science & Technology》 SCIE EI CAS CSCD 2025年第2期53-78,共26页
The demand for flexible electric heating devices has increased due to technology advancement and improved living standards.These devices have various applications including personal thermal management,hyperthermia,def... The demand for flexible electric heating devices has increased due to technology advancement and improved living standards.These devices have various applications including personal thermal management,hyperthermia,defrosting,agricultural heating film,and oil-water separation.Joule heat,generated by electric currents,is commonly used in electrical appliances.To incorporate Joule heating into flexible electronics,new materials with excellent mechanical properties are necessary.Traditional polymers,used as reinforcements,limit the continuity of conductive networks in composites.Therefore,there is a need to develop flexible Joule thermal composite materials with enhanced mechanical strength and conductivity.Cellulose,a widely available renewable resource,is attracting attention for its excellent mechanical properties.It can be used as a dispersant and reinforcing agent for conductive fillers in cellulose-based composites,creating highly conductive networks.Various forms of cellulose,such as wood,nanocellulose,pulp fiber,bacterial cellulose,cellulose paper,textile clothing,and aramid fiber,have been utilized to achieve high-performance Joule thermal composites.Researchers have achieved excellent mechanical properties and developed efficient electric heating devices by designing cellulose-based composites with different structures.The scalable production methods enable large-scale application of cellulose-based devices,each with unique advantages in 1D,2D,and 3D structures.This review summarizes recent advancements in cellulose-based Joule thermal composites,providing insights into different structural devices,and discussing prospects and challenges in the field. 展开更多
关键词 Cellulose Multidimensional Joule heating Design Preparation
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Joule Heating‑Driven sp2‑C Domains Modulation in Biomass Carbon for High‑Performance Bifunctional Oxygen Electrocatalysis 认领 引用 被引量：1
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作者 Jiawei He Yuying Zhao +9 位作者 Yang Li Qixin Yuan Yuhan Wu Kui Wang Kang Sun Jingjie Wu Jianchun Jiang Baohua Zhang Liang Wang Mengmeng Fan 《Nano-Micro Letters》 SCIE EI CAS CSCD 2025年第9期363-378,共16页
Natural biomass-derived carbon material is one promising alternative to traditional graphene-based catalyst for oxygen electrocatalysis.However,their electrocatalytic performance were constrained by the limited modula... Natural biomass-derived carbon material is one promising alternative to traditional graphene-based catalyst for oxygen electrocatalysis.However,their electrocatalytic performance were constrained by the limited modulating strategy.Herein,using N-doped commercial coconut shell-derived activated carbon(AC)as catalyst model,the controllably enhanced sp2-C domains,through an flash Joule heating process,effectively improve the edge defect density and overall graphitization degree of AC catalyst,which tunes the electronic structure of N configurations and accelerates electron transfer,leading to excellent oxygen reduction reaction performance(half-wave potential of 0.884 VRHE,equivalent to commercial 20%Pt/C,with a higher kinetic current density of 5.88 mA cm−2)and oxygen evolution reaction activity(overpotential of 295 mV at 10 mA cm2).In a Zn-air battery,the catalyst shows outstanding cycle stability(over 1200 h)and a peak power density of 121 mW cm−2,surpassing commercial Pt/C and RuO2catalysts.Density functional theory simulation reveals that the enhanced catalytic activity arises from the axial regulation of local sp2-C domains.This work establishes a robust strategy for sp2-C domain modulation,offering broad applicability in natural biomass-based carbon catalysts for electrocatalysis. 展开更多
关键词 Natural biomass Carbon-based catalyst sp2-C domains Joule heating Oxygen electrocatalysis
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Numerical Analysis of Entropy Generation in Joule Heated Radiative Viscous Fluid Flow over a Permeable Radially Stretching Disk 认领 引用 被引量：1
