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| 1 | Carbon nanotube/poly(vinyl alcohol) fibers with a sheath-core structure prepared by wet spinning显示文摘 | Giryong Park Yeonsu Jung Geon-Woong Lee Juan P. Hinestroza Youngjin Jeong | 2012 | Fibers and Polymers2012，，7： | 1 |
| 2 | Comparative effects of vaccination against porcine circovirus type 2 (PCV2) and porcine reproductive and respiratory syndrome virus (PRRSV) in a PCV2-PRRSV challenge model 显示文摘 | PARK C H YEONSU O H SEO H W | 2013 | Clinical and Vaccine Im- munology2013，20，3： | 1 |
| 3 | Distribution of capsular sero- types and virulence markers of Streptococcus suis isolated from pigs with polyserositis in Korea 显示文摘 | Duyeol K Kiwon H Yeonsu Oh | 2010 | Can J Vet Res2010，74，4： | 1 |
| 4 | Scalable RTLS: Design and Implementation of the Scalable Real Time Locating System Using Active RFID显示文摘 | Junghyo Kim Dongho Jung Yeonsu Jung and Yunju Baek | 2008 | Lecture Notes in Computer Science2008，5200，： | 1 |
| 5 | Utilizing hybrid faradaic mechanism via catalytic and surface interactions for high-performance flexible energy storage system显示文摘Improving the capacitance and energy density is a significant challenge while developing practical and flexible energy storage system(ESS).Redox mediators(RMs),as redox-active electrolyte additives,can provide additional energy storing capability via electrochemical faradaic contribution on electrodes for high-performance flexible ESSs.Particularly,determining effective material combinations between electrodes and RMs is essential for maximizing surface faradaic redox reactions for energy-storage performance.In this study,an electrode-RM system comprising heterostructured hybrid(carbon fiber(CF)/MnO_(2)) faradaic electrodes and iodine RMs(I-RMs) in a redox-active electrolyte is investigated.The CF/MnO_(2)with the 1-RMs(CF/MnO_(2)-I) induces dominant catalytic faradaic interaction with the I-RMs,significantly enhancing the surface faradaic kinetics and increasing the overall energy-storage performance.The CF/MnO_(2)-I ESSs show a 12.6-fold(or higher) increased volumetric energy density of 793.81 mWh L^(-1)at a current of 10 μA relative to ESSs using CF/MnO_(2)without I-RMs(CF/MnO_(2)).Moreover,the CF/MnO_(2)-I retains 93.1% of its initial capacitance after 10,000 cycles,validating the excellent cyclability.Finally,the flexibility of the ESSs is tested at different bending angles(180° to 0°),demonstrating its feasibility for flexible and high-wear environments.Therefore,CF/MnO_(2)electrodes present a practical material combination for high-performance flexible energy-storage devices owing to the catalytic faradaic interaction with I-RMs. | Dong-Gyu Lee Hyeonggeun Choi Yeonsu Park Min-Cheol Kim Jong Bae Park Suok Lee Younghyun Cho Wook Ahn A-Rang Jang Jung Inn Sohn John Hong Young-Woo Lee | 2023 | Journal of Energy Chemistry2023，，8： | 0 |
| 6 | MCMV-based vaccine vectors expressing full-length viral proteins provide long-term humoral immune protection upon a single-shot vaccination显示文摘Global pandemics caused by influenza or coronaviruses cause severe disruptions to public health and lead to high morbidity and mortality.There remains a medical need for vaccines against these pathogens.CMV(cytomegalovirus)is aβ-herpesvirus that induces uniquely robust immune responses in which remarkably large populations of antigen-specific CD8+T cells are maintained for a lifetime.Hence,CMV has been proposed and investigated as a novel vaccine vector for expressing antigenic peptides or proteins to elicit protective cellular immune responses against numerous pathogens.We generated two recombinant murine CMV(MCMV)vaccine vectors expressing hemagglutinin(HA)of influenza A virus(MCMV^(HA))or the spike protein of severe acute respiratory syndrome coronavirus 2(MCMV^(S)).A single injection of MCMVs expressing either viral protein induced potent neutralizing antibody responses,which strengthened over time.Importantly,MCMV^(HA)-vaccinated mice were protected from illness following challenge with the influenza virus,and we excluded that this protection was due to the effects of memory T cells.Conclusively,we show here that MCMV vectors induce not only long-term cellular immunity but also humoral responses that provide long-term immune protection against clinically relevant respiratory pathogens. | Yeonsu Kim Xiaoyan Zheng Kathrin Eschke M.Zeeshan Chaudhry Federico Bertoglio Adriana Tomić Astrid Krmpotić Markus Hoffmann Yotam Bar-On Julia Boehme Dunja Bruder Thomas Ebensen Linda Brunotte Stephan Ludwig Martin Messerle Carlos Guzman Ofer Mandelboim Michael Hust Stefan Pöhlmann Stipan Jonjić LukaČičin-Šain | 2022 | Cellular & Molecular Immunology2022，19，2： | 0 |
| 7 | Uncertainty Assessment of Soil Erosion Model Using Particle Filtering显示文摘Recent advances in computer with geographic information system(GIS) technologies have allowed modelers to develop physics-based models for modeling soil erosion processes in time and space.However, it has been widely recognized that the effect of uncertainties on model predictions may be more significant when modelers apply such models for their own modeling purposes.Sources of uncertainty involved in modeling include data, model structural, and parameter uncertainty.To deal with the uncertain parameters of a catchment-scale soil erosion model(CSEM) and assess simulation uncertainties in soil erosion, particle filtering modeling(PF) is introduced in the CSEM.The proposed method, CSEM-PF, estimates parameters of non-linear and non-Gaussian systems, such as a physics-based soil erosion model by assimilating observation data such as discharge and sediment discharge sequences at outlets.PF provides timevarying feasible parameter sets as well as uncertainty bounds of outputs while traditional automatic calibration techniques result in a time-invariant global optimal parameter set.CSEM-PF was applied to a small mountainous catchment of the Yongdamdam in Korea for soil erosion modeling and uncertainty assessment for three historical typhoon events.Finally, the most optimal parameter sets and uncertainty bounds of simulation of both discharge and sediment discharge at each time step of the study events are provided. | Yeonsu KIM Giha LEE Hyunuk AN Jae E YANG | 2015 | Journal of Mountain Science2015，12，4： | 0 |
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