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A Novel Method of Recycling CO_2 for Slag Splashing in Converter 认领 引用 被引量：5
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作者 ZHAO Hong-xin YUAN Zhang-fu +2 位作者 WANG Wen jing PAN Yi-fang LI Shu-qing 《Journal of Iron and Steel Research International》 SCIE CAS 2010年第12期11-16,共6页
Converter off-gas, an important energy resource for steel industries, is one of the weak points in the recov ery and utilization of secondary energy resources. To improve the level of recycling converter off-gas in st... Converter off-gas, an important energy resource for steel industries, is one of the weak points in the recov ery and utilization of secondary energy resources. To improve the level of recycling converter off-gas in steel plants, a novel approach to the recycle of CO2 separated from converter off-gas or other off-gas for the green slag splashing technique was developed, and the CO2 equilibrium conversion ratio of the green CO2 slag splashing under different technological conditions was calculated by the program of enthalpy （H）, entropy （S）, and heat capacity （C）, i.e. HSC software. Furthermore, the experiments of CO2 injected into molten converter slag were carried out, and the influencing factors of the green slag splashing technique using CO2 were analyzed. The experimental results showed that the carbon content for smooth slag splashing using COs was about 4.0%. 展开更多
关键词 converter slag converter off-gas slag splashing CO2
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Slag Melting Characteristic of Slag Forming and Slag Splashing for BOF Less Slag Smelting 认领 引用 被引量：4
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作者 WU Wei MENG Hua-dong +3 位作者 LIU Liu YUAN Tian-xiang BAI Yan-jiang YAN Zhan-hui 《Journal of Iron and Steel Research International》 SCIE CAS CSCD 2012年第7期20-25,32,共6页
The slag melting characteristic of slag forming and slag splashing for 300 t BOF less slag process is researched by combining the methods of the slag chemical composition, the melting point determination and the petro... The slag melting characteristic of slag forming and slag splashing for 300 t BOF less slag process is researched by combining the methods of the slag chemical composition, the melting point determination and the petrographic analysis. The results show that the melting point of final slag for less slag smelting is 20 ~C lower than that for conventional smelting. According to results of the petrographic analysis, the C3S （3CaO ~ SiO2） and C2S （2CaO · SiO2） content for less slag smelting are lower than those for conventional smelting, while the RO （FeO, MgO, MnO, etc） phase and C4AF （4CaO · Al2O3· Fe2O3） phase are higher than those for conventional smelting. According to results of the chemical analysis, the （CaO） content and slag basicity for less slag smelting are higher than those for conventional smelting, while （FeO） and （MgO） content in slag for less slag smelting are almost equal to those for conventional smelting. The reason why slag melting point for less slag smelting is lower than that for con- ventional smelting is that the quantity of added fluorite for less slag smelting is more than that for conventional smel- ting. According tO the analysis results the slag melting point is determined by the C3S, C2S, RO phase and C4AF content. According to the results of slag melting characteristic before and after slag splashing for less slag smelting, the present adjusting slag process has little effect. It is important to adjust the composition of BOF final slag. The （FeO） content in slag is to be reduced at the slag splashing and adjusting slag process for less slag smelting. 展开更多
关键词 less slag smelting melting point determination petrographic analysis slag forming process slag splashing
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Numerical study of the splashing wave induced by a seaplane using mesh-based and particle-based methods 认领 引用 被引量：3
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作者 Yang Xu Peng-Nan Sun +2 位作者 Xiao-Ting Huang Salvatore Marrone Lei-Ming Geng 《Theoretical & Applied Mechanics Letters》 CAS CSCD 2023年第5期375-381,共7页
In recent years,forest fires and maritime accidents have occurred frequently,which have had a bad impact on human production and life.Thus,the development of seaplanes is an increasingly urgent demand.It is important ... In recent years,forest fires and maritime accidents have occurred frequently,which have had a bad impact on human production and life.Thus,the development of seaplanes is an increasingly urgent demand.It is important to study the taxiing process of seaplanes for the development of seaplanes,which is a strong nonlinear fluid-structure interaction problem.In this paper,the smoothed particle hydrodynamics(SPH)method based on the Lagrangian framework is utilized to simulate the taxiing process of seaplanes,and the SPH results are compared with those of the finite volume method(FVM)based on the Eulerian method.The results show that the SPH method can not only give the same accuracy as the FVM but also have a strong ability to capture the splashing waves in the taxiing process,which is quite meaningful for the subsequent study of the effect of a splash on other parts of the seaplane. 展开更多
