膠黏劑新技術(shù)與應用手冊（第2版）

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作　者：	（萄）Lucas F. M. Da Silva，（德）Andreas chsner，（英）Robert D. Adams
出版社：	電子工業(yè)出版社
叢編項：
標　簽：	暫缺

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ISBN：	9787121463570	出版時間：	2023-09-01	包裝：	膠化紙精裝
開本：		頁數(shù)：		字數(shù)：

內(nèi)容簡介

　　本書英文版由德國施普林格（Springer）公司于2018 年出版，英國、德國、美國等20 多個國家的權(quán)威專家參與撰寫。本書由國內(nèi)眾多從事膠黏劑研究、生產(chǎn)和應用的20 多位專家參與翻譯。本書是粘接科技領域一部重要的經(jīng)典工具書，較為詳細地介紹了粘接基礎科學——物理、化學和材料科學、粘接工程特點、特殊工程應用等。全書內(nèi)容分10 部分，包括粘接理論、表面處理、膠黏劑和密封膠材料、粘接性能測試、接頭設計、耐久性、粘接施工、質(zhì)量控制、應用和新興領域。其中，對航天工業(yè)、汽車工業(yè)、軌道交通工業(yè)、船舶工業(yè)、土木建筑、電子工業(yè)、制鞋工業(yè)和石油工業(yè)等領域膠黏劑的應用做了比較深入的介紹，對生物膠黏劑、仿生膠黏劑、納米微粒改性膠黏劑、牙科膠黏劑、外科用膠黏劑等在新興領域的應用和發(fā)展也做了介紹。本書的出版為縮短我國成為膠黏劑強國的艱難歷程提供了理論基礎和技術(shù)支撐，對我國鑒借國外先進的理論研究、技術(shù)開發(fā)和高端應用技術(shù)，推動我國膠黏劑行業(yè)向高水平發(fā)展具有十分重要的意義。

作者簡介

　　盧卡斯？菲利佩？馬丁斯？達席爾瓦（Lucas F. M. Da Silva），葡萄牙波爾圖（Porto）大學機械學院機械工程系的副教授，任機械工程系的本科碩士連讀項目部主任。于2004 年在英國布里斯托（Bristol）大學獲得復合材料粘接科學方向的博士學位。他帶領由博士后、博士、碩士組成的膠黏劑研究團隊，已發(fā)表粘接接頭機械方面的ISI 論著206 篇（包括174 篇論文，32 篇編著）、專著23 篇（包括9 篇是作者，14 篇是編著）。論文被引用4690 次，引用指數(shù)37（SCOPUS，06/02/2018）。其中一篇論文獲得SAGE 最佳論文獎和Donald Julius Groen Prize2010（兩個獎項由機械學院授予）。他于2013 年和2018 年先后被波爾圖大學機械學院授予科學優(yōu)秀獎。他是《膠黏劑》期刊、《機械工程師學會論文集（會刊）》“L 部分材料期刊：設計與應用”（Proceedings of the Institution of Mechanical Engineers，Part L： Journal of Materials： Design andApplications）和《波爾圖大學工程學報》的首席主編。他是施普林格公司出版的《先進結(jié)構(gòu)材料》系列圖書和《應用科學與技術(shù)簡介：計算力學》期刊的編輯之一，他還是《國際粘接和膠黏劑》期刊（International Journal of Adhesion and Adhesives）和《粘接科學與技術(shù)》期刊（Journal of Adhesion Science and Technology）編委會成員，是60 個ISI期刊的審稿人。東莞市成銘熱熔膠博物館是中國首家熱熔膠博物館，是由東莞市成銘膠粘劑有限公司投資建設的公益項目。建設博物館的目的：書寫中國熱熔膠發(fā)展歷史，梳理中國熱熔膠行業(yè)發(fā)展現(xiàn)狀，展示熱熔膠產(chǎn)品、原材料、生產(chǎn)工藝、施膠工具與設備、檢測檢驗、應用領域、文獻理論，普及熱熔膠知識，為熱熔膠行業(yè)，為從事熱熔膠經(jīng)營的相關人士，為熱熔膠研究者、為化工院校的師生，提供一個集中、全面、系統(tǒng)、形象地了解中國熱熔膠行業(yè)的平臺。展示了350余件關于熱熔膠行業(yè)相關的展品，得到了中國膠粘劑與膠粘帶工業(yè)協(xié)會、中國熱熔膠專業(yè)委員會、生活用紙委員會、中國汽車協(xié)會、浙江粘接學會、《粘接》、《中國膠粘劑信息》、《中國膠粘劑》、《化學與粘合》、《生活用紙》、《衛(wèi)生用品產(chǎn)業(yè)》等行業(yè)協(xié)會與媒體的支持。

