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On the Applicative Beneficiary Argument in the Subject Position in Chinese
Han Bin 새한영어영문학회 2021 새한영어영문학회 학술발표회 논문집 Vol.2021 No.5
Applicative argument structure is a phenomenon that exists in many languages, with its main function to introduce non-core arguments into a sentence. This study analyses the beneficiary argument in the subject position in Chinese and argues that this argument assumes the theta role as Affectee which is syntactically introduced by an applicative head. This study also summarizes the characteristics of this beneficiary argument structures in Chinese from the aspects of semantic contribution and pragmatic intention.
Han Bin,Zhu Xiaoliang,Yang Bao-Wen,Liu Aiguo,Xi Yanyan,Liu Lei,Liu Shenghui,Huang Junlin 한국원자력학회 2023 Nuclear Engineering and Technology Vol.55 No.10
Mixing Vane Grid (MVG) is one of the most important structures in fuel assembly due to its high performance in mixing the coolant and ultimately increasing Critical Heat Flux (CHF), which avoids the temperature rising suddenly of fuel rods. To evaluate the mixing performance of the MVG, a Total Diffusion Coefficient (TDC) mixing coefficient is defined in the subchannel analysis code. Conventionally, the TDC of the spacer grid is obtained from the combination of experiments and subchannel analysis. However, the processing of obtaining and determine a reasonable TDC is much challenging, it is affected by boundary conditions and MVG geometries. In is difficult to perform all the large and costing rod bundle tests. In this paper, the CFD method was applied in TDC analysis. A typical 5 5 MVG was simulated and validated to estimate the mixing performance of the MVG. The subchannel code was used to calculate the TDC. Firstly, the CFD method was validated from the aspect of pressure drop and lateral temperature distribution in the subchannels. Then the effect of boundary conditions including the inlet temperature, inlet velocities, heat flux ratio between hot and cold rods and the arrangement of hot and cold rods on MVG mixing and TDC were studied. The geometric effects on mixing are also carried out in this paper. The effect of vane pattern on mixing was investigated to determine which one is the best to represent the grid's mixing performance.
Han, Bin,Lee, Eun Joo,Kim, Ji Yeon,Bang, Jin Ho The Royal Society of Chemistry 2015 NEW JOURNAL OF CHEMISTRY Vol.39 No.3
<P>One-dimensional (1D) nanostructures aligned on a conductive substrate are advantageous for various energy applications. In this work, we report the synthesis of hierarchically nanostructured NiO nanotube arrays supported on carbon fiber paper (CFP) <I>via</I> a simple ZnO-template method and evaluated the arrays as supercapacitor electrodes. We demonstrate that subtle changes in the annealing temperature during the preparation of NiO affect the porous structures of both NiO and CFP, which synergically enhance the pseudocapacitive performance of NiO according to in-depth electrochemical analyses.</P> <P>Graphic Abstract</P><P>Hierarchically nanostructured NiO nanotube arrays supported on carbon fiber paper (CFP) are synthesized <I>via</I> a simple ZnO-template method and utilized as supercapacitor electrodes. <IMG SRC='http://pubs.rsc.org/services/images/RSCpubs.ePlatform.Service.FreeContent.ImageService.svc/ImageService/image/GA?id=c4nj01897d'> </P>
Nanoimprinting of perovskite layer for light-harvesting effect in photovoltaic devices
Hanbin Lee,Hyo Jung Kim 대한금속·재료학회 2022 ELECTRONIC MATERIALS LETTERS Vol.18 No.4
A light-harvesting effect was successfully achieved in photovoltaic devices by the structuring of an active perovskite layerthrough nanoimprinting. This was done by transforming a commercial CD-R pattern into a polydimethylsiloxane (PDMS)film. The latter was then used for replicating the perovskite layers under increased pressures and temperatures. The Young’smodulus of the PDMS film was regulated by the mixing ratio of the base and curing agents, and the average height of thepattern was reported for an optimal 5:1 base-to-curing agent ratio. Under these conditions, the replication efficiency reached80% at a pressure of ~ 4.9 kPa. To investigate the manner in which the structuring of these patterned perovskite layersaffects optoelectronic devices, we incorporated them into photovoltaic cells. This resulted in improved J–V characteristics,as observed from an increase in both fill factor (FF) and short circuit current density (Jsc), from 73.20 to 76.35% and from12.853 to 15.532 mA cm−2, respectively. The increase in FF was attributed to a large contact area between the perovskiteand electron transport layers, while the increase in Jsc was due to the enhanced light-trapping of the periodic grating patternsof the perovskite layer.