关键词 Seaplane Splashing Fluid-structure interactions SPH Method
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Effect of Spray Parameters on the Splashing of Plasma-sprayed Cast Iron Particles 认领 引用 被引量：3
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作者 邢亚哲 LI Xinghang +2 位作者 ZHANG Yong JIANG Chaoping ZHANG Weiwei 《Journal of Wuhan University of Technology(Materials Science)》 SCIE EI CAS 2016年第2期399-403,共5页
To understand the effects of spray parameters on the splashing,cast iron particles were plasma-sprayed onto polished surfaces of aluminum substrate to form single splats.Various plasma arc powers and spray distances w... To understand the effects of spray parameters on the splashing,cast iron particles were plasma-sprayed onto polished surfaces of aluminum substrate to form single splats.Various plasma arc powers and spray distances were applied to adjust the morphology of the splats which was studied using a field emission scanning electron microscope（FESEM）.The experimentalresults showed that the splashing of impinging droplets was significantly restrained for the splats deposited with high arc power（30 k W）and short spray distance（80 mm）.This finding would be beneficialto improving the adhesive strength of the coating. 展开更多
关键词 plasma spraying cast iron splat morphology splashing
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Slag Splashing in a Basic Oxygen Furnace under Different Blowing Conditions 认领 引用 被引量：2
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作者 Miguel A. Barron Isaias Hilerio Dulce Y. Medina 《Open Journal of Applied Sciences》 2015年第12期819-825,共7页
The influence of three different blowing conditions on the slag splashing process in a basic oxygen furnace for steelmaking is analyzed here using two-dimensional transient Computational Fluid Dynamics simulations. Fo... The influence of three different blowing conditions on the slag splashing process in a basic oxygen furnace for steelmaking is analyzed here using two-dimensional transient Computational Fluid Dynamics simulations. Four blowing conditions are considered in the computer runs: top blowing, combined blowing using just a bottom centered nozzle, combined blowing using two bottom lateral nozzles, and full combined blowing using the three top and the three bottom nozzles. Computer simulations show that full combined blowing provides greater slag splashing than conventional top blowing. 展开更多
关键词 Basic Oxygen Furnace Bottom Blowing Combined Blowing Computational Fluid Dynamics Oxygen Steelmaking Refractory Lining Slag Splashing Top Blowing
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Review on monitoring and prevention technologies of splashing induced by inappropriate slag foaming in BOF 认领 引用
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作者 Rui-fang Wang Bo Zhang +1 位作者 Cheng-jun Liu Mao-fa Jiang 《Journal of Iron and Steel Research International》 SCIE EI CAS CSCD 2023年第9期1661-1674,共14页
Basic oxygen steelmaking(BOS)is the most frequently used method to produce molten steel,which is being developed to meet the requirements of being safe,efficient,clean,and intelligent.During the BOS process,splashing ... Basic oxygen steelmaking(BOS)is the most frequently used method to produce molten steel,which is being developed to meet the requirements of being safe,efficient,clean,and intelligent.During the BOS process,splashing events cause undesirable consequences,such as casualties,low efficiency,environmental pollution,and uncontrollable operation.The causes of three types of splashing(eruptive,foaming,and metallic splashing)were unraveled and it is concluded that inappropriate foaming is the root cause of splashing.A variety of monitoring techniques for splashing have been developed to measure real-time slag foaming in a basic oxygen furnace(BOF).The audiometry technique with flexible operation and high accuracy was comprehensively introduced with a practical application.Based on the formation mechanisms,the countermeasures for the three types of splashing were proposed to regulate slag foaming in a BOF by integrating diverse measures in terms of raw materials,slag forming,blowing pattern,and the use of splashing regulating agents.Future work should emphasise an automatic action for these prevention measures in response to the splashing risk from the monitoring technology,promoting the progress of intelligent steelmaking. 展开更多
