



本专著研究用于类脑芯片的仿生人工突触忆阻器,分别针对类脑芯片神经形态材料表征、制备和忆阻特性研究。内容分为五章,第一章 绪论,第二章 PBD: GO纳米复合物忆阻器制备、表征及其忆阻特性研究,第三章 PMMA: GO纳米复合物忆阻器制备、表征及其忆阻特性研究,第四章 MOF: GO纳米复合物忆阻器制备、表征及其忆阻特性研究,第五章 GO: GQDs纳米复合物忆阻器制备、表征及其忆阻特性研究。本书为神经形态计算与忆阻器类脑芯片领域的系统性研究成果凝练,旨在为相关领域的研究者与工程实践者提供重要参考。
Contents
Chapter 1 Introduction1
1.1 Memristor ・1
1.2 Biomimic Artificial Devices .9
Artificial Synapse Device ・.13
Chapter 2 Memristor Fabrication, Characterization, and Properties
Research Based on PBD: GO Nanocomposites .16
2.1 Memristor Fabrication on The Basis of PBD: GO Nanocomposites ・.16
2.2 Characterization of PBD: GO Nanocomposites .18
2.3 Memristive Characteristics Based on PBD: GO Nanocomposites .29
Characteristics.30
2.4 Memristor Fabrication Based on Trilayer-Structure PBD:
GO/PMMA/PBD: GO .40
2.5 Characterization of PBD: GO Nanocomposite and PMMA.42
2.6 Better Memristive Characteristics of ITO/PBD: GO/PMMA/PBD:
GO/Ni.49
Characteristics.49
Chapter 3 Memristor Fabrication, Characterization, and Characteristics
Research Based on PMMA: GO Nanocomposites.59
3.1 Memristor Fabrication Based on PMMA: GO Nanocomposites .59
3.2 Characterization of PMMA: GO Nanocomposites .61
3.3 Memristive Characteristics Based on PMMA: GO Nanocomposites .68
Characteristics.69
Chapter 4 Memristor Fabrication, Characterization, and Characteristics
Based on Mg-MOF-74: GO Nanocomposites .77
4.1 Memristor Fabrication Based on Mg-MOF-74: GO Nanocomposites ・.77
4.2 Characterization of Mg-MOF-74: GO Nanocomposites .80
4.3 Memristive Characteristics Based on Mg-MOF-74: GO
Nanocomposites .89
Characteristics.90
Chapter 5 Memristor Fabrication, Characterization, and Memristive
Characteristic Based on GO: GQDs Nanocomposites .100
5.1 Memristor Fabrication Based on GO: GQDs Nanocomposites.101
5.2 Characterization of GO: GQDs Nanocomposites .103
5.3 Memristive Characteristics Based on GO: GQDs Nanocomposites .109
Characteristics.109
Conclusion 120
References 122
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