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15篇 您的检索式:作者名="Han Gaoyi"
    题名 作者 年代 出处 被引量
1Facile Synthesis of Pd-Ni Nanoparticles on Reduced Graphene Oxide under Microwave Irradiation for Formic Acid Oxidation显示文摘Pd 和 Pd x Ni nanoparticles 在减少的 graphene 氧化物上被支持了(Pd/rGO 和 Pd x Ni/rGO ) 由在乙二醇使用帮助微波的加热方法。形态学,作文和电气化学的性能被 TEM, XRD, XPS 和电气化学的方法描绘了。没有 PdNi 合金粒子的 XRD 和 XPS 结果表演在 Pd 形成了 x Ni/rGO 和 composites 主要在 Pd 0 和 NiOOH 种类形式存在。电气化学的结果揭示那 Pd x Ni/rGO 更高与 41 展览的原子比率从 Pd 和 Ni 的喂的来源综合了活动,更好的稳定性和更小的电子与商业 Pd/C 相比向蚁的酸电镀物品氧化转移抵抗, Pd/rGO 和其它 Pd x Ni/rGO 样品。优秀 electrocatalytic 表演显示 Ni 的适当数量的增加能极大地为蚁的酸氧化提高 Pd 催化剂的活动和稳定性。Miaoyu Li Ruiqin Liu Gaoyi Han Yanni Tian Yunzhen Chang Yaoming Xiao 2017Chinese Journal of Chemistry2017,35,9:2
2Capacitive Performances of Reduced Graphene Oxide Hydrogel Prepared by Using Sodium Hypophosphite as Reducer显示文摘减少的 graphene 氧化物(rGOHGs ) 的 hydrogels 通过对待被综合了与钠次磷酸盐的各种各样的集中相配(不 2 在热水的状况下面的 PO 2) 。结果表明 rGOHGs 的结构与集中的增加一起变化不 2 PO 2 。与低集中准备的 rGO 表不 2 PO 2 展览更多成波形并且更大的特定的表面区域比与高集中准备的那些不 2 PO 2 。rGOHGs 的电容的表演的大小表明 rGOHGs 与低集中准备了不 2 PO 2 拥有更大的特定的电容(C s ) 与高集中比那准备了不 2 在低周期的 voltammetry 扫描的 PO 2 评价。然而, rGOHGs 与高集中准备了不 2 PO 2 拥有更大的 C 以比那些的高扫描率,更多的稳定性和更好高率的能力的 s 在低集中准备了。rGOHGs 的结构和性质能被控制集中调整,这被相信不 2 PO 2 根据要求。Cuixian Liu Gaoyi Han Yunzhen Chang Yaoming Xiao Yanping Li Miaoyu Li Haihan Zhou 2016Chinese Journal of Chemistry2016,34,1:2
3Capacitive Properties of the Binder-Free Electrode Prepared from Carbon Derived from Cotton and Reduced Graphene Oxide显示文摘减少的 graphene 氧化物(rGO ) 和从棉花(aCFC ) 导出的激活的碳的没有文件夹的合成电影被制作了并且用作电极让电气化学的电容器(EC ) 在另外的文件夹引起的传统的过程避免电容的性能的减少。最佳的 aCFC 在 850Wenhui Ma Yunzhen Chang Gaoyi Han Yaoming Xiao Dongying Fu Yahui Chang 2017Chinese Journal of Chemistry2017,35,12:2
4Development of Streptomyces sp. FR-008 as an emerging chassis显示文摘Microbial-derived natural products are important in both the pharmaceutical industry and academic research.As the metabolic potential of original producer especially Streptomyces is often limited by slow growth rate,complicated cultivation profile,and unfeasible genetic manipulation,so exploring a Streptomyces as a super industrial chassis is valuable and urgent.Streptomyces sp.FR-008 is a fast-growing microorganism and can also produce a considerable amount of macrolide candicidin via modular polyketide synthase.In this study,we evaluated Streptomyces sp.FR-008 as a potential industrial-production chassis.First,PacBio sequencing and transcriptome analyses indicated that the Streptomyces sp.FR-008 genome size is 7.26 Mb,which represents one of the smallest of currently sequenced Streptomyces genomes.In addition,we simplified the conjugation procedure without heat-shock and pre-germination treatments but with high conjugation efficiency,suggesting it is inherently capable of accepting heterologous DNA.In addition,a series of promoters selected from literatures was assessed based on GusA activity in Streptomyces sp.FR-008.Compared with the common used promoter ermE*-p,the strength of these promoters comprise a library with a constitutive range of 60e860%,thus providing the useful regulatory elements for future genetic engineering purpose.In order to minimum the genome,we also target deleted three endogenous polyketide synthase(PKS)gene clusters to generate a mutant LQ3.LQ3 is thus an“updated”version of Streptomyces sp.FR-008,producing fewer secondary metabolites profiles than Streptomyces sp.FR-008.We believe this work could facilitate further development of Streptomyces sp.FR-008 for use in biotechnological applications.Qian Liu Liping Xiao Yuanjie Zhou Kunhua Deng Gaoyi Tan Yichao Han Xinhua Liu Zixin Deng Tiangang Liu 2016Synthetic and Systems Biotechnology2016,1,3:2
