S&T出版 Product Lineup

This book corresponds to the revised edition of "Composition, Characteristics, and New Processes of Lithium-Ion Electrodes," published by S&T Publishing Co., Ltd. (scheduled for release in November 2024) (Note from the editorial department: This is not an updated version. There are additions and deletions of figures and explanations compared to the previous edition). While the technical content of this book does not deny the current liquid electrolyte lithium-ion batteries, the limitations of liquid electrolytes are already becoming apparent. We must transition to solid electrolytes and simultaneously rationalize bipolar cell formation through the dry process of electrode drying. The classical wet electrode process, which has already become outdated, will only become a bottleneck for cost reduction, even if new gigacell factories are built. Although it is referred to as "electrode," the crucial positive electrode material only deals with the new sulfur positive electrode, while the negative electrode materials include LTO, NTO, silicon-based materials, and lithium metal. The performance enhancement of positive electrode materials has nearly reached a plateau, and improving the power characteristics (W/Kg, W/L) and cycle characteristics of the battery (cell) will likely depend on the selection and utilization of negative electrode materials. Many transient combinations that have not reached conclusions and whose evaluations are uncertain are also discussed. While some content may be quite ambitious, I hope it serves as a catalyst for discussion among readers. (Hidetaka Sugawara)

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The packaging industry in Southeast Asia is gradually expanding as a whole market size. Originally centered around a "street food culture," it has taken a long time for "packaged processed foods" to grow. However, various packaging materials for processed foods, including barrier packaging, are now being introduced into the market. This report analyzes "film manufacturers," "converters," and "PET bottle resin manufacturers" that have entered the target countries as suppliers. In the Japanese market, packaging materials composed of transparent barrier films, including transparent vapor-deposited films, have grown to occupy a significant proportion. In contrast, Southeast Asia still heavily relies on aluminum-based barrier films (especially aluminum vapor-deposited films). There is also a persistent tendency to pursue metallic gloss over barrier properties. In China, a major packaging material country, the proportion of aluminum-based barrier films is overwhelmingly high. However, transparent vapor-deposited films and hybrid barrier-coated films are also rapidly emerging. It remains to be seen whether competition among transparent barrier films will intensify in China in the future.

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- Thank you for your hard work enduring oxidation and reduction with the electrode binder; it's about time... - LFP → water-based coating, NCM → powder coating, solid-state → Fiber Fibrillation might be the main contenders? - The dry process is key to the productivity of widespread adoption. - Solid-state batteries seem to be compatible with the dry process. - Solid-state batteries theoretically do not require a binder, but there are other challenges... - Solid electrolytes and bipolar structures, will it be multiplication or addition? Looking forward to the future... - Is it possible to achieve a lithium-sulfur battery with a continuous electrode at the 500Wh/kg level? This book addresses the manufacturing of current lithium-ion batteries, focusing on the manufacturing process of the electrode plates, particularly the binder (adhesive, binding agent), chemical materials, process technology, and their new developments. For battery manufacturers, the wet binder and electrode manufacturing, which are considered dirty work, are areas they prefer to avoid. I have attempted to collect data and provide explanations in the hope that chemical engineering alumni can contribute, even if only slightly, to solving these issues. Please forgive any lack of clarity regarding the technical know-how of individual manufacturers. (“Introduction” by Shuichi Sugawara)

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Retort pouch products have managed to maintain their distribution volume even in the context of the pandemic, which has led to longer hours spent at home. Furthermore, after the pandemic has somewhat subsided, a resurgence in growth rates is anticipated. In the Japanese market, high growth rates have been sustained for over a decade, but in the last 4 to 5 years, there has been a noticeable decline in growth rates compared to previous periods. However, it is expected that a steady recovery will occur in the future. It is worth noting that in 2023, following the pandemic, there was a slight increase in inventory due to a rebound from increased production anticipated by rising demand. Future growth rates are estimated to continue at 2-3% per year. In the case of the Japanese market, looking specifically at retort pouch products, particularly the overwhelmingly dominant "retort pouch food," there continues to be a trend of "slowing growth rates for aluminum foil-based retort pouches" and "advancements in growth rates for transparent barrier film-based retort pouches." Especially concerning the reduction of carbon dioxide emissions, with the current emphasis on SDGs, transparent pouches are increasing in significance as environmentally friendly packaging. I hope this document serves as a helpful resource for the packaging industry and end-users in their business planning.

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Explaining the essential thermal management for improving the performance, energy efficiency, comfort, and safety of EVs.

