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1.

電子ブック

EB
Ioan D. Marinescu, W. Brian Rowe
出版情報: Elsevier ScienceDirect Books , William Andrew Publishing, 2012
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2.

電子ブック

EB
Hideaki Adachi, Isaku Kanno, Hidetoshi Kotera, Kiyotaka Wasa
出版情報: Elsevier ScienceDirect Books , William Andrew Publishing, 2012
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Thin Film and Nano-materials
Thin Film and Nanomaterial Processes
Sputtering Phenomena
Computer Simulation of Sputtering
Sputtering Systems
Deposition of Compound Thin Films
Nanometer Materials and Devices
Microfabrications
Appendix
List of Acronyms
Index
Thin Film and Nano-materials
Thin Film and Nanomaterial Processes
Sputtering Phenomena
3.

電子ブック

EB
Lisa Satterwhite, Lisa L. Satterwhite, Natan T. Shaked, Zeev Zalevsky
出版情報: Elsevier ScienceDirect Books , Academic Press, 2012
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Introduction to phase microscopy and nanoscopy for biomedical applications (1 chapter)
Phase contrast microscopy, engineering and application (2 chapters)
Differential interference contrast microscopy engineering and application (3 chapters)
Digital holographic phase microscopy (5 chapters)
Phase microscopy by optical coherence tomography, engineering and application (2 chapters)
Tomographic phase microscopy (1 chapter)
Polarization microscopy (1 chapter)
Plasmonic nanoParticles as contrast agents for phase nanoscopy, engineering and application (2 chapters)
Introduction to phase microscopy and nanoscopy for biomedical applications (1 chapter)
Phase contrast microscopy, engineering and application (2 chapters)
Differential interference contrast microscopy engineering and application (3 chapters)
4.