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作者 Tahir Naseem Fateh Mebarek-Oudina +3 位作者 Hanumesh Vaidya Nagina Bibi Katta Ramesh Sami Ullah Khan 《Computer Modeling in Engineering & Sciences》 SCIE EI 2025年第4期351-371,共21页
Maximizing the efficiency of thermal engineering equipment involves minimizing entropy generation,which arises from irreversible processes.This study examines thermal transport and entropy generation in viscous flow o... Maximizing the efficiency of thermal engineering equipment involves minimizing entropy generation,which arises from irreversible processes.This study examines thermal transport and entropy generation in viscous flow over a radially stretching disk,incorporating the effects of magnetohydrodynamics(MHD),viscous dissipation,Joule heating,and radiation.Similarity transformations are used to obtain dimensionless nonlinear ordinary differential equations(ODEs)from the governing coupled partial differential equations(PDEs).The converted equations are then solved by using the BVP4C solver in MATLAB.To validate the findings,the results are compared with previously published studies under fixed parameter conditions,demonstrating strong agreement.Various key parameters are analyzed graphically to assess their impact on velocity and temperature distributions.Additionally,Bejan number and entropy generation variations are presented for different physical parameters.The injection parameter(S0)reduces it,exhibiting similar effects on fluid velocity.The magnetic parameter(M)effectively decreases entropy generation within the range of approximately 0≤η≤0.6.Beyond this interval,its influence diminishes as entropy generation values converge,with similar trends observed for the Bejan number.Furthermore,increased thermal radiation intensity is identified as a critical factor in enhancing entropy generation and the Bejan number. 展开更多
关键词 Partial differential equations modeling stretched surface joule heating viscous dissipation radiation suction/injection
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Ultrafast pressure sintering of B4C-based composites via direct Joule heating 认领 引用 被引量：1
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作者 Yu Sun Xiang-Yu Bai +1 位作者 Rui-Fen Guo Ping Shen 《Journal of Materials Science & Technology》 SCIE EI CAS CSCD 2025年第7期188-194,共7页
1.Introduction B4C ceramics have high potential for use in aerospace,military,nuclear energy,and other fields owing to their excellent properties such as low density,high melting point,high hardness,high chem-ical ... 1.Introduction B4C ceramics have high potential for use in aerospace,military,nuclear energy,and other fields owing to their excellent properties such as low density,high melting point,high hardness,high chem-ical stability,excellent wear resistance,and good neutron absorp-tion ability[1-3].However,the fracture toughness(1.9 MPa·m1/2)of B4C is poor[2].Furthermore,the low diffusion coefficient asso-ciated with the strong covalent bond of B4C makes it very difficult to achieve densification through traditional pressureless sintering.For example,after the pressureless sintering of B4C at 2375℃ for 1 h,Roy et al.[4]achieved a relative density of only 87%. 展开更多
关键词 fracture toughness direct joule heating densification ultrafast pressure sintering covalent bond diffusion coefficient B C ceramics
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Photothermally catalytic fixation of N2over TiO2 loaded onto carbon paper by fast Joule heating 认领 引用 被引量：1
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作者 Hui-Ying Yang Yu Zhao +1 位作者 Ke-Lei Huang Xiang-Chao Meng 《Rare Metals》 SCIE EI CAS CSCD 2025年第5期3206-3217,共12页
