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| 1 | Dithiol treatments enhancing the efficiency of hybrid solar cells based on PTB7 and CdSe nanorods显示文摘We report the fabrication of polymer/inorganic hybrid solar cells (HSCs) based on CdSe nanorods (NRs) and the semiconducting polymer PTB7. The power conversion efficiency of HSCs can be significantly enhanced by engineering the polymer/nanocrystal interface with ethanedithiol (EDT) and 1,4-benzenedithiol (1,4-BDT) treatments and reached 2.58% and 2.79%, respectively. These results were preferable to that of a pyridine-coated NR-based device (1.75%). This improvement was attributed to the thiol groups of EDT and 1,4-BDT, which can tightly coordinate the Cd ions to form Cd-thialate on CdSe NR surfaces, thereby effectively passivating the NR surface and reducing the active layer defects. Therefore, the rate of exciton generation and dissociation was enhanced and led to the improvement of the device performance. | Weining Luo Tonggang Jiu Chaoyang Kuang Bairu Li Fushen Lu Junfeng Fang | 2015 | Nano Research2015，8，9： | 2 |
| 2 | Poly- mer functionalziation and solubilization of carbon nanosheets 显示文摘 | VECA L M LU Fushen MEZIANI M J | 2009 | Chemical Communications [J]2009，，： | 1 |
| 3 | Influence of Conductivity of Slag on Decarburization Reaction显示文摘By altering the electrochemical properties of slag, the decarburization reaction of Fe3+-based slag withFe-C droplet was studied. The results showed that a lot of free electrons and holes exist in the slag containing transition metal oxides (such as TiO2 and Fe2O3). So electronic conduction in the slag increases. Finally, it led to the increment of the decarburization reaction rate between slag and Fe-C droplet, and mass fraction of carbon remaining indroplet decreases to a lower level. | Xionggang Lu Fushen Li Lifen Li Kouchih Chou (Laboratory on Solid Electrolytes and Metallurgical Testing Techniques, University of Science and Technology Beijing, Beijin 100083, China) | 1998 | International Journal of Minerals,Metallurgy and Materials1998，12，1： | 1 |
| 4 | Graphdiyne oxide doping for aggregation control of hole-transportnanolayer in inverted perovskite solar cells显示文摘The strong aggregation tendency of hole transport material poly[3-(4-carboxylbutyl)thiophene-K(P3CT-K)restricts its further application in inverted perovskite solar cells(PSCs).Here,we report an effective strategy to address this issue and achieve the superior performance of inverted methylammonium lead triiodide(MAPbI3)PSCs,in which graphdiyne oxide(GDYO)doped P3CT-K nanocomposites are applied as the hole transport nanolayer(HTL).It is revealed that the strongπ–πstacking interaction occurs between GDYO and P3CT-K,which is proved by the blue shift of the absorption peak of P3CT-K nanolayer.The aggregation control via GDYO contributes to the property improvement of P3CT-K HTL.Moreover,the homogeneous coverage induces the growth of perovskite grain with larger size than that based on the undoped one.As a result,the optimized surface morphology,enhanced conductivity,charge extraction as well as better crystal quality,finally improve the device performance.An optimal power conversion efficiency of 19.06%is achieved,with simultaneously improved fill factor and short circuit current density.This work presents the potential of functional graphdiyne(GDY)in the development of highly efficient photovoltaic device. | Xu Cai Jin Tang Min Zhao Le Liu Zhibin Yu Jiajia Du Ling Bai Fushen Lu Tonggang Jiu Yuliang Li | 2022 | Nano Research2022，15，11： | 1 |
| 5 | Doped carbon nanoparticles as a new platform for highly photoluminescent dots 显示文摘 | Sun Yaping Wang Xin Lu Fushen et at | 2008 | J Phys Chem C2008，112，18： | 1 |
| 6 | Oxygen permeability of A-site nonstoichiometric Ba x Co 0.7 Fe 0.2 Nb 0.1 O 3<ce:hsp sp='0.12'/>?<ce:hsp sp='0.12'/> δ perovskite oxides显示文摘 | Hailei Zhao Yunfei Cheng Nansheng Xu Yuan Li Fushen Li Weizhong Ding Xionggang Lu | 2009 | Solid State Ionics2009，，5： | 1 |