電子ブック

EB
Jiri George Drobny, Plastics Design Library.
出版情報: Elsevier ScienceDirect Books , William Andrew Publishing, 2012
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Preface
Abbreviations
Introduction / 1:
Radiation Types and Sources / 1.1:
Ionizing Radiations / 1.2:
Gamma Rays / 1.2.1:
X-Rays / 1.2.2:
EB Radiation / 1.2.3:
Ion Beam Radiation / 1.3:
Laser Beam Radiation / 1.4:
References
Recommended Further Reading
Fundamentals of Radiation Chemistry and Physics / 2:
Interaction of High-Energy Electrons with Organic Matter / 2.1:
Interaction of Ionic Radiation with Polymeric Materials / 2.2.1:
Equipment Used for Radiation Processing of Polymers / 3:
γ-Ray Irradiation Equipment / 3.1:
EB Irradiation Equipment / 3.2:
Design and Operation of Industrial EB Reactors / 3.2.1:
Commercial EB Reactors-Their Performance and Use / 3.2.2:
Laboratory EB Units / 3.2.3:
X-Ray Processing Equipment / 3.3:
Current Developments in EB Processing Equipment and Technology / 3.4:
Electron Beam Processes / 4:
Methods to Enhance EB Radiation Cross-linking by Prorads / 4.1:
Indirect Cross-link Promoters / 4.2.1:
Direct Cross-link Promoters / 4.2.2:
Retarders of Radiation Cross-linking / 4.3:
Electron Beam Processing of Commercial Polymers, Monomers, and Oligomers / 5:
Processing of Thermoplastics / 5.1:
Processing of Polyolefins / 5.1.1:
Polystyrene / 5.1.2:
Polyvinyl Chloride and Polyvinylidene Chloride / 5.1.3:
Polymethacrylates and Polyacrylates / 5.1.4:
Fluoroplastics / 5.1.5:
Engineering Plastics / 5.1.6:
EB Processing of Elastomers / 5.2:
Physical Properties of Radiation Cross-linked Elastomers / 5.2.1:
Effects of Radiation on Individual Elastomers / 5.2.2:
EB Processing of Liquid Systems / 5.3:
Grafting and Other Polymer Modifications / 5.4:
Grafting / 5.4.1:
Other Polymer Modifications / 5.4.2:
Industrial Applications of Ionizing Radiation / 6:
EB Process in Wire and Cable Technology / 6.1:
Equipment and Processes in Cable Manufacture / 6.1.1:
Radiation Equipment and Process in W&C Manufacture / 6.1.2:
Materials / 6.1.3:
Recent Developments and Trends / 6.1.4:
EB Process in Tire Technology / 6.2:
EB Process in the Manufacture of Polyolefin Foams / 6.3:
Foam Expansion and its Control / 6.3.1:
Manufacturing Processes / 6.3.2:
Comparison of Chemical and Radiation Processes / 6.3.3:
Applications of Polyolefin Foams / 6.3.4:
EB Process in the Production of Heat-Shrinkable Materials / 6.4:
Heat-Shrinkable Tubing / 6.4.1:
Heat-Shrinkable Sheets and Films / 6.4.2:
Cross-linked PE Pipes / 6.5:
Irradiation of PE Pipes / 6.5.1:
EB Process in Coatings, Adhesives, Paints, and Printing Inks / 6.6:
Magnetic Media / 6.6.1:
Coatings / 6.6.2:
Printing and Graphic Arts / 6.6.3:
Adhesives / 6.6.4:
Production of Fluoroadditives / 6.7:
Radiation Curing of Polymeric Composites / 6.8:
Advanced Fiber-Reinforced Composites / 6.8.1:
Other Composite Materials / 6.8.2:
Hydrogels / 6.9:
Sterilization of Medical Devices / 6.10:
Other Applications for Ionizing Radiation / 6.11:
Battery Separators / 6.11.1:
Filter Membranes / 6.11.2:
Artificial Joints / 6.11.3:
Radiation-Resistant Polymers and Their Applications / 7:
Degradation and Stability / 7.1:
Radiation-Induced Degradation in the Absence of Oxygen / 7.1.1:
Radiation Degradation in Air / 7.1.2:
Radiation Resistance of Specific Polymers / 7.1.3:
Applications of Radiation-Resistant Polymers / 7.2:
Aerospace Applications / 7.2.1:
Radiation Sterilization / 7.2.2:
Nuclear Industry Applications / 7.2.3:
Dosimetry and Real-Time Process Monitoring / 8:
Dosimetry / 8.1:
Real-Time Monitors / 8.2:
Safety and Hygiene / 9:
EB Equipment Health and Safety / 9.1:
Personal Radiation Monitoring / 9.1.1:
Radiation Monitoring Systems / 9.1.2:
γ-Ray Health and Safety / 9.2:
Chemical Hazards / 9.3:
Current State of Technology and Trends / 10:
Current New Developments and Trends in Equipment and Chemistry / 10.1:
New Developments and Trends in Equipment / 10.1.1:
Ultralow-Energy EB Systems / 10.1.2:
Low-Profile Systems / 10.1.3:
Integrated Shield Roll / 10.1.4:
EB Systems Based on Sealed Tube Emitters / 10.1.5:
4 in 1 Flexible Packaging Line / 10.1.6:
New Developments and Trends in Chemistry / 10.1.7:
New Developments and Trends in Process Technology / 10.2:
Other New Developments and Trends / 10.3:
Cellulose Degradation for Ethanol/Biofuel Production / 10.3.1:
Cellulose Degradation for Paper and Viscose Production / 10.3.2:
Recycling of Municipal Waste by Irradiation / 10.3.3:
Major EB Equipment Manufacturers / Appendix I:
Standards and Specifications Applicable to Ionizing Radiation / Appendix II:
Units of Exposure, Absorbed Dose, and Conversions / Appendix III:
Equations Used / Appendix IV:
The 12 Principles of Green Chemistry / Appendix V:
Bibliography
Glossary
Index
Preface
Abbreviations
Introduction / 1:
5.

電子ブック

EB
William B. Ribbens
出版情報: Elsevier ScienceDirect Books , Butterworth-Heinemann, 2012
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6.

電子ブック

EB
Lee Tin Sin, W. A. W. A. Rahman, Wan A. W. A. Rahman, Wan Aizan Wan Abdul Rahman, A. R. Rahmat, Abdul R. Rahmat, Abdul Razak Rahmat, Plastics Design Library
出版情報: Elsevier ScienceDirect Books , Norwich : William Andrew Publishing, 2012
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Initial Glance over Polylactic acid / Chapter 1:
Synthesis and Production of Polylactic Acid / Chapter 2:
Thermal Properties of Polylactic acid / Chapter 3:
Chemical Properties of Polylactic acid / Chapter 4:
Mechanical Properties of Polylactic Acid / Chapter 5:
Rheology Properties of Polylactic Acid / Chapter 6:
Degradation and Stability of Polylactic Acid / Chapter 7:
Applications of Polylactic Acid / Chapter 8:
Initial Glance over Polylactic acid / Chapter 1:
Synthesis and Production of Polylactic Acid / Chapter 2:
Thermal Properties of Polylactic acid / Chapter 3:
7.