Combining interfacial solar evaporation with a three-phase photocatalytic system can theoretically improve the production efficiency of ammonia.Herein,we designed a simple solar evaporator via in situ growth of TiO_(2... Combining interfacial solar evaporation with a three-phase photocatalytic system can theoretically improve the production efficiency of ammonia.Herein,we designed a simple solar evaporator via in situ growth of TiO2onto hydrophilic carbon paper using a fast Joule heating method.This system had porous channels for high water evaporation rates,wide light-responsive wavelength range,effective light absorption,and potentially high catalytic activity.The lattice disorder and oxygen vacancies created by the rapid heating and cooling process could be reaction sites for nitrogen adsorption and activation.The ammonia yield in the three-phase system was up to 360.37 mol·g-1·h-1,which was higher than the two-phase system(17.14μmol·g-1·h-1).Additionally,the ammonia yield rate was 73.65μmol·g-1·h-1in an outdoor test,demonstrating the potential for large-scale solar nitrogen reduction reaction(NRR).As detected,the activation energy for N2 reduction to NH3 was reduced to 26.3 kJ·mol-1,indicating that this process was facilitated by the design of the photothermal-photocatalytic system.Furthermore,density functional theory(DFT)calculations confirmed the roles of oxygen vacancies as active sites in promoting the NRR.This work provided a new approach to applying solar evaporators for the highly efficient ammonia production by the synergistic effects of photothermal and photocatalytic processes. 展开更多
关键词 NH2-MIL-125(Ti) Photothermal evaporator Joule heating Nitrogen fixation Three-phase system Oxygen vacancy
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Influence of Process Parameters on Forming Quality of Single-Channel Multilayer by Joule Heat Fuse Additive Manufacturing 认领 引用
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作者 Li Suli Fan Longfei +3 位作者 Chen Jichao Gao Zhuang Xiong Jie Yang Laixia 《稀有金属材料与工程》 SCIE EI CAS CSCD 北大核心 2025年第5期1165-1176,共12页
To overcome the shortage of complex equipment,large volume,and high energy consumption in space capsule manufacturing,a novel sliding pressure Joule heat fuse additive manufacturing technique with reduced volume and l... To overcome the shortage of complex equipment,large volume,and high energy consumption in space capsule manufacturing,a novel sliding pressure Joule heat fuse additive manufacturing technique with reduced volume and low energy consumption was proposed.But the unreasonable process parameters may lead to the inferior consistency of the forming quality of single-channel multilayer in Joule heat additive manufacturing process,and it is difficult to reach the condition for forming thinwalled parts.Orthogonal experiments were designed to fabricate single-channel multilayer samples with varying numbers of layers,and their forming quality was evaluated.The influence of printing current,forming speed,and contact pressure on the forming quality of the single-channel multilayer was analyzed.The optimal process parameters were obtained and the quality characterization of the experiment results was conducted.Results show that the printing current has the most significant influence on the forming quality of the single-channel multilayer.Under the optimal process parameters,the forming section is well fused and the surface is continuously smooth.The surface roughness of a single-channel 3-layer sample is 0.16μm,and the average Vickers hardness of cross section fusion zone is 317 HV,which lays a foundation for the subsequent use of Joule heat additive manufacturing technique to form thinwall parts. 展开更多
关键词 Joule heat additive manufacturing single-channel multilayer process parameter forming quality
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Heat Transfer and Flow Dynamics of Ternary Hybrid Nanofluid over a Permeable Disk underMagnetic Field and Joule Heating Effects 认领 引用
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作者 Umi Nadrah Hussein Najiyah Safwa Khashi’ie +1 位作者 Norihan Md Arifin Ioan Pop 《Frontiers in Heat and Mass Transfer》 EI CAS 2025年第2期383-395,共13页
