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Nanoscale Science and Technology: class diamond-like carbon-based thin film material(Chinese Edition)
Seller: liu xing, Nanjing, JS, China
Seller rating 5 out of 5 stars
paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub date: In November 2012 Pages: 736 Language: Chinese Publisher: Science Press Nanoscale Science and Technology: diamond-like carbon-based thin-film material is a systematic exposition diamond-like carbon-based thin-film research and application in the theory technical monographs. Nanoscale Science and Technology: diamond-like carbon-based thin-film materials definition. classification. description of diamond-like carbon-based thin film preparation method and its application under the premise of the elements doped diamond-like carbon-based films. new structural carbon-based The research progress of the composite film and the film tribological properties. mechanical properties. chemical and thermal stability. optical. electrical and magnetic features. biomedical characteristics and the performance improvement approaches and ideas. Nanoscale Science and Technology: diamond-like carbon-based thin-film materials for experts in the field of diamond-like carbon-based films and researchers are informative scientific research and information available for class diamond fields of engineering and technical personnel to read. but also for undergraduate and graduate students engaged in surface science and engineering. scientific and technical personnel of the solid lubricating materials research and universities reference. Contents: Nanoscale Science and Technology Series order book Preface Foreword the wonderful carbon material for Chapter 1 diamond-like carbon-based films Overview 1.1 1.2 DLC film definition and structure 1.2.1 DLC film definition 1.2.2 DLC film structure model 1.3 DLC the 1.4 DLC film of the deposition of thin film growth process in the deposition mechanism 1.3.1 1.3.2 DLC film deposition growth model structural characterization 1.4.1 X-ray photoelectron spectroscopy 1.4.2 Raman spectra 1.4.3 Infrared Spectroscopy 1.4. transmission electron microscopy 1.4.5 electron energy loss spectroscopy 1.4.6 Surface morphology observation 1.5 DLC film preparation method 1.5.1 physical vapor deposition technology 1.5.3. 1.5.2 chemical vapor deposition liquid phase deposition techniques 1.6 DLC film Properties and Application 1.6.1 Mechanical properties and applications 1.6.2 electrical properties and applications 1.6.3 optical properties and applications 1.6.4 Biomedical Characteristics and Application 1.6.5 Other characteristics and application of the history of the the 1.7 DLC film development Review 1.8 DLC Chapter 2 elements of the film research prospects References 2.1 metal-doped diamond-like carbon-based composite film doped DLC composite films 2.1.1 Ti-doped DLC composite films 2.1.2 Cr-doped DLC composite films 2.1.3 W-doped DLC composite film 2.1.4 Mo doped DLC composite films 2.1.5 Nb-doped DLC composite films 2.1.6 Al-doped DLC composite films 2.1.7 Cu. Ag and Au-doped DLC composite films 2.1.8 Fe. Co. and Ni-doped heteroaryl composite DLC film 2.1.9 Ta. V. Zr and Hf-doped DLC composite film 2.1.1 Other metal-doped composite DLC film is doped with 2.2 Non-metallic composite DLC film 2.2.1 Si-doped DLC composite film 2.2.2 N-doped DLC composite films 2.2.3 F-doped DLC composite films 2.2.4 Other non-metallic elements doped DLC composite films 2.3 compounds doped DLC composite films 2.3.1 MoS2-DLC composite film 3.2.MeN (or MEC ) fullerene DLC film-DLC composite film 2.3.3 the MeO-DLC composite films References Chapter 3 new structural class of diamond-like carbon-based composite film 3.1 fullerene-like nanostructures DLC films 3.1.1 structural features 3.1.2 class preparation process of the fullerene DLC films and deposition mechanism of the mechanical and tribological properties of 3.1.3 fullerene DLC film 3.2 Multiple Doping and multi-layer gradient DLC composite films 3.2.1 Multiple Doping DLC ??nanocomposite thin films 3.2. 2 gradient composite films and nano-multilayer DLC 3.3 micro / satisfied textur. Seller Inventory # NG025779