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| 1 | 基于FLOW-3D的GMAW焊熔池行为数值分析模型显示文摘基于FLOW-3D软件,建立了GMAW焊传热和熔池流场的三维瞬态数值分析模型.电弧热输入和电弧压力均采用双椭圆分布模式描述,熔滴过渡过程则通过高温液态金属的质量和动量源项表征;同时,模型还考虑了电弧等离子体切应力、电磁力、重力、浮力等作用于熔池的主要应力.利用该模型对碳钢温度场及熔池流体流动进行模拟计算.结果表明:受熔滴冲击影响,熔池始终处于周期性震荡过程中,无法真正达到准稳态;同时,该模型能够模拟飞溅等焊接成形缺陷,继而可以更为全面、合理地描述焊接物理过程,为深入理解焊接内部机制提供有力支撑. | 胥国祥 钱红伟 朱杰 胡庆贤 CHO Jungho SUN Jinbake | 2021 | 江苏科技大学学报(自然科学版)2021，35，1： | 2 |
| 2 | Separation of tetra- hydrofuran and water using pressure swing distillation: Modeling and optimization 显示文摘 | Jihwan Lee Jungho Cho Dong Min Kim | 2011 | Korean J Chem Eng2011，28，2： | 1 |
| 3 | Anisotropic crosshole resistivity tomography for ground safety analysis of a high-storied building over an abandoned mine显示文摘 | KIM Jungho YI Myeongjong CHO Seongjun | 2006 | Journal of Environmental and Engineering Geophysics2006，11，4： | 1 |
| 4 | Liquid-Liquid Equilibria for Binary Systems Containing N-Formylmorpholine显示文摘 | LEE SUNGJIN CHO JUNGHO | 2002 | J Chem Eng Data2002，47，4： | 1 |
| 5 | Liquid-liquid equilibria for binary systems containing N-formylmorpholine显示文摘 | Ko M Lee S Cho Jungho | 2002 | Journal of Chemical and Engineering Data2002，47，4： | 1 |
| 6 | Liquid-liquid equilibria for binary systems containing N-formylmorpholine显示文摘 | Ko MinSu Lee Sungjin Cho Jungho | | 0，，04： | 1 |
| 7 | Modeling and Optimization Study on the Separation of Acetone from Methanol through Pressure Swing Distillation 显示文摘 | Alyssa Marie Fulgueras Dong Sun Kim Jihwan Lee Jungho Cho | 2008 | Book of Abstracts of the 12th Asian Pacific Confederation of Chemical Engineering Congress (Vol 2 Environment and Green Processing)2008，，08： | 1 |
| 8 | Separation of tetrahydrofuran and water using pressure swing distillation:Modeling and optimization显示文摘 | Lee Jihwan Cho Jungho Kim Dong Min | | 0，，02： | 1 |
| 9 | Earth rotation deceleration/acceleration due to semidiurnal oceanic/atmospheric tides:Revisited with new calculation显示文摘The global oceanic/atmospheric tides exert decelerating/accelerating secular torques on the Earth rotation. We developed new formulations to accurately calculate amounts of two kinds of secular tidal torques. After Melchior, we found that an additional factor 1+k-l = 1.216, which has been formerly neglected, must be multiplied unto the tidal torque integral. By using our refined formulations and the recent oceanic/atmospheric global tide models, we found that:(i) semidiurnal oceanic lunar/solar tides exert decelerating torques of about-4.462 × 10^(16)/-0.676 × 10^(16) Nm respectively and(ii) atmospheric S_2 tide exerts accelerating torque of 1.55 × 10^(15) Nm. Former estimates of the atmospheric S_2 tidal torque were twice as large as our estimate due to improper consideration of loading effect. We took the load Love number for atmospheric loading effect from Guo et al.(2004). For atmospheric loading of spherical harmonic degree two, the value of k′=-0.6031 is different from that for ocean loading as k′ =-0.3052,while the latter is currently used for both cases-ocean/atmospheric loading-without distinction. We discuss(i) the amount of solid Earth tidal dissipation(which has been left most uncertain) and(ii) secular changes of the dynamical state of the Earth-Moon-Sun system. Our estimate of the solid Earth tidal torque is-4.94×10^(15) Nm. | Sung-Ho Na Wenbin Shen Jungho Cho Kiweon Seo Young-Hong Shin Kwan-Dong Park Kookyoun Youm Sung-Moon Yoo | 2019 | Geodesy and Geodynamics2019，10，1： | 1 |
