Contents

#### **Preface XIII**



Chapter 18 **III-V Multi-Junction Solar Cells 443**

Xiong and Meichun Huang

Chapter 19 **Use of Optoelectronic Plethysmography in Pulmonary Rehabilitation and Thoracic Surgery 471**

Gui jiang Lin, Jingfeng Bi, Minghui Song, Jianqing Liu, Weiping

Contents **VII**

Giulia Innocenti Bruni, Francesco Gigliotti and Giorgio Scano


Vladimir G. Krasilenko, Aleksandr I. Nikolskyy and Alexander A. Lazarev


Chapter 18 **III-V Multi-Junction Solar Cells 443** Gui jiang Lin, Jingfeng Bi, Minghui Song, Jianqing Liu, Weiping Xiong and Meichun Huang

Chapter 9 **Recent Progress in the Understanding and Manipulation of**

Gabriel Bernardo and David G. Bucknall

Chapter 11 **Organo-Soluble Semi-Alicyclic Polyimides Derived from**

Chapter 12 **Aromatic Derivatives Based Materials for Optoelectronic**

Florin Stanculescu and Anca Stanculescu

Chapter 13 **Optoelectronic Oscillators Phase Noise and Stability**

Chapter 14 **Design and Modeling of Optoelectronic Photocurrent**

**Carrier Sensing of Output Packets 375**

Nobuo Goto and Shin-ichiro Yanagiya

**Scanning Signal Energy Centre 389**

Chapter 17 **Opto-Electronic Packaging 419** Ulrich H. P. Fischer

**Performance Processing 349**

Chapter 10 **Dewetting Stability of ITO Surfaces in Organic Optoelectronic Devices 229**

**Alignment Layer for TFT-LCDs 269**

Ayse Turak

**VI** Contents

**Applications 291**

**Measurements 337** Patrice Salzenstein

Lazarev

**Morphology in Polymer: Fullerene Photovoltaic Cells 207**

**Substituted-Tetralin Dianhydrides and Aromatic Diamines: Synthesis, Characterization and Potential Applications as**

Jin-gang Liu, Yuan-zheng Guo, Hai-xia Yang and Shi-yong Yang

**Reconfigurable (OPR) Multifunctional Logic Devices (MFLD) as the Universal Circuitry Basis for Advanced Parallel High-**

Hiroki Kishikawa, Hirotaka Umegae, Yoshitomo Shiramizu, Jiro Oda,

Moisés Rivas, Wendy Flores, Javier Rivera, Oleg Sergiyenko, Daniel

Vladimir G. Krasilenko, Aleksandr I. Nikolskyy and Alexander A.

Chapter 15 **All-Optical Autonomous First-in–First-out Buffer Managed with**

Chapter 16 **A Method and Electronic Device to Detect the Optoelectronic**

Hernández-Balbuena and Alejandro Sánchez-Bueno

Chapter 19 **Use of Optoelectronic Plethysmography in Pulmonary Rehabilitation and Thoracic Surgery 471** Giulia Innocenti Bruni, Francesco Gigliotti and Giorgio Scano

Preface

international works on optoelectronics.

Korea, Taiwan, Ukraine, USA, and Vietnam.

solid state physics over such time scales.

regions of application of modern optoelectronic devices.

Optoelectronics, as the discipline devoted to the study and application of electronic devices that emit, detect, and otherwise control light, has widely proliferated around the world and enabled many of today's modern conveniences. Despite this ubiquity, new applications and novel optical phenomena continue to drive innovation. Accordingly, there is a need to compile advances and new achievements for specialists and all who are interested. Thus InTech – Open Access Publisher has developed this offering, Optoelectronics – Book II, as the second part of the InTech collection of

As with the first book Optoelectronics - Materials and Techniques, edited by Professor P. Predeep, this book covers recent achievements by specialists around the world. With pleasure we note the growing number of countries participating in this endeavor including Brazil, Canada, China, Egypt, France, Germany, India, Italy, Japan, Malaysia, Mexico, Moldova, Morocco, Netherlands, Portugal, Romania, Saudi Arabia, South

Our joint participation in this book and writing of one of its Chapters also testifies to the unifying effect of science. We started this book from the Chapter entitled "Advanced Light Emissive Device Structures" which highlights the progression in properties of a unique collection of aged GaP crystals grown over 50 years ago and now exhibit very interesting optoelectronics features and offer fundamental insights into

We purposely do not divide the book into separate sections, as I common, because many of the Chapters are devoted to differing aspects of optoelectronics, including materials and their characterization, through device structures and applications. However, we tried to gather chapters of similar theme are together. An interested reader will find in the book the description of properties and applications employing organic and inorganic materials, such as different polymers, oxides and semiconductors, as well as the methods of fabrication and analysis of operation and