| 7 | Electrochemical Characteristic of Decarburization Reaction显示文摘The electrochemical mechanism of the reaction between Fe-C melts and CaO-SiO2-Al2O3-FeOx slag systems has been carried out. The experimental results suggest that the final content of carbon in melt increases as the partial oxygen pressure of gas decreases no matter whether there is electronic conductor or not. However, the final content of carbon in the system with electronic conductor is much lower than that without electronic conductor. It can be deduced that the transfer ability of oxygen in slag is dominated by electrons. When an electronic conductor exists, an easy pathway for the electrons is provided and the oxygen transfer rate is accelerated. | Xionggang Lu Fushen Li Lifen Li Kouchih Chou (Applied Science School, University of Science and Technology Beijing, Beijing 100083, China)(Material Science and Engineering School, Shanghai University, Shanghai 200072, China) | 1999 | International Journal of Minerals,Metallurgy and Materials1999，13，1： | 1 |
| 8 | Improved hydrogen storage kinetics of MgH_(2) using TiFe_(0.92)Mn_(0.04)Co_(0.04) with in-situ generated α-Fe as catalyst显示文摘While TiFe alloy has recently attracted attention as the efficient catalyst to enhance de/hydrogenation rates of Mg/MgH_(2),the difficulty of its activation characteristics has hindered further improvement of reaction kinetics.Herein,we report that the TiFe_(0.92)Mn_(0.04)Co_(0.04) catalyst can overcome the abovementioned challenges.The synthesized MgH_(2)-30 wt% TiFe_(0.92)Mn_(0.04)Co_(0.04) can release 4.5 wt%of hydrogen in 16 min at 250℃,three times as fast as MgH_(2).The activation energy of dehydrogenation was as low as 84.6 kJ mol^(-1),which is 46.8%reduced from pure MgH_(2).No clear degradation of reaction rates and hydrogen storage capacity was observed for at least 30 cycles.Structural studies reveal that TiFe_(0.92)Mn_(0.04)Co_(0.04) partially decomposes to in-situ generatedα-Fe particles dispersed on TiFe_(0.92)Mn_(0.04)Co_(0.04).The presence ofα-Fe reduces the formation of an oxide layer on TiFe_(0.92)Mn_(0.04)Co_(0.04),enabling the activation processes.At the same time,the hydrogen incorporation capabilities of TiFe_(0.92)Mn_(0.04)Co_(0.04) can provide more hydrogen diffusion paths,which promote hydrogen dissociation and diffusion.These discoveries demonstrate the advanced nature and importance of combining the in-situ generatedα-Fe with TiFe_(0.92)Mn_(0.04)Co_(0.04).It provides a new strategy for designing highly efficient and stable catalysts for Mg-based hydrogen storage materials. | Zefeng Li Yangfan Lu Jingfeng Wang Yu'an Chen Qian Li Fushen Pan | 2024 | Materials Reports(Energy)2024，4，1： | 0 |
| 9 | Review on Intrinsic Electrocatalytic Activity of Transition Metal Nitrides on HER显示文摘Hydrogen energy is considered as an ideal energy with the advantages of green,sustainability,and high energy density,and water splitting is one of the efficient strategies for green hydrogen without carbon emission.As for cathodic hydrogen evolution reaction(HER),besides the Pt-based electrocatalysts with excellent electrocatalytic activities on HER,transition metal nitrides(TMNs)as cheap and facile-prepared electrocatalysts have shown remarkable electrocatalytic activities.Incorporation of N atom in metal interstitial lattice results in the unique structure of TMN with high electronic conductivity,strong chemical stability,and d-band contraction.Although the intrinsic electrocatalytic activities of TMNs are mostly lower than those of Pt,it also attracted much attention to the development of TMN with higher intrinsic activity by electronic structure modulation.Here,we review the recent improvement strategies for the intrinsic electrocatalytic activities of TMN catalysts on HER by electronic structure modulation,such as facet,alloying,doping,vacancy,heterostructure,and hybridization.Some important breakthroughs of TMNs have been made;however,the scale application of TMNs with high activity in commercial water electrolyzer is urgent to explore.The future development of TMNs is proposed to focus on developing facile synthesis methods,elucidating regulation mechanism and catalytic mechanism,and enhancing activity and stability. | Han-Ming Zhang Jian-Jiang Wang Yongqiang Meng Fushen Lu Muwei Ji Caizhen Zhu Jian Xu Jinfeng Sun | 2022 | Energy Material Advances2022，，1： | 0 |
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