| 10 | Anisotropic crosshole resistivity tomography for ground safety analysis of a high-storied building over an aban- doned mine显示文摘 | KIM Jungho YI Myeongjong CHO Seongjun | 2006 | Journal of Environmental and Engineer- ingGeophysics2006，11，4： | 1 |
| 11 | Flexible highly-effective energy harvester via crystallographic and computational control of nanointerfacial morphotropic piezoelectric thin film显示文摘控制压电的薄电影的性质是为设计高度有效的灵活机电的设备的一个关键方面。在这研究, PbZr 1x Ti x 薄电影由著名界面的效果引起了的 O 3(PZT ) 被俯看看法深深地调查,包括不仅试验性的示范而且 ab initio 建模。多态的阶段平衡和 crystallinity,以及在 morphotropic 的 PZT 薄电影的水晶取向分阶段执行边界(MPB ) ,能稳定地用界面的水晶结构被调制。这里,和 MgO 的相互作用稳定 PZT 好的结晶的系统并且导致 texturing 影响,当 PZT 电影在传统的艾尔 2 O 3 晶片。根据这基本理解,高产量的灵活精力 harvester 用 controlled-PZT 系统被开发,它显著地比未修改的 PZT 生成器显示出高效。分别地,电压,电流,和功率密度被 556% , 503% ,和 822% 与以前的 flexional 比较改进单人赛水晶的压电的设备。最后,改进灵活发电机被使用从一个真实交通系统收获微小的震动的精力,并且操作一个商业电子单位被用来。这些结果清楚地显示原子规模的图案能在宏观的应用程序上生产重要影响。 | Chang Kyu Jeong Sung Beom Cho Jae Hyun Han Dae Yong Park Suyoung Yang Kwi-II Park Jungho Ryu Hoon Sohn Yong-Chae Chung Keon Jae Lee | 2017 | Nano Research2017，10，2： | 1 |
| 12 | Separation of Tetrahydrofuran and Water Using Pressure Swing Distillation:Modeling and Optimization显示文摘 | Lee Jihwan Cho Jungho Kim Dongmin | 2011 | Korean J Chem Eng2011，28，2： | 1 |
| 13 | Liqui-liquid equilibria for binary systems containing N-formylmorpholine 显示文摘 | Min Su Ko Sungjin Lee Jungho Cho | 2002 | J Chem Eng Data2002，47，： | 1 |
| 14 | Elucidating the photoluminescence-enhancement mechanism in a push-pull conjugated polymer induced by hot-electron injection from gold nanoparticles显示文摘Understanding the photophysical interactions between the components in organic-inorganic nanocomposites is a key factor for their efficient application in optoelectronic devices. In particular, the photophysical study of nanocomposites based on organic conjugated polymers is rare. We investigated the effect of surface plasmon resonance(SPR) of gold nanoparticles(Au NPs) on the photoluminescence(PL) property of a push-pull conjugated polymer(PBDB-T). We prepared the hybrid system by incorporating poly(3-hexylthiophene)-stabilized Au NPs(P3 HT-Au NPs) into PBDB-T. The enhanced and blueshifted PL was observed in the hybrid system compared to PL in a neat PBDB-T system, indicating that the P3 HT chains attached to the Au NPs suppressed charge-transfer from PBDB-T to the Au NPs and relayed the hot electrons to PBDB-T(the band-filling effect).This photophysical phenomenon limited the auto-dissociation of PBDB-T excitons. Thus, the radiative recombination of the excitons occurred more in our hybrid system than in the neat system. | DONGKI LEE SE GYO HAN JUNGHO MUN KIHYUK YANG SUNG HYUK KIM JUNSUK RHO KILWON CHO DONGYEOP X.OH MUN SEOK JEONG | 2021 | Photonics Research2021，9，2： | 0 |
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