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The powertrain optimized and specialized for the electrification of automobiles is advancing. Experts from companies and universities explain the required characteristics, challenges, and countermeasures, covering everything from the basics to the latest trends.

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This book, like the preface "Mechanisms of Wet Etching and Optimization of Processing Parameters," explains not only the latest technologies but also the fundamentals and practical applications. It is recommended for those who want to learn about wet etching, dry etching, post-etching, and three-dimensional microstructure fabrication techniques.

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This book explores the research and development of novel polymer membranes and inorganic membranes, their applications in CO2 separation and H2 separation, solutions to carbon neutrality challenges, and further applications in various chemical processes. Leading researchers in each field have been invited to contribute, detailing recent significant research findings either in new sections or as continuations of previous writings. In the future, membrane separation is expected to increase in importance and attract many researchers. I am confident that this book will serve as a valuable text for researchers who are looking to advance their research and development, just as the previous volume did. (Hidetoshi Kita, "Preface")

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In an EV society, motors are positioned similarly to batteries, not only in terms of performance importance but also in the risks associated with material resource procurement. Therefore, this book discusses resource countermeasure technologies from five perspectives: Chapter 1 focuses on the reduction of heavy rare earth elements, Chapter 2 on the structure of motors, weight reduction, and high-speed operation, Chapter 3 on the enhancement of electrical steel sheets and alternative magnetic materials, Chapter 4 on the recycling of motors and materials, and Chapter 5 on evaluation and analysis. We hope this material will be useful for understanding the resource positioning of EV motors, the technological approaches to address these issues, the current technological challenges, and future prospects.

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This is a book that summarizes the control of heterogeneous material interfaces for performance improvement, the phenomena and functions that manifest at the interfaces, and the technologies for their utilization, from basic principles to cutting-edge research trends. By having leading experts in each field and those who are at the forefront of interface research on new materials contribute to this work, the desired performance and functions, challenges, and research directions are clearly outlined. We hope that readers will gain new insights and discoveries that transcend their areas of expertise, research fields, and application targets.

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In order to realize a resource-circulating society, we have invited experts to write about plastic material recycling, the utilization of recycled materials, and biomass materials, focusing on the efforts that can be made from the perspectives of production, molding, distribution, sales, consumption, and community. We hope that this book will help you discover what systems are necessary to achieve a resource-circulating society, where the challenges lie, and provide insights or solutions to these realities.

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This book is envisioned as a "business resource collection" that broadly addresses the business needs and supply (demand and supply) aspects related to x/z EVs and lithium-ion batteries, while considering recent trends. It is not intended for the author to present conclusions or provide direction. The goal is to gather the most recent data in numerical form as much as possible, organize it chronologically, and provide it as a reference for the readers' action plans. In the first half, the focus is on BEVs, PHEVs, and HEVs, organizing and presenting the different contents of x/z EVs by country. A list of the goals for the abolition of ICEs by 2030 or 2035 is provided according to these classifications. Next, the manufacturing and sales performance by country and region is summarized based on the most recent 12 months of numerical data available. The significant gap between these figures and the final targets appears to be a barrier that will hinder progress moving forward. The challenge of addressing this gap varies widely depending on the country and automobile manufacturers, leading to many competitive and collaborative relationships emerging. The major BEV models from various companies have moved beyond the development stage and are now entering a phase of performance improvement and the development of uniqueness. The driving performance of major models from the 2022-23 period is compared, and various issues related to charging systems and safety are addressed.

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This book aims to provide an overview of key devices and essential technologies expected to play an important role in 6G/7G. Experts at the forefront of various fields have contributed to each section, covering topics from system concepts to device technologies, signal processing technologies, and transmission technologies. From a hardware perspective, 6G/7G is characterized by the integration of optical wireless and terahertz communication. Chapter 1 explains the trends and system concepts of optical wireless integration systems, as well as the necessary signal processing. Chapter 2 covers the overview and trends of electronic devices and optical devices that support optical wireless integration. Chapter 3 discusses terahertz wave wireless communication, including high-speed electronic devices using compound semiconductors, examples of terahertz wave transmission systems, and a wide range of technologies such as metasurfaces, which are expected to be applied to the terahertz wave band in the future, summarizing the latest trends and future prospects.

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This book, "Challenges and Evaluation Technologies of Next-Generation Power Electronics," is edited around silicon power semiconductors, which are currently the main players, and next-generation power semiconductor devices based on wide bandgap materials, which will be at the center of next-generation power electronics. It provides detailed introductions not only to semiconductor crystals, device design, process equipment, and high-temperature mounting technologies, but also to the latest evaluation technologies regarding material properties and device characteristics, as well as cutting-edge simulation technologies. It thoroughly covers a wide range of topics, including applications in automotive and communication devices, which are expected to grow significantly in the future, as well as developments in industrial equipment, including home appliances and railways. I hope this book will be greatly helpful in expanding the adoption of next-generation power semiconductor devices towards the realization of a decarbonized society.

