A CeⅢ linear complex of N-hydroxy-1,8-naphthalenedicarboximide(HL)has been synthesized with acenaphthoquinone dioxime(acndH2)under solvothermal conditions,in which L is generated by a series of in-situ reactions starting from acndH2.X-ray crystallography
Photoelectrochemistry that use semiconductors to absorb sunlight for water splitting provides an effective method for the development of renewable hydrogen energy in the future.In this paper,a transparent and highly-efficient cobalt-iron oxide(Co3FeOx)nan
In situ growth of carbon nanomaterials on active substance is a very favorable strategy for the preparation of electrode in lithium-ion batteries with excellent electrochemical performance and high stability.Small-sized TiO2 nanoparticles intercalated int
Here we report the utilization of inorganic-organic hybrid(IOH)as a new type of cathode material for aqueous Zn-ion batteries.The IOH possessing a unique lattice-water-rich layered structure achieves high long-term cycling stability(81.5％capacity retentio
Polymer dielectric is superior to its inorganic counterparts due to not only the low cost and intrinsic flexibility,but also the readily tunable dielectric constant,surface charge trap density,charge ejection and releasing ability and dipole moment,and al
Controlled stacking of different two-dimensional(2D)atomic layers hold great promise for significantly optimizing the optical properties of 2D materials and broadening their applications.Here,vertical 2D MoS2/Bi2Te3 heterostructures with high crystallinit
Surface hydrophilization is required for numbers of applications such as biosensor,biomedical implants and marine coating.However,the preparation of hydrophilic surface from a solid substrate still suffers from limited thicknesses,complex procedures,restr
A new tetranuclear cuprous halide complex,(CuBr)4(PN)2(PN=2-(diphenylphosphaneyl)-6-methoxypyridine),was synthesized and fully characterized.In solid state,this complex exhibits efficient blue emission with a photoluminescence quantum yield of 43.3％and a
菌物分布广泛,多样性丰富,是自然界中的重要生物组成成分,并具有腐生、共生、内生、表生和寄生等多样的生存策略,在生态系统的生物多样性维持、群落演替、以及物质循环和能量流动过程中发挥了重要的生态功能.相比于动物和植物生态学,菌物生态学的发展起步较晚.然而近年来,特别是随着分子生物学技术的发展,菌物生态学无论是在研究范围还是在研究深度上都取得了迅猛发展,已成为生态学的重要研究领域之一.本期《菌物学报》的“菌物生态学专辑”共刊登5篇综述、16篇研究论文和3篇简报,从不同方面反映了近年来我国菌物生态学研究的重要进展
煤污病是一类外寄生性植物真菌病害.煤污病菌在果实表面形成黑色污斑和污点,导致外观品质降低影响销售,给果农造成严重经济损失.真菌的适应性进化分子机制一直是植物病原真菌生态学领域的研究前沿.煤污病菌在进化过程中为适应寄主表面营养贫瘠、干旱、紫外线照射等非生物胁迫,以及与表面其他微生物竞争生物胁迫等极端环境,进化出一系列独特机制,从而成功定殖于植物表皮.本文从基因组结构趋同进化、致病相关基因家族收缩与扩张和胁迫响应等方面,系统综述了煤污菌群对表皮生态位的适应性进化分子机制.