This study investigates the heat transfer and flow dynamics of a ternary hybrid nanofluid comprising alumina,copper,and silicaitania nanoparticles dispersed in water.The analysis considers the effects of suction,magne... This study investigates the heat transfer and flow dynamics of a ternary hybrid nanofluid comprising alumina,copper,and silicaitania nanoparticles dispersed in water.The analysis considers the effects of suction,magnetic field,and Joule heating over a permeable shrinking disk.Amathematicalmodel is developed and converted to a systemof differential equations using similarity transformation which then,solved numerically using the bvp4c solver in Matlab software.The study introduces a novel comparative analysis of alumina-copper-silica and alumina-coppertitania nanofluids,revealing distinct thermal conductivity behaviors and identifying critical suction values necessary for flow stabilization.Dual solutions are found within a specific range of parameters such that the minimum required suction values for flow stability,with Sc=1.2457 for alumina-copper-silica/water and Sc=1.2351 for alumina-coppertitania/water.The results indicate that increasing suction by 1%enhances the skin friction coefficient by up to 4.17%and improves heat transfer efficiency by approximately 1%,highlighting its crucial role in stabilizing the opposing flow induced by the shrinking disk.Additionally,the inclusion of 1%silica nanoparticles reduces both skin friction and heat transfer rate by approximately 0.28%and 0.85%,respectively,while 1%titania concentration increases skin friction by 3.02%but results in a slight heat transfer loss of up to 0.61%.These findings confirm the superior thermal performance of alumina-copper-titania/water,making it a promising candidate for enhanced cooling systems,energy-efficient heat exchangers,and industrial thermal management applications. 展开更多
关键词 Dual solutions Joule heating magnetic field shrinking disk suction ternary hybrid nanofluid
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Ultrafast Joule heating technology for functional nanomaterials synthesis:Recent progress,challenges,and perspectives 认领 引用
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作者 Yuyu Liu Ruting Lin +6 位作者 Baoyi Guo Chen Chen Qiujin Wu Xiaofeng Zhang Qiufeng Huang Ibrahim Saana Amiinu Tingting Liu 《Materials Reports(Energy)》 EI 2025年第4期11-34,共24页
Ultrafast Joule heating(JH)has emerged as a powerful and scalable platform for rapid thermal processing of advanced nanomaterials.By delivering transient,high-intensity electrical pulses,JH induces ultrafast heating a... Ultrafast Joule heating(JH)has emerged as a powerful and scalable platform for rapid thermal processing of advanced nanomaterials.By delivering transient,high-intensity electrical pulses,JH induces ultrafast heating and cooling rates on the order of milliseconds,facilitating nonequilibrium phase transitions,defect modulation,and tailored nanostructural evolution.This technique offers unprecedented control over material synthesis and has been successfully applied to a broad spectrum of functional property-driven materials,including graphene,single-atom catalysts,transition metal carbides,oxides,nitrides,phosphides,and chalcogenides,as well as complex multicomponent frameworks such as high-entropy alloys.This review systematically explores the principles governing JH,highlights recent advances in its application to diverse materials systems,and critically assesses current limitations related to process uniformity,scalability,and mechanistic understanding.Particular attention is given to its intrinsic advantages,including energy efficiency,fast rate,environmental sustainability,and compatibility with sustainable manufacturing.Finally,we propose guidance for expanding the utility of JH for new materials discovery,including integration with in-situ diagnostics,theoretical compatibility and data-driven optimization of synthesis to effectively correlate structure-property relationships. 展开更多
关键词 Electrocatalysis Energy storage and conversion Joule heating Materials synthesis Nanomaterials and ultrafast synthesis
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The Joule–Thomson effect of (CO2+H2) binary system relevant to gas switching reforming with carbon capture and storage(CCS) 认领 引用 被引量：2
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作者 Zhongyao Zhang Ming Gao +4 位作者 Xiaopeng Chen Xiaojie Wei Jiezhen Liang Chenghong Wu Linlin Wang 《Chinese Journal of Chemical Engineering》 SCIE EI CAS CSCD 2023年第2期215-231,共17页