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In previous books that explained BAW and SAW elastic wave devices, there has been little mention of new structure SAW devices, high-frequency SAW devices, high-frequency plate wave devices, and high-frequency single crystal BAW devices. This book not only covers these topics but also includes fundamental content for learning about BAW and SAW, practical devices developed by the authors engaged in development and commercialization, and devices expected in the future, resulting in a rich content. I would like to express my deep gratitude to those who contributed their writing despite their busy schedules. It would be a great joy if this book leads to new hints, ideas, or the development of new products. (Excerpt from Michio Kadota's "Introduction")

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This book collects the latest research examples related to the stretching of polymers and includes a wide range of content from the fundamental science of stretching to industrial processes. <Omitted> In a situation where understanding related to stretching has not sufficiently progressed, fresh insights are being accumulated through efforts utilizing novel measurement methods and new materials. The rich content and passionate introductions provided in many chapters reflect the deep commitment of each author to the topic of stretching. On the other hand, the book also features cutting-edge information and raw insights that can only be understood in the field, concerning the manufacturing of fibers, films, and bottles, as well as both basic experiments and actual manufacturing processes. I hope this book can contribute, even in a small way, to the advancement of research and development related to stretching. Yuji Marutani, Tokyo Institute of Technology (Excerpt from "Preface")

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Monitoring technologies that enhance "in-vehicle safety" are gaining attention, and the smartification of in-vehicle interiors using AI and software technologies is accelerating to "optimize the space spent inside the car." This seminar will present various perspectives on the correlation between driver monitoring systems, occupant monitoring systems, HMI, HVAC, and battery monitoring technologies, which are core elements in electrification, along with discussions on autonomous driving, AI, and software technologies, all of which are driving the in-vehicle interior sensor market.

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As the trend towards decarbonization accelerates globally, hydrogen is gaining attention. In the short term, the utilization of blue hydrogen (fossil fuels + CCS) is expected, but in the long term, green hydrogen (derived from renewable energy) will also be required. Green hydrogen is primarily produced through Power to Gas, which needs to be understood in the context of the integration of renewable energy into the grid. In terms of hydrogen utilization, there are options beyond direct use of hydrogen, such as converting hydrogen into synthetic fuels. If synthetic fuels require CO2, this is also related to CCU (Carbon Capture and Utilization) and carbon recycling. In pursuit of carbon neutrality, this paper will introduce domestic and international trends regarding Power to Gas, synthetic fuels, and CCU, while exploring the potential and challenges of these technologies.

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Wind power generation, unlike solar power generation, is an accumulation of manufacturing consisting of 20,000 parts such as wind turbines, bearings, gearboxes, and generators, with Japanese companies having strengths in materials and components, including carbon fiber used in wind turbines. However, the world's largest wind power generation country has shifted from the United States to China, which is focusing on nurturing domestic manufacturers. The rise of Chinese and Indian companies, along with the strengthening of offshore wind power projects by leading Western companies, has intensified competition in terms of improving generation efficiency and pricing in wind power. In Japan, some companies are withdrawing from the wind power business, and development has not progressed as expected due to regulations on time-consuming environmental assessments, site constraints, limitations on transmission system capacity, and fishing rights. However, following the Tokyo Olympics, there are high expectations for the growth of Japan's wind power market, which exceeds 1 trillion yen annually, as a key area of infrastructure strategy. This will provide a clear explanation of how onshore and offshore wind power will grow in Japan and globally, and the potential future business opportunities for Japanese companies.

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Since the global spread of the coronavirus began in 2020, countries around the world have suffered significant human and economic damage, and by the end of 2021, a recovery outlook is finally beginning to emerge. In this context, the realization of a decarbonized society, including the electrification of vehicles (xEV) for addressing global warming and air pollution, remains an urgent challenge for humanity. The power devices, which are core components determining the performance of power electronics products such as EVs, are expected to see widespread adoption of new materials like SiC/GaN devices. However, at present, it cannot be said that they sufficiently meet market demands in terms of performance, reliability, and price. This course aims to clearly explain the key points for widely promoting SiC/GaN power devices in the market, while keeping an eye on the latest trends of their strong competitor, silicon devices.

