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| 1 | Seismic attributes optimization and application in reservoir prediction显示文摘石油地球物理学者认识到与油和煤气的水库有关的许多参数用地震属性数据被预言。然而,优化地震属性,预言薄沙岩水库的特性,并且提高水库描述精确性的最好怎么是为地质学家和地球物理学者的一个重要目标。基于主要部件分析的理论,我们在场一个新优化方法,叫的抑制主要部件分析。在一个油矿的当模特儿的估计和真实申请证明它能提高水库预言精确性并且有更好的适用性。 | Gao Jun Wang Jianmin Yun Meihou Huang Baoshun Zhang Guocai | 2006 | Applied Geophysics2006，3，4： | 7 |
| 2 | Petroleum systems of the Taoudeni Basin,West Africa显示文摘Taoudeni 盆是典型稳定的 intracratonic 盆。在 Taoudeni 盆基于有效来源岩石的分发,与盆的结构特征和水库床的分发特征结合了,二个石油系统在盆被认出:下文 -- 寒武纪的石油系统和志留纪石油系统。结构高举并且石油产生预定控制了预定石油收费和烃累积的保藏。有效来源岩石的成熟,进化历史,和分发控制了烃丰富。地质的关键因素和地质的过程控制了烃累积的类型。 | Huang Zhilong Zhao Baoshun Jiang Qingchun Wang Songpo Liu Bo | 2008 | Petroleum Science2008，5，1： | 1 |
| 3 | Multicolored structural coloration of carbon nanotube fibers显示文摘Carbon nanotube fibers(CNTFs)are endowed with excellent mechanical,electrical,and thermal properties and are considered promising candidates in numerous cutting-edge fields.However,the inherent black color of CNTFs hinders their practical application in fields with high aesthetic requirements such as wearable devices and smart textiles.Due to the smooth surface and chemical inertness,CNTFs are hard to be dyed by conventional chemical dyes or colorful inks.Herein,we realize a structural coloration of CNTFs by coating them with two metal oxide layers via atomic layer deposition.The three elements of color,that is,hue,saturation,and brightness,can be controlled by adjusting the types and thickness of each oxide layer.Colorful CNTFs with wide color gamut and high saturation are achieved through different combinations.A film interference model is also established to reveal the mechanism of the structural coloration,which is a comprehensive result of thin-film interference and surface roughness briefly.The calculated reflectance well fits the measured results by introducing surface roughness parameters.Moreover,the colored CNTFs are not iridescent because of retinal signal delay,which will further expand their applications. | Run Li Shiliang Zhang Hang Chen Ya Huang Baoshun Wang Xueke Wu Qinyuan Jiang Siming Zhao Fei Wang Yanlong Zhao Rufan Zhang | 2023 | SusMat2023，3，1： | 0 |
| 4 | Novel self-assembled porous yolk-shell NiO nanospheres with excellent electrochromic performance for smart windows显示文摘With the rapid development of optoelectronics,electrochromic(EC)materials(ECMs)with the advan-tages of low power consumption,easy viewing,high contrast ratio,etc have attached more and more attention from the fields of smart windows,electronic billboards,emerging wearable and portable electronics,and other next-generation displays.Nickel oxide(NiO)is a promising candidate for high-performance ECMs because of its neutral-colored states and low cost.However,NiO-based ECMs still face the problem of slow switching speed due to their low electrical conductivity and small lattice spacing.Metal-organic frameworks(MOFs)are promising candidates to fabricate hollow and porous transition metal oxides(TMOs)with high ion transport efficiency,excellent specific capacitance,and electrochemical activities.In this work,porous yolk-shell NiO nanospheres(PYS-NiO NSs)were syn-thesized via a solvothermal and subsequent calcination process of Ni-MOF,which exhibited outstanding EC performance.Because the large specific surface areas and hollow porous nanostructures were conducive to ionic transport,PYS-NiO NSs exhibited a fast coloring/bleaching speed(3.6/3.9 s per one coloring/bleaching cycle)and excellent cycling stability(82%of capacity retention after 3000 cycles).These superior EC properties indicated that the PYS-NiO NSs was a promising candidate for high-performance EC devices.This work provides a new and feasible strategy for the efficient preparation of TMOs ECMs with good EC performance,especially fast switching speed. | Baoshun Wang Ya Huang Siming Zhao Run Li Di Gao Hairong Jiang Rufan Zhang | 2024 | Particuology2024，84，1： | 0 |
| 5 | Oxygen-deficient tungsten oxide nanoflowers for dynamically tunable near-infrared light transmittance of smart windows显示文摘Electrochromic smart windows have attracted much attention in energy-saving buildings because of their ability to selectively modulate visible(VIS)and near-infrared(NIR)light transmittance.As is known,the NIR region accounts for about 50%of the total solar radiation.Therefore,reducing the NIR transmittance of windows will play a crucial role in reducing the energy consumption of buildings.However,for most of the reported electrochromic materials(ECMs)-based windows,it remains a longlasting challenge about how to achieve a low NIR transmittance during the past decades.In this work,we synthesize oxygendeficient tungsten oxide(WO_(3−x))nanoflowers(NFs)by a simple and efficient method that is facile for their mass production.The WO_(3−x)NFs exhibit low NIR transmittance of only 4.11%,0.60%,and 0.19%at 1200,1600,and 1800 nm,respectively,due to the localized surface plasmon resonance(LSPR)effect.Besides,the WO_(3−x)NFs exhibit an excellent dual-band modulating ability for both VIS and NIR light.They are able to operate in three distinct modes,including a bright mode,a cool mode,and a dark mode.Moreover,the WO_(3−x)NFs exhibit a fast bleaching/coloring time(1.54/6.67 s),and excellent cycling stability(97.75%of capacity retention after 4000 s). | Ya Huang Baoshun Wang Pei Lyu Siming Zhao Xueke Wu Shiliang Zhang Run Li Qinyuan Jiang Fei Wang Yanlong Zhao Rufan Zhang | 2023 | Nano Research2023，16，10： | 0 |
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