关键词 Steelmaking Splashing Slag foaming Monitoring Prevention
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Characteristics of Nitrogen Jet and Its Effect on the Bath in Slag Splashing 认领 引用 被引量：1
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作者 Yang Wenyuan Zheng Congjie +2 位作者 Bai Ruiguo Fu Zhenrong Zhang Xingling 《Journal of Iron and Steel Research International》 SCIE CAS 1997年第2期14-19,共6页
The measured results show that the overexpanded supersonic jet velocity produced by low stagnation pressure (0.53 MPa) attenuates quickly, deviates greatly with smaller impact area and large energy loss. According to ... The measured results show that the overexpanded supersonic jet velocity produced by low stagnation pressure (0.53 MPa) attenuates quickly, deviates greatly with smaller impact area and large energy loss. According to the measured results and the analysis of lashing energy of jet on the bath, the technological parameters of nitrogen flow in slag splashing were proposed. 展开更多
关键词 slag splashing jet characteristic nitrogen
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CFD Analysis of Influence of Slag Viscosity on the Splashing Process in an Oxygen Steelmaking Converter 认领 引用 被引量：2
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作者 Miguel A. Barron Dulce Y. Medina Isaias Hilerio 《Modeling and Numerical Simulation of Material Science》 2013年第3期90-93,共4页
Physical properties of molten slag such as viscosity, density and surface tension have a significant influence on the slag splashing process in an oxygen steelmaking converter. Particularly, viscosity determines the s... Physical properties of molten slag such as viscosity, density and surface tension have a significant influence on the slag splashing process in an oxygen steelmaking converter. Particularly, viscosity determines the shear forces that rule droplets formation. Besides, stirring of the molten slag bath strongly depends on this property. In this work, the influence of viscosity on the efficiency of slag splashing is explored by means of transient Computational Fluid Dynamics simulations. Several values of viscosity are employed in the computer experiments. In order to quantify the splashing efficiency as function of slag viscosity, an average slag fraction on the converter walls is defined and calculated. CFD results are compared with those of an empirical expression, and at least qualitative agreement is found. 展开更多
关键词 CFD Oxygen Steelmaking Refractory Lining Slag Viscosity Splashing Process
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Difference in BOF Slag Splashing in US and China 认领 引用 被引量：1
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作者 CHEN Wei-qing KENT Peaslee 《Journal of Iron and Steel Research International》 SCIE CAS 2001年第1期1-5,共5页
Some differences in slag splashing between BOF steel works in US and China were investigated. The slag composition,melting point, and mineralogical phases of final slags from both countries were studied. The control o... Some differences in slag splashing between BOF steel works in US and China were investigated. The slag composition,melting point, and mineralogical phases of final slags from both countries were studied. The control of slag superheat is important to an effective slag coating. 展开更多
关键词 slag splashing BOF melting point mineralogical phases superheat
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Bubble entrainment, spray and splashing at hydraulic jumps 认领 引用 被引量：2
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作者 CHANSON Hubert 《Journal of Zhejiang University-SCIENCE A》 EI CAS 2006年第8期1396-1405,共10页
The sudden transition from a high-velocity, supercritical open channel flow into a slow-moving sub-critical flow is a hydraulic jump. Such a flow is characterised by a sudden rise of the free-surface, with some strong... The sudden transition from a high-velocity, supercritical open channel flow into a slow-moving sub-critical flow is a hydraulic jump. Such a flow is characterised by a sudden rise of the free-surface, with some strong energy dissipation and air entrainment, waves and spray. New two-phase flow measurements were performed in the developing flow region using a large-size facility operating at large Reynolds numbers. The experimental results demonstrated the complexity of the flow with a developing mixing layer in which entrained bubbles are advected in a high shear stress flow. The relationship between bubble count rates and void fractions was non-unique in the shear zone, supporting earlier observations of some form of double diffusion process between momentum and air bubbles. In the upper region, the flow consisted primarily of water drops and packets sur-rounded by air. Visually significant pray and splashing were significant above the jump roller. The present study is the first com-prehensive study detailing the two-phase flow properties of both the bubbly and spray regions of hydraulic jumps, a first step towards understanding the interactions between bubble entrainment and droplet ejection processes. 展开更多