圖書目錄

目錄
第1 章粘接技術(shù)引言 ································.1
1.1 背景 ··············································.1
1.2 定義 ··············································.2
1.3 編寫目的 ·······································.4
1.4 本手冊概要 ···································.4
參考文獻 ···············································.5
第一部分粘接理論
第2 章基礎粘接理論 ···························.9
2.1 簡介 ······································.9
2.2 吸附理論 ·······························.11
2.3 機械理論 ·······························.15
2.4 靜電理論 ·······························.19
2.5 擴散理論 ·······························.20
2.6 弱界面層理論 ·························.26
2.7 結(jié)論 ·····································.28
參考文獻 ······································.29
第3 章黏合力 ···································.31
3.1 簡介 ·····································.31
3.2 物理力與化學力相互作用的基本術(shù)語和釋義 ······················.32
3.3 黏合力的實驗測定 ···················.38
3.4 黏附功的原位測量案例 ·············.45
3.5 結(jié)論 ·····································.48
參考文獻 ······································.48
第4 章固體的潤濕 ·····························.51
4.1 潤濕的定義 ····························.51
4.2 相界面熱力學簡介 ···················.53
4.3 三相平衡的熱力學基礎 ·············.59
4.4 靜態(tài)潤濕實驗 ·························.61
4.5 潤濕的自由能平衡 ···················.67
4.6 結(jié)論 ······································.69
參考文獻 ······································.70
第5 章液體在基材上的鋪展 ·················.72
5.1 簡介 ······································.72
5.2 平衡條件 ·······························.73
5.3 鋪展系數(shù) ·······························.73
5.4 流體剖面與能量耗散 ················.74
5.5 動態(tài)接觸角 ····························.75
5.6 鋪展速度 ·······························.76
5.7 退潤濕···································.78
5.8 結(jié)論 ······································.79
參考文獻 ······································.79
第6 章黏合熱力學 ·····························.81
6.1 簡介 ······································.81
6.2 分子間的相互作用 ···················.82
6.3 黏合熱力學模型 ······················.83
6.4 總結(jié) ······································.89
參考文獻 ······································.89
第二部分表面處理
第7 章表面處理概論 ··························.93
7.1 簡介 ······································.93
7.2 表面污染問題 ·························.94
7.3 表面污染物的清除 ···················.96
7.4 機械處理和界面相的作用 ········.100
7.5 化學處理 ·····························.102
7.6 電化學處理 ··························.105
7.7 結(jié)論 ····································.112
參考文獻 ····································.112
第8 章常用材料的表面處理 ···············.115
8.1 簡介 ····································.115
8.2 幾種金屬的表面處理方法 ········.122
8.3 其他材料的表面處理方法 ········.133
8.4 總結(jié) ···································.136
參考文獻 ····································.136
第9 章表面特征及其在粘接科技中的
應用 ····································.139
9.1 簡介 ···································.139
9.2 表面形貌 ·····························.140
9.3 表面能 ································.144
9.4 表面化學分析 ·······················.149
9.5 結(jié)論 ···································.157
參考文獻 ····································.157
第10 章通過表面分析研究粘接界面化學 159
10.1 簡介 ··································.159
10.2 基材表征 ····························.160
10.3 失效接頭研究 ······················.164
10.4 埋藏界面的探測 ···················.168
10.5 模型系統(tǒng) ····························.172
10.6 結(jié)論 ··································.178
參考文獻 ····································.178
第11 章有機硅烷黏合促進劑和底膠 ····.180
11.1 簡介 ··································.180
11.2 有機硅烷的定義及其起源 ·······.181
11.3 有機硅烷黏合促進劑的其他用途 ··································.189
11.4 偶聯(lián)劑的選擇 ······················.190
11.5 有機硅烷底膠/防蝕膜 ············.190
11.6 配方中的硅烷 ······················.193
11.7 非硅烷偶聯(lián)劑和黏合促進劑 ····.195
11.8 結(jié)論 ··································.195
參考文獻 ····································.196
第三部分膠黏劑和密封膠材料
第12 章膠黏劑和密封膠材料的分類 ····.201
12.1 簡介 ··································.201
12.2 功能 ··································.205
12.3 反應類型 ····························.208
12.4 化學類型和物理形態(tài) ·············.212
12.5 施膠方法 ····························.219
12.6 結(jié)論 ··································.221
參考文獻 ····································.221
第13 章膠黏劑組分 ·························.223
13.1 簡介 ··································.223
13.2 基體樹脂 ····························.224
13.3 溶劑 ···················1