*完成訂單後正常情形下約兩周可抵台。 *本賣場提供之資訊僅供參考,以到貨標的為正確資訊。 印行年月:202405*若逾兩年請先於私訊洽詢存貨情況,謝謝。 台灣(台北市)在地出版社,每筆交易均開具統一發票,祝您中獎最高1000萬元。 書名:Low dimensional silver nanostructures and its composites ISBN:9787502498603 出版社:冶金工業 著編譯者:Xiong Shixian(等著) 頁數:205頁 所在地:中國大陸 *此為代購商品 書號:1664448 可大量預訂,請先連絡。 【台灣高等教育出版社簡體書】 Low dimensional silver nanostructures and its composites 787502498603 Xiong Shixian(等著) 內容簡介 由於銀納米粒子的一些獨特性質,它們在許多領域得到了廣泛的應用,如分子診斷、催化和電子學。因此,開發一些新的合成方法來製備具有各種納米結構的產品,並研究其性能受顆粒大小和形狀的影響,是一個綜合性的研究課題。近年來,各向同性(即球形或偽球形)粒子受到了廣泛的關注。此外,許多製備粒徑和粒徑分佈可控的顆粒的合成方法也已開發出來。這些納米粒子的上述協議促進了對其結構、光學、催化以及電子性質的研究。然而,儘管已經對納米粒子的組成、大小及其性質之間的關係給出了一些合理的解釋,但對納米粒子的物理化學性質與其形狀之間關係的研究才剛剛起步。目前面臨的問題主要有以下兩個,其一是許多方法本質上是經驗性的,只適用於非常特殊的條件或苛刻的實驗條件,沒有一種高效、節約成本和大規模的方法可以製備單分散低維(LD)銀納米結構。其二是如何控制各向異性銀納米結構的生長和形狀的形成機制仍然存在爭議,許多不同的機制已經被提出。目前,人們提出了多種機制,包括光誘導聚變機制、層錯機制、聚集體生長機制和表面選擇性吸附機制。然而,這些機制基本上都是從實驗觀察中獲得的,而沒有一個是定量的。這兩個限制因素可能阻礙了LD銀納米結構應用的發展。近年來,研究者在這一領域做出了許多努力。本書試圖對這些研究進行總結並開展相應工作,以期為今後的發展提供有益的信息。目錄 Chapter 1 Introduction1 1 Silver nanoparticles 1 1 1 Synthesis methods 1 1 2 Growth mechanism 1 2 Silver thin film 1 3 Noble metal nanoparticle doped composites 1 4 Functional properties and application of silver nanoparticles 1 4 1 Optical properties 1 4 2 Sensing application 1 4 3 Other potential application Chapter 2 Silver Spherical Nanoparticles and Their Thin Film 2 1 Introduction 2 2 Experiment section 2 2 1 Chemicals 2 2 2 Synthesis 2 2 3 Characterization 2 3 Results and discussion 2 3 1 Nucleation and growth of silver nanoparticles 2 3 2 Microstructure of spherical nanoparticles 2 3 3 Effect of experimental parameters 2 3 4 Forming silver spherical nanoparticles on different substratesurfaces 2 3 5 Explore further coating procedures to form nanoshell structures 2 3 6 Superhydrophobic surfaces 2 4 Summary Chapter 3 Silver Nanowires 3 1 Introduction 3 2 Experiment section 3 2 1 Chemicals 3 2 2 Method 3 2 3 Detection of Hg2+ 3 2 4 Characterization 3 3 Results and discussion 3 3 1 Morphology, structure, and composition of silver nanowires 3 3 2 Effect of experimental parameters 3 3 3 Growth mechanism of V-shaped silver nanowires 3 3 4 Sensing detection of Hg2+ 3 4 Summary Chapter 4 Silver Nanoplates 4 1 Introduction 4 2 Experiment section 4 2 1 Chemicals 4 2 2 Method 4 2 3 Characterization 4 3 Results and discussion 4 3 1 The role of crystalline seed structure 4 3 2 The effect of temperature 4 4 Summary Chapter 5 Silver Micro-nanostructure and Its Alloy 5 1 Introduction 5 2 Experiment section 5 2 1 Chemicals 5 2 2 Synthesis of Ag micro-scale nanoparticles 5 2 3 Synthesis of Ag-Au/Pt/Pd alloy 5 2 4 Preparation of TiO2 @ Ag and Ag alloy composite nanoparticles 5 2 5 Prepare partial oxidation of methanol reaction 5 2 6 Characterizations 5 3 Results and discussion 5 3 1 Morphology, structure and composition of silver micro-scale nanosphere 5 3 2 Effect of experimental parameters 5 3 3 Ag and Au/Pt/Pd alloy 5 3 4 Photocatalytic performance of Ag, Ag-Pt alloy and Ag-Pd alloy 5 3 5 Catalytic activity 5 4 Summary Chapter 6Silver/Gold @ Sio2 Composite Materials 6 1 Introduction 6 2 Experimental section 6 2 1 Synthesis of silica nanoparticles 6 2 2 The Hexylamine synthesis method for fabrication of silica-coated silver/gold nanoparticles 6 2 3 The Glutathione method fabrication of silica-coated gold nanoparticles 6 2 4 Characterizations 6 3 Results and discussion 6 3 1 Preparation of silica nanoparticles 6 3 2 The fabrication of silica-coated silver/gold nanoparticles 6 3 3 The Glutathione method fabrication of silica-coated gold nanoparticles 6 4 Summary Chapter 7Conclusions and Future Work 7 1 Silver spherical nanoparticles 7 2 Silver nanowires 7 3 Silver nanoplates 7 4 Silver micro-nanostructure and its alloy 7 5 Silver/Gold @ SiO2 composite materials 7 6 Future work References 詳細資料或其他書籍請至台灣高等教育出版社查詢,查後請於PChome商店街私訊告知ISBN或書號,我們即儘速上架。 |