关键词 Hydraulic jump Air bubble entrainment Spray and splashing physical modelling Particle chord time distributions
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Numerical Analysis of Slag Splashing in a Steelmaking Converter 认领 引用 被引量：2
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作者 Miguel Barron Isaias Hilerio 《Computer Technology and Application》 2011年第10期828-834,共7页
Some variables that influence the slag splashing phenomenon in an oxygen steelmaking converter are numerically analyzed in this work. The effect of lance height, jet velocity, jet exit angle and slag viscosity on the ... Some variables that influence the slag splashing phenomenon in an oxygen steelmaking converter are numerically analyzed in this work. The effect of lance height, jet velocity, jet exit angle and slag viscosity on the washing and ejection mechanisms of slag splashing is studied employing transient two-dimensional computational fluid dynamics simulations. A parameter here called average slag volume fraction is proposed for the quantitative evaluation of the slag splashing efficiency. Besides, a qualitative comparison is made between the computational fluid dynamics results and physical model results from literature. 展开更多
关键词 Computational fluid dynamics basic oxygen furnace oxygen steelmaking refractory lining slag splashing
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Simulation on Slag Splashing for LD Converter 认领 引用
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作者 Anren Wang Shouli Yang Baohang Tu 《International Journal of Minerals,Metallurgy and Materials》 SCIE EI CAS 1998年第3期146-146,共1页
SeveraL parameters affecting slag splashing in LD converter have been discussed. Using parffin and starch model, a simulated test about 30 t converter has been made in laboratory and the modified Frode numberwas chose... SeveraL parameters affecting slag splashing in LD converter have been discussed. Using parffin and starch model, a simulated test about 30 t converter has been made in laboratory and the modified Frode numberwas chosen as the main similar basis of the system. It was results that the optimized slag splashing parameters wasobtained through data treatment The nitrogen gas flow rate is about 8 500 m3/h, the splashing time is of 3 min,and the lance height is of 0.8 m. It is necessary to add MgO or carbon into the slag to adjusting slag composition.Also, it is difficult for the splashed slag condensing on the line when the slag temperature is much higher 展开更多
关键词 converter slag splashing simulating
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A refined numerical model for assessing low-pressure effects on ski-jump atomization at high-altitude dams 认领 引用
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作者 LIU Dan LIAN Jijian +8 位作者 LIU Fang MA Bin LIU Dongming SHI Jizhong GOU Wenjuan LI Huiping ZHENG Yongsheng XU Cundong ZHANG Jinxin 《Journal of Mountain Science》 SCIE CSCD 2026年第5期2017-2040,I0002-I0006,共24页
Accurately predicting ski-jump flood discharge atomization is crucial for designing effective disaster-mitigation measures,particularly because low ambient pressure increases the risk of atomized protection in high-al... Accurately predicting ski-jump flood discharge atomization is crucial for designing effective disaster-mitigation measures,particularly because low ambient pressure increases the risk of atomized protection in high-altitude regions.However,owing to the complex effects of low ambient pressure on strongly coupled atomized field sources,it is difficult to fully describe the comprehensive behaviour of such sources theoretically,which limits the further development of random splashing numerical models.In this paper,a refined random splashing numerical model characterized by low ambient pressure is developed based on experimental results and applied to high-altitude earth‒rockfill dam projects.Compared with the reference ambient pressure condition(P0=101.457 kPa),which corresponds to the same flood discharge flow,a decrease in ambient pressure by 0.1 P0leads to a maximum change rate not exceeding 10 m for the characteristic boundary of the 10 mm/h atomized rain intensity line at the QX Hydropower Station.This observation also applies to both the 40 mm/h and 10 mm/h atomized rain intensity lines at the RM Hydropower Station.For the two groups of flip bucket types designed for the RM Hydropower station,the loads associated with atomized protection are predominantly concentrated on the left bank.The maximum height of the 10 mm/h atomized rain intensity line affected by atomized rain ranges from 0.83 to 0.85 times the maximum dam height of 315 m.The distance between the farthest downstream boundary and the Spillway No.3 outlet is between 666.80 and 692.40 metres.Since the flip bucket shape variations only slightly affect the atomization zone extent,further optimization is needed.The study can provide valuable methodological and decision-making support for safeguarding against existing and potential impacts within areas affected by flood discharge atomization from high-altitude hydropower stations. 展开更多