The Joule-Thomson effect is one of the important thermodynamic properties in the system relevant to gas switching reforming with carbon capture and storage(CCS). In this work, a set of apparatus was set up to determin... The Joule-Thomson effect is one of the important thermodynamic properties in the system relevant to gas switching reforming with carbon capture and storage(CCS). In this work, a set of apparatus was set up to determine the Joule-Thomson effect of binary mixtures(CO2+ H2). The accuracy of the apparatus was verified by comparing with the experimental data of carbon dioxide. The Joule-Thomson coefficients(μJT) for(CO2+ H2) binary mixtures with mole fractions of carbon dioxide(x_(CO2)= 0.1, 0.26, 0.5,0.86, 0.94) along six isotherms at various pressures were measured. Five equations of state EOSs(PR,SRK, PR, BWR and GERG-2008 equation) were used to calculate the μJTfor both pure systems and binary systems, among which the GERG-2008 predicted best with a wide range of pressure and temperature.Moreover, the Joule-Thomson inversion curves(JTIC) were calculated with five equations of state. A comparison was made between experimental data and predicted data for the inversion curve of CO2. The investigated EOSs show a similar prediction of the low-temperature branch of the JTIC for both pure and binary systems, except for the BWRS equation of state. Among all the equations, SRK has the most similar result to GERG-2008 for predicting JTIC. 展开更多
关键词 Carbon dioxide Hydrogen Joule–Thomson coefficient Joule–Thomson inversion curve Gas switching reforming(GSR) Carbon capture and storage(CCS)
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Highly conductive calcium ion-reinforced MXene/sodium alginate aerogel meshes by direct ink writing for electromagnetic interference shielding and Joule heating 认领 引用 被引量：12
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作者 Cheng-Zhang Qi Xinyu Wu +3 位作者 Ji Liu Xin-Jie Luo Hao-Bin Zhang Zhong-Zhen Yu 《Journal of Materials Science & Technology》 SCIE EI CAS CSCD 2023年第4期213-220,共8页
Although MXene sheets possess high electrical conductivity and rich surface chemistry and are well suit-able for fabricating electrically conductive nanocomposites for electromagnetic interference(EMI)shield-ing appli... Although MXene sheets possess high electrical conductivity and rich surface chemistry and are well suit-able for fabricating electrically conductive nanocomposites for electromagnetic interference(EMI)shield-ing applications,it remains challenging for MXene nanocomposites to achieve tunable EMI shielding per-formances and customized geometries.Herein,an aqueous MXene/sodium alginate ink is developed to print aerogel meshes with customized geometries using a direct ink writing approach.An ion-enhanced strategy is proposed to reinforce the printed aerogel meshes by multi-level cross-linking.The resultant 3D printed aerogel mesh exhibits an ultrahigh electrical conductivity of 2.85×103S m−1,outstanding mechanical properties,and excellent structural stability in wet environment.More importantly,a wide range of tunable EMI shielding efficiencies from 45 to 100 dB is achieved by the structural design of the 3D printed ion-enhanced MXene/sodium alginate aerogel meshes.As a Joule heater,in addition,the printed aerogel meshes can achieve a wide temperature range of 40-135℃at low driving voltages.This work demonstrates a direct ink writing approach for the fabrication of ion-enhanced MXene/sodium al-ginate aerogel meshes with tunable EMI shielding properties and multi-functionalities for applications in many scenarios. 展开更多
关键词 MXene inks Aerogels Electromagnetic interference shielding Direct ink writing Joule heating
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Joule加热陶瓷炉玻璃固化技术研究进展 认领 引用 被引量：11
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作者 凡思军 钱敏 +5 位作者 薛天锋 裴广庆 唐景平 赵庆彬 陈树彬 胡丽丽 《硅酸盐学报》 EI CAS CSCD 北大核心 2021年第12期2736-2750,共15页
Joule加热陶瓷炉玻璃固化技术因其熔炉尺寸不受限制、单位时间内玻璃产率高、贵金属相容性好等优势,在高放废液玻璃固化领域占据主要地位。介绍了美、俄、德、日等国的Joule加热陶瓷炉工程应用情况和Joule加热陶瓷炉的各项关键单元技术... Joule加热陶瓷炉玻璃固化技术因其熔炉尺寸不受限制、单位时间内玻璃产率高、贵金属相容性好等优势,在高放废液玻璃固化领域占据主要地位。介绍了美、俄、德、日等国的Joule加热陶瓷炉工程应用情况和Joule加热陶瓷炉的各项关键单元技术研究进展。未来Joule陶瓷炉玻璃固化技术的发展重点为在研发关键材料(耐火材料、合金材料)的基础上,根据高放废液成分,设计高熔池温度、高玻璃产率、贵金属相容性好的Joule加热陶瓷炉,以提高高放废液玻璃固化的减容比和经济性。 展开更多
关键词 Joule加热陶瓷炉 玻璃固化 放射性废物 固化体
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电渣重熔过程中的电磁场和Joule热分析 认领 引用 被引量：19
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作者 王芳 李宝宽 《金属学报》 SCIE EI CAS 北大核心 2010年第7期794-799,共6页