5Seed-mediated synthesis and the photo-degradation activity of ZnO-graphene hybrids exclu- ding the influence of dye adsorption 显示文摘Fu Dong'ying Han Gaoyi Yartg Feifei et a| 2013Applied Surface Science2013,283,20:1
6Electrodepositlon of polypyrrole/multiwalled carbon nanotube composite films 显示文摘Gaoyi Han Jinying Yuan 2005Thin Solid Films2005,474,:1
7显示文摘Li Yanping Bai Yunfei Han Gaoyi 2013Sensors and Ac- tuators B2013,185,:1
8Fabrication of copper sulfide microstructures with the bottle- and thorny rod-shape显示文摘Shizhen Zhao Gaoyi Han Miaoyu Li 2009Materials Chemistry and Physics2009,,:1
9The synthesis and properties of ZnO-graphene nano hybrid for photodegradation of organic pollutant in water显示文摘Fu Dongying Han Gaoyi Chang Yunzhen 2012MaterChemPhys2012,132,2:1
10An Acetylcholinesterase Biosensor Based on Graphene/ Polyaniline Composite Film for Detection of Pesticides显示文摘这个工作报导为通过与 acetylcholinesterase (疼痛) 修改玻璃质的碳电极制作的 organophosphate 杀虫剂(OP ) 的一个敏感安培计的生物传感器在 graphene/polyaniline (G/PANI ) 上使合成电影不能调动。获得的 G/PANI 合成电影显示出大特定的区域,高传导性,好 biocompatibility,和快氧化还原作用性质并且有完美的分层、包含的结构。同样准备的生物传感器与 0.20 mmol/L 的 Michaelis-Menten 经常的价值显示出高亲密关系到 acetylthiocholine (ATCl ) 。基于酉维因(一个种杀虫剂) 的模型混合物引起的酶的活动(使不能调动的疼痛) 的抑制,而且,酉维因的抑制活动与它从 38 ~ 194 ng·mL −1的集中成正比,这被发现。发达生物传感器为 OP 察觉显示出 20 ng·mL −1(S/N=3 ) 的察觉限制并且展出象好重制度和可接受的稳定性那样的好性能,它使为酶禁止者的分析提供一个新、有希望的工具可能。Yanping Li Yuyu Zhang Gaoyi Han Yaoming Xiao Miaoyu Li Wen Zhou 2016Chinese Journal of Chemistry2016,34,1:1
11Metallization of electrospun polyacrylonitrile fibers by gold 显示文摘Shizhen Zhao Bin Guo Gaoyi Han Yanni Tian 2008Materials Letters2008,62,:1
12Fabrication of the silver/polypyrrole/polyacryloni- trile composite nanofibrous mats显示文摘CHEN Rui ZHAO Shizhen HAN Gaoyi 2008Materials Let- ters2008,62,:1
13The synthesis and properties of ZnO–graphene nano hybrid for photodegradation of organic pollutant in water显示文摘Dongying Fu Gaoyi Han Yunzhen Chang Jianhua Dong 2011Materials Chemistry and Physics (-)2011,,2:1
14显示文摘Han Gaoyi Shi Gaoquan 2007Thin Solid Films2007,,515:1
15Sulfonated Graphene Synthesized via a Green Route and Its Capacitive Properties显示文摘一条环境地友好的途径被介绍综合 sulfonated 由使用 L 维生素酸(L-AA ) 和 sulfanilic 酸的芳基重氮基盐减少了 graphene 氧化物(S-rGO ) 。准备条件被优化了以便获得孤立,传导性的 S-rGO,和产品被紫外可见的光谱学描绘了, Fourier 转变了红外线的光谱学,拉曼, X 光检查光电子光谱学和 X 光检查粉末衍射和电气化学的方法。结果证明 S-rGO 表拥有优秀水溶性和高电的电导率,它暗示包含氧的功能的组被搬迁了并且结合 sp 2 网络被恢复了。而且,电气化学的大小表明 S-rGO 的电容的表演与 graphene 氧化物相比被改进了(去) 并且减少的 graphene 氧化物(rGO,由 L-AA 减少了) 。最佳 S-rGO 展出 205 F·g −1 和好骑车稳定性的一个特定的电容(3.9% 在 10000 以后减少骑车) ,它比对 graphene 氧化物的那些好(109 F·g −1 并且减少 6.6% 在 10000 个周期以后) 并且 rGO (139 F·g −1 并且减少 11.3% 在 10000 骑车以后) 。这条途径证明一条新线路改进 rGO 的电容的性质。Wen Zhou Gaoyi Han Yaoming Xiao Yunzhen Chang Miaoyu Li Yuyu Zhang 2016Chinese Journal of Chemistry2016,34,1:0
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