关键词 Ski-jump atomization Low ambient pressure High-altitude dams Random splashing numerical model Flood discharge Atomized rain intensity
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Picturing the Times 认领 引用
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《China Report ASEAN》 2026年第7期10-15,共6页
Dragon boats parade along waterways in the Shunde District of Foshan,Guangdong Province,on June 20 to celebrate the Duanwu(Dragon Boat)Festival.Around 80 dragon boats took part in the community-wide water-splashing ce... Dragon boats parade along waterways in the Shunde District of Foshan,Guangdong Province,on June 20 to celebrate the Duanwu(Dragon Boat)Festival.Around 80 dragon boats took part in the community-wide water-splashing celebration. 展开更多
关键词 guangdong province water splashing celebration dragon boats dragon boat festival June shunde district foshan
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疯狂的海浪 认领 引用
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作者 张婷婷 《疯狂英语（新读写）》 2026年第5期69-70,80,共2页
There's no question that nature is awesome,but sometimes we come across natural phenomena that look so incredible we just can't believe our eyes.Case in point,this unusual spot on the Australian coast where fo... There's no question that nature is awesome,but sometimes we come across natural phenomena that look so incredible we just can't believe our eyes.Case in point,this unusual spot on the Australian coast where four waves crash against each other on a shallow rock bed,sending splashes of water up to 70 meters into the sky. 展开更多
关键词 natural phenomena splashes water ocean waves waves crash each Australia water splashes
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Splashing,Dancing and Making Merry at the Dai Water-Sprinkling Festival 认领 引用
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作者 China Today staff reporter 《Voice of Friendship》 2017年第2期28-29,共2页
The Water-Sprinkling Festival of the Dai ethnic group is the most widely celebrated rite among the ethnic minorities living in Yunnan province.This weeklong celebration,marking the Dai Lunar New Year,usually falls aro... The Water-Sprinkling Festival of the Dai ethnic group is the most widely celebrated rite among the ethnic minorities living in Yunnan province.This weeklong celebration,marking the Dai Lunar New Year,usually falls around mid-April.People of all ages,dressed in their festival best,take part in the solemn ritual of washing statues of Buddha.They later take great 展开更多
关键词 Splashing,Dancing and Making Merry at the Dai Water-Sprinkling Festival
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Effects of Dynamics Behavior and Size Distribution of Supercooled Large Droplets on Ice Accretion Processes 认领 引用
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作者 ZHANG Dexin ZENG Tenghui +5 位作者 WANG Liu SUN Bo CHENG Zikang FENG Jiaxin XIE Junlong CHEN Jianye 《Transactions of Nanjing University of Aeronautics and Astronautics》 EI CSCD 2025年第2期201-211,共11页
Accurate simulation of ice accretion of supercooled large droplet(SLD)is pivotal for the international airworthiness certification of large aircraft.Its complex dynamics behavior and broad particle size distributions ... Accurate simulation of ice accretion of supercooled large droplet(SLD)is pivotal for the international airworthiness certification of large aircraft.Its complex dynamics behavior and broad particle size distributions pose significant challenges to reliable CFD predictions.A numerical model of multi-particle SLD coupling breaking,bouncing and splashing behaviors is established to explore the relationship between dynamics behavior and particle size.The results show that the peak value of droplet collection efficiencyβdecreases due to splashing.The bounce phenomenon will make the impact limit Smof the water drops decrease.With the increase of the SLD particle size,the water drop bounce point gradually moves toward the trailing edge of the wing.The critical breaking diameter of SLD at an airflow velocity of 50 m/s is approximately 100μm.When the SLD particle size increases,the height of the water droplet shelter zone on the upper edge of the wing gradually decreases,and the velocity in the Y direction decreases first and then increases in the opposite direction,increasing the probability of SLD hitting the wing again.Large particle droplets have a higher effect on the impact limit Smthan smaller droplets.Therefore,in the numerical simulation of the SLD operating conditions,it is very important to ensure the proportion of large particle size water droplets. 展开更多