Hanbin Zhong,Xingying Lan,Jinsen Gao 한국공업화학회 2015 Journal of Industrial and Engineering Chemistry Vol.27 No.-
Analogous to the coal–water slurry (CWS) gasification technology, the pitch–water slurry (PWS)gasification technology was proposed to gasify pitch with high softening point from the deasphaltingunit. The PWS gasification behavior in both downdraft single-nozzle (DSB) and opposed multi-nozzle(OMB) entrained-flow gasifiers were predicted by a three-dimensional numerical model based onEulerian–Lagrangian method. The flow, temperature, and species mole fraction distributions indicatedthat PWS was a good feedstock for gasification. The contributions of different competing reactions to theoxygen and fixed carbon consumption were quantitatively analyzed to compare the gasificationperformances between DSB and OMB gasifiers.
Hanbin Lin,Allan Wee Ren Ng,Chen Wai Wong 한국식품과학회 2016 Food Science and Biotechnology Vol.25 No.suppl1
Purification and characterization of polyphenol oxidase (PPO) from Chinese parsley (Coriandrum sativum) were achieved. Crude PPO exhibited an enzyme activity of 1,952.24 EU/mL. PPO was partially purified up to 6.52x with a 10.89% yield using gel filtration chromatography. Maximal PPO activity was found at 35oC, pH 8.0 for 4-methylcatechol and at 40oC, pH 7.0 for catechol. PPO showed a higher affinity towards 4-methylcatechol, but a higher thermal stability when reacting with catechol. LCysteine was a better inhibitor than citric acid for reducing PPO activity at concentrations of 1 and 3mM in the presence of either substrate. Two 46 kDa isoenzymes were identified using SDS-PAGE. Isolation and characterization of Chinese parsley serves as a guideline for prediction of enzyme behavior leading to effective prevention of enzymatic browning during processing and storage, including inhibition and inactivation of PPO.
Hanbin Ge,Liang-Jiu Jia,Lan Kang,Toshimitsu Suzuki 국제구조공학회 2014 Steel and Composite Structures, An International J Vol.17 No.6
Full penetration welded steel moment-resisting frame (SMRF) structures with welded box sections are widely employed in steel bridges, where a large number of steel bridges have been in operation for over fifty years in Japan. Welding defects such as incomplete penetration at the beam-column connections of these existing SMRF steel bridge piers were observed during inspection. Previous experiments conducted by the authors' team indicate that gusset stiffeners (termed fillets in this study) at the beam-web-to-column-web joint of the beam-column connections may play an important role on the seismic performance of the connections. This paper aims to experimentally study the effect of the fillet radius on seismic performance of the connections with large welding defects. Four specimens with different sizes of fillet radii were loaded under quasi-static incremental cyclic loading, where different load-displacement relations and cracking behaviors were observed. The experimental results show that, as the size of the fillet radius increases, the seismic performance of the connections can be greatly improved.
Hanbin Ge,Shengbin Gao,Toyoki Ikai,Jie Ni 국제구조공학회 2016 Steel and Composite Structures, An International J Vol.20 No.1
Two-dimensional elastoplastic finite element formulation is employed to investigate the load- carrying capacity degradation of reinforced concrete piers wrapped with steel plates due to occurrence of corrosion at the pier base. By comparing with experimental results, the employed finite element analysis method is verified to be accurate. After that, a series of parametric studies are conducted to investigate the effect of corrosion ratio and corrosion mode of steel plates located near the base of in-service pier P2 on load-carrying capacity of the piers. It is observed that the load-carrying capacity of the piers decreases with the increase in corrosion ratio of steel plates. There exists an obvious linear relationship between the load-carrying capacity and the corrosion ratio in the case of even corrosion mode. The degradation of load-carrying capacity resulted from the web's uneven corrosion mode is more serious than that under even corrosion mode, and the former case is more liable to occur than the latter case in actual engineering application. Finally, the failure modes of the piers under different corrosion state are discussed. It is found that the principal tensile strain of concrete and yield range of steel plates are distributed within a wide range in the case of slight corrosion, and they are concentrated on the column base when complete corrosion occurs. The findings obtained from the present study can provide a useful reference for the maintenance and strengthening of the in-service piers.