電子ブック

EB
Robert R. Crichton
出版情報: Elsevier ScienceDirect Books , Elsevier, 2012
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The role of metals in biology - an overview
Basic coordination chemistry for biologists
Structural and molecular biology for chemists
Biological ligands for metal ions
An overview of intermediary metabolism and bioenergetics
Methods which can be used to study metals in biology
Metal assimilation pathways
Transport, storage and homeostasis of metal ions
Sodium and potassium
Calcium
Magnesium
Zinc
Iron
Copper
Nickel and cobalt
Manganese
Molybdenum, vanadium, tungsten and chromium
Metals in brain function
Biomineralisation
Metals in medicine and the environment
Concluding remarks
The role of metals in biology - an overview
Basic coordination chemistry for biologists
Structural and molecular biology for chemists
8.

電子ブック

EB
Catherine Charcosset
出版情報: Elsevier ScienceDirect Books , Elsevier, 2012
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Preface
Principles on membrane and membrane processes / 1:
Membrane materials / 1.1:
Membrane devices / 1.2:
Membrane characterization / 1.3:
Fouling / 1.4:
Cleaning / 1.5:
Ultrafiltration / 2:
Principles / 2.1:
Membranes / 2.2:
Fouling control / 2.3:
Configurations / 2.4:
Applications / 2.5:
Theory / 2.6:
Microfiltration / 3:
Virus filtration / 3.1:
Membranes and configurations / 4.1:
Purification of viral vectors and vaccines / 4.3:
Theory of virus clearance / 4.6:
Membrane chromatography / 5:
Membrane support / 5.1:
Membrane activation / 5.3:
Interaction mode / 5.4:
Monolith chromatography / 5.5:
Membranes for the preparation of emulsions and particles / 5.7:
Configurations and membranes / 6.1:
Other membrane processes / 6.3:
Liquid membranes / 7.1:
Membrane bioreactors / 7.2:
Some perspectives / 8:
Solvent-resistant nanofiltration / 8.1:
Membrane crystallization / 8.2:
Index
Preface
Principles on membrane and membrane processes / 1:
Membrane materials / 1.1:
9.