关键词 supercooled large droplet(SLD) splash and bounce break up effect critical diameter particle size distribution
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Study on the optimization of the combined blown converter process in Chongqing Iron and Steel Company 认领 引用 被引量：3
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作者 Ping Tang Yangyang Yu +4 位作者 Guanghua Wen Mingmei Zhu Liang Zhou Yiju Long Qing Liang 《Journal of University of Science and Technology Beijing》 2008年第1期5-9,共5页
The effects of lance height and bottom blown flowrate on the mixed time, the splashing amount, the penetrating depth, and the level fluctuation of an 85 t combined blown converter have been studied using a water model... The effects of lance height and bottom blown flowrate on the mixed time, the splashing amount, the penetrating depth, and the level fluctuation of an 85 t combined blown converter have been studied using a water model. The results show that the maximal stirring energy is provided to the bath at the top lance height of about 50-100 mm. When the top lance height is in the range ofg0- 110 mm, the splashing amount caused by the top jet can reach the maximal value. The appropriate operational parameters of Chongqing Iron and Steel Company （CISC） converter have been established that the top lance height is 1600-1760 mm and the bottom blowing flowrate is 240-480 Nm^3/h in the primary phase of a heat, 1100-1300 mm and 160-200 Nm^3/h in the second phase, and 1040-1120 mm and 200-350 Nm^3/h in the end phase. Also, the trial shows that the metallurgical result of the studied blow pattern is better than that of the former pattern. At the starting 3-4 min of a heat, the strong splashing is eliminated. 2008 University of Science and Technology Beijing. All rights reserved. 展开更多
关键词 combined blown converter water modeling mixed time splashing amount penetrating depth liquid surface fluctuation
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Numerical investigation of sinusoidal pulsating gas intake to intensify the gas-slag momentum transfer in the top-blown smelting furnace 认领 引用 被引量：1
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作者 Zhanghao Wan Shiliang Yang +3 位作者 Desong Kong Dongbo Li Jianhang Hu Hua Wang 《International Journal of Minerals,Metallurgy and Materials》 SCIE EI CAS CSCD 2024年第2期301-314,共14页
The variation characteristics of bubble morphology and the thermal-physical properties of bubble boundary in the top-blown smelting furnace were explored by means of the computational fluid dynamics method.The essenti... The variation characteristics of bubble morphology and the thermal-physical properties of bubble boundary in the top-blown smelting furnace were explored by means of the computational fluid dynamics method.The essential aspects of the fluid phase(e.g.,splashing volume,dead zone of copper slag,and gas penetration depth)were explored together with the effect of sinusoidal pulsating gas intake on the momentum-transfer performance between phases.The results illustrated that two relatively larger vortices and two smaller vortices appear in the bubble waist and below the lance,respectively.The expansion of larger ones as well as the shrinking of smaller ones combine to cause the contraction of the bubble waist.Compared to the results of the case with a fixed gas injection velocity(Vg=58 m/s),the splashing volume and dead zone volume of the slag under the Vg=58+10sin(2πt)condition are reduced by 24.9%and 23.5%,respectively,where t represents the instant time.Gas penetration depth and slag motion velocity of the latter are 1.03 and 1.31 times high-er than those of the former,respectively. 展开更多
关键词 top-blown smelting furnace pulsed flow volume of fluid penetration depth splashing volume
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盛事 认领 引用
20
《睿士》 2025年第11期134-136,138-144,共3页
以流体之美创新演绎制表艺术Hublot宇舶表携手丹尼尔·阿尔轩(DANIEL ARSHAM)发布MP-17 Arsham Splash腕表10月9日,新加坡。秉持开拓精神的瑞士奢华制表品牌Hublot宇舶表宣布与品牌大使、知名美国艺术家丹尼尔·阿尔轩(Daniel A... 以流体之美创新演绎制表艺术Hublot宇舶表携手丹尼尔·阿尔轩(DANIEL ARSHAM)发布MP-17 Arsham Splash腕表10月9日,新加坡。秉持开拓精神的瑞士奢华制表品牌Hublot宇舶表宣布与品牌大使、知名美国艺术家丹尼尔·阿尔轩(Daniel Arsham)持续合作的最新成果:宇舶表MP-17 MECA-10 Arsham Splash钛金蓝宝石腕表。 展开更多
关键词 Hublot 宇舶表 Daniel Arsham Splash
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