以电渣重熔工艺中电极、渣池和钢锭为研究对象,建立了能够考虑集肤效应的三维谐波电磁场有限元模型,采用Maxwell方程、Lorentz定律和Joule定律分析了渣、钢锭和电极的磁场、电磁力、电流密度和Joule热功率密度的分布.模拟结果与测量的... 以电渣重熔工艺中电极、渣池和钢锭为研究对象,建立了能够考虑集肤效应的三维谐波电磁场有限元模型,采用Maxwell方程、Lorentz定律和Joule定律分析了渣、钢锭和电极的磁场、电磁力、电流密度和Joule热功率密度的分布.模拟结果与测量的电渣重熔系统外部空气的磁感应强度吻合良好,证明了本模型和计算过程的可靠性.计算结果表明:在电极和钢锭内,电流主要集中在外表面,电流沿轴向方向;在渣池内,由于渣的电导率低,电流分布发生改变,主要集中在电极端头处;电磁力的最大值出现在接近渣池上表面渣内的电极附近;而Joule热的最大值是在电极底部与渣的交界处;当频率大于35 Hz时,电极和钢锭内都出现了涡流;当电极浸入深度增大或渣层的厚度减小时,渣池中Joule热的最大值增大. 展开更多
关键词 电渣重熔 电磁场 Joule热 数值模拟
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Numerical analysis on Joule heating of double-loop channel induction furnaces 认领 引用 被引量：3
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作者 赵涛 周孑民 +1 位作者 熊家政 李勇 《Journal of Central South University》 SCIE EI CAS 2009年第5期851-856,共6页
In order to investigate Joule heating power,a three-dimensional finite element model(FEM) was developed to predict Joule heating power in the channels of double-loop inductor. The simulated results were compared with ... In order to investigate Joule heating power,a three-dimensional finite element model(FEM) was developed to predict Joule heating power in the channels of double-loop inductor. The simulated results were compared with experimental data from low load trials for a 400 kW inductor. The results,such as power factor and Joule heating power,show reasonable correlation with experimental data,and Joule heating rate reaches the maximum at the corners and the minimum at the centre of the cross-section area. With increasing relative permeability of iron core,length of coils,current frequency and resistivity of metal melt,the power factor and Joule heating power change. It is concluded that current frequency,the resistivity and length of the coil play a critical role in determining the power factor and Joule heating power,whereas relative permeability of the magnetic core shows no significant influence on them. 展开更多
关键词 numerical simulation channel induction furnace Joule heating power factor
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Electrostatic Self-Assembly of Ti3C2Tx MXene/Cellulose Nanofiber Composite Films for Wearable Supercapacitor and Joule Heater 认领 引用 被引量：2
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作者 Guoqiang Zhou Xiao Wang +7 位作者 Ting Wan Chaozheng Liu Weimin Chen Shaohua Jiang Jingquan Han Youguo Yan Meichun Li Changtong Mei 《Energy & Environmental Materials》 SCIE EI CAS CSCD 2023年第6期409-418,共10页
The titanium carbide nanosheets(MXene)hold great potential for fabricating high-performance electronics due to their two-dimensional layered structure,high electrical conductivity,and versatile surface chemistry.Howev... The titanium carbide nanosheets(MXene)hold great potential for fabricating high-performance electronics due to their two-dimensional layered structure,high electrical conductivity,and versatile surface chemistry.However,assembling the small MXene nanosheets into flexible macroscopic films for wearable electronics still remains a challenge.Herein,we report the hierarchical assembling of MXene nanosheets and cellulose nanofibers into high-performance composite films via an electrostatic self-assembly strategy induced by polyethyleneimine.Benefited from the nacre-like microstructure of MXene"bricks"and cellulose nanofibers"mortars"interlocked by polyethyleneimine via hydrogen bonding and electrostatic interaction,composite films possess integrated superior flexibility,high tensile strength,and stable electrical conductivity,which are advantageous for wearable electronic applications.To provide a proof-of-concept design,a symmetric quasi-solid-state supercapacitor with the as-prepared composite film as electrode is fabricated,which exhibits a specific capacitance of 93.9 mF cm-2at a current density of 0.1 mA cm-2and almost constant capacitive behavior under different bending states.In addition,the composite film possesses capacities of electrothermal conversion and complete degradation in a hydrogen peroxide solution.These results demonstrate that the electrostatically self-assembled composite films hold great promise in the development of highly flexible,mechanically robust,and environmentally friendly energy storage and conversion devices. 展开更多
关键词 cellulose nanofiber interfacial interaction Joule heater MXene supercapaaitor
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