電子ブック

EB
Art Kay
出版情報: Elsevier ScienceDirect Books , Newnes, 2012
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Preface
Acknowledgments
Introduction and Review of Statistics / Chapter 1:
Time Domain View of Noise / 1.1:
Statistical View of Noise / 1.2:
Frequency Domain View of Noise / 1.3:
Converting Spectral Density to RMS Noise / 1.4:
Chapter Summary
Questions
Further Reading
Introduction to Op-Amp Noise / Chapter 2:
Op-Amp Noise Analysis Technique / 2.1:
Introducing the Op-Amp Noise Model / 2.2:
Noise Bandwidth / 2.3:
Broadband RMS Noise Calculation / 2.4:
1/f RMS Noise Calculation / 2.5:
Combining Flicker and Broadband Noise / 2.6:
Noise Model for Example Circuit / 2.7:
Noise Gain / 2.8:
Converting Current Noise to Voltage Noise / 2.9:
Including the Effect of Thermal Noise / 2.10:
Combining All the Noise Sources and Computing Peak-to-Peak Output Noise / 2.11:
Derivation of Key Noise Formulas / 2.12:
Op-Amp Noise Example Calculations / Chapter 3:
Example Calculation #1: OPA627 Noninverting Amplifier / 3.1:
Compute the Noise Bandwidth / 3.2:
Get Key Noise Specifications from the Data Sheet / 3.3:
Compute Total Op-Amp Voltage Noise Contribution / 3.4:
Compute Total Thermal Noise Contribution / 3.5:
Combine All the Noise Sources and Compute Peak-to-Peak Output / 3.6:
Example Calculation #2: Two-Stage Amplifier / 3.7:
Introduction to Spice Noise Analysis / Chapter 4:
Running a Noise Analysis in TINA Spice / 4.1:
Test the Op-Amp Model Noise Accuracy / 4.2:
Build Your Own Noise Model / 4.3:
Use TINA to Analyze the Circuit Given in Chapter 3 / 4.4:
Feedback Capacitor Simulation Example / 4.5:
Introduction to Noise Measurement / Chapter 5:
Equipment for Measuring Noise: True RMS DMM / 5.1:
Equipment for Measuring Noise: Oscilloscope / 5.2:
Equipment for Measuring Noise: Spectrum Analyzer / 5.3:
Shielding / 5.4:
Verify the Noise Floor / 5.5:
Account for the Noise Floor / 5.6:
Measure Example Circuit #1 Using a True RMS Meter / 5.7:
Measure Example Circuit #1 Using an Oscilloscope / 5.8:
Measure Example Circuit #1 Using a Spectrum Analyzer / 5.9:
Measure Low Frequency Noise for the OPA227 / 5.10:
Offset Temperature Drift vs. 1/f Noise in Low-Frequency Noise Measurement / 5.11:
Noise Inside the Amplifier / Chapter 6:
Five Rules of Thumb for Worst-Case Noise Analysis and Design / 6.1:
Detailed Mathematics for Bipolar Noise / 6.2:
Detailed Mathematics for FET Noise / 6.3:
Simplified Physical Connection Inside Amplifier / 6.4:
Popcorn Noise / Chapter 7:
Review of 1/f and Broadband Noise / 7.1:
What Is Popcorn Noise / 7.2:
What Causes Popcorn Noise? / 7.3:
How Common Is the Problem? / 7.4:
Popcorn Noise-Current or Voltage Noise? / 7.5:
Bench and Production Test for Voltage Popcorn Noise / 7.6:
Bench and Production Test for Current Popcorn Noise / 7.7:
Analyzing the Popcorn Noise Data / 7.8:
Setting Limits to a Popcorn Noise Test / 7.9:
When Is Popcorn Noise a Concern? / 7.10:
1/f Noise and Zero-Drift Amplifiers / Chapter 8:
Zero-Drift Amplifiers / 8.1:
Zero-Drift Amplifier Spectral Density Curve / 8.2:
Low-Frequency Noise / 8.3:
Measuring Low-Frequency Noise / 8.4:
Instrumentation Amplifier Noise / Chapter 9:
Short Review of Three Amp Instrumentation Amplifier / 9.1:
Noise Model of Three Amp Instrumentation Amplifier / 9.2:
Hand Analysis of Three Amp Instrumentation Amplifier / 9.3:
Simulation of Three Amp Instrumentation Amplifier / 9.4:
Reducing Noise with Averaging Circuit / 9.5:
Photodiode Amplifier Noise / Chapter 10:
Introduction to Photodiodes / 10.1:
The Simple Transimpedance Amplifier / 10.2:
Photodiode Current Noise / 10.3:
Thermal Noise from Rf / 10.4:
Noise from Op-amp Voltage Noise Source / 10.5:
Total Noise (Op-amp, Diode, and Resistance) / 10.6:
Stability of Transimpedance Amplifier / 10.7:
Photodiode Noise Amplifier Example Results / Chapter 11:
Photodiode Example Specifications / 11.1:
Photodiode Current Noise Calculations / 11.2:
Op-amp Specifications / 11.3:
Op-amp Voltage Noise Calculations / 11.4:
Thermal (Resistor) Noise Calculations / 11.5:
Op-amp Current Noise Calculations / 11.6:
Total Noise for Example Transimpedance Amplifier / 11.7:
Spice Analysis of Example Circuit / 11.8:
Measuring the Noise for the Example Transimpedance Amplifier / 11.9:
Glossary
Answers to Questions
Index
Preface
Acknowledgments
Introduction and Review of Statistics / Chapter 1:
10.

電子ブック

EB
Alfred Hassner, Irishi Namboothiri
出版情報: Elsevier ScienceDirect Books , Elsevier, 2012
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Rearrangement / Acyloin
(Ene) Reaction / Alder
Aromatic Tritylation / Baeyer-Villiger
Ketone Oxidation
Arylpyridine synthesis / Chichibabin
N-Heterocycle Amination
Indolizine Synthesis
DIELS - ALDER Cyclohexene Synthesis
ALDER Reaction Asymmetric / Diels
Methylenation Reagent / Eschenmoser
Alkylation Acylation / Friedel-Crafts
Carbonylation / Gattermann-Koch
Reagents / Grignard
Bromination / Hell-Volhardtzelinski
Grignard Reagent / Ivanov
Asymmetric Epoxidation / Jacobsen
Allylation / Keck
Ce Reducing Agent / Luche
Aminomethylation / Mannich
Addition / Michael
C-C Cross Coupling / Negishi
Oxidation / Oppenauer
Cyclopentenone / PAUSON-KHAND
Annulation / Robinson
Chromone / ROBINSON-ALLAN-KOSTANECKI
Quinoline / Robinson-Foulds
Oxazole; ROBINSON-GABRIEL
C-C Coupling / Sharpless ; Suzuki-Miyaura
Multicomponent Condensation / Tsuji-Trost ; Ugi
Reagent / Vilsmeier
Olefin Synthesis / Wittig
Lactonization / Yamaguchi
Cyclohexadienone Synthesis / Zincke-Suhl
Rearrangement / Acyloin
(Ene) Reaction / Alder
Aromatic Tritylation / Baeyer-Villiger
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