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This presentation is organized in a lecture format based on the main topics of the book "Supply Chain SC for EV Batteries and Battery Materials," which is scheduled to be published by S&T Publishing in early 2022. The research and drafting of this book have been underway since around the fall of 2021, but issues related to EVs, EV batteries, and the supply chain SC of their raw materials have emerged as significant challenges. Recent information highlights a major news item from Toyota Motor Corporation's announcement on December 14, regarding 3.5 million EVs by 2030. The batteries required for this will involve a new investment of 2 trillion yen, totaling 280 GWh. Not only Toyota, but Volkswagen has also announced plans to produce 240 GWh in-house. In this presentation, I would like to focus on the first part regarding the number of EVs by 2030/35 and the second part concerning battery production expansion plans. I will estimate the supply chain of battery components, including positive and negative electrode materials, as numerically as possible, and consider examples of mineral development for nickel and cobalt. Additionally, the selection of materials such as positive and negative electrodes seems to have shifted from a focus on cost reduction for batteries to a different trend. Furthermore, I would like to touch on the emergence of the materials market for new all-solid-state batteries.

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This seminar will explain the operating principles of key devices that support optical fiber communication and optical measurement/sensing, as well as the latest research trends. To help those unfamiliar with optical devices understand, we will also cover the basics of photonics, including wavelength, phase, and polarization. While some mathematical expressions are necessary to understand optical modulators, the goal of this seminar is to achieve an intuitive understanding. We will use simulation software that is easy to operate and allows you to observe changes in the output signal of the modulator to demonstrate the operating principles. Through this seminar, we aim to equip you with the knowledge necessary to develop and design application systems using optical modulators.

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Retort pouch products continue to see an increase in distribution volume in response to longer at-home time. In the Japanese market, they are regaining steady growth amid the current COVID-19 pandemic. It is estimated that at least until 2023, a growth rate of 2-3% per year is possible. In the case of the Japanese market, looking at the overwhelmingly central "retort pouch food," the growth rate of "transparent barrier film structured retort pouches" continues to progress. Additionally, in South Korea, pouch exports to countries like India are becoming more active beyond domestic demand. In Thailand, necessary quantities are supplemented through pouch imports, and by combining these, it serves as a "export base for retort pouch food (final products) to the world." In North America, the trend for retort sterilization has been "canned goods → rigid containers," but in recent years, pouch types have been reevaluated and continue to increase, particularly with a high proportion in baby food applications. In the European market, as a trial for achieving environmentally friendly pouches, "monomaterial pouches in pet food" have come to the forefront.

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In recent years, plating technology has established its importance as a foundational technology in the electronics industry. In electronics such as semiconductor devices, high-frequency printed circuit boards, and MEMS, it is primarily utilized as a wiring formation technology. Additionally, lithography technology is necessary to form high-precision wiring and plug structures. This technology forms a plating layer limited to areas designed with a resist mask. The resist mask is also used as an etching mask. High precision of the resist mask is essential for controlling the wiring shape through plating. In this seminar, we will discuss the plating technology of wiring materials such as Cu and Ni, the basics of lithography technology, and the enhancement of resist mask precision. We will also explain troubleshooting methods for issues such as mask deformation and mask peeling. This course is designed to be easy to understand for beginners, allowing them to learn from the basics. Additionally, we will address daily troubleshooting consultations that participants may have.

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The shortage of automotive semiconductors, which has been a concern since the beginning of 2021, is having a significant impact on the automotive industry. However, it is important not only to resolve the shortage issue. With the future spread of CASE (Connected, Autonomous, Shared, and Electric), the composition of automotive semiconductors may change, and the supply chain could also be altered, so it is crucial to prepare for this now.

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Rolling bearings are sometimes referred to as the "rice of machines," analogous to the Japanese diet, and they are essential mechanical components in constructing mechanical systems. In mechanical design, selecting rolling bearings according to the specifications of the machinery is part of the job, but failing to understand the fundamental principles can lead to significant mistakes. Recently, as the control of motor rotation speed using inverters has become widespread, electrical corrosion has also been observed in household appliances. Electrical corrosion is not a form of mechanical damage. Moreover, the design of rolling bearings should not allow electricity to flow internally, so when electrical corrosion occurs, the cause is often unclear. This seminar will explain the conditions under which electrical corrosion occurs, the observation of the ridge mark growth process, and methods to prevent electrical corrosion. A seminar specifically focused on electrical corrosion in rolling bearings is rare, and I hope to make it a meaningful experience for all participants.

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Although 5G services have just begun, discussions about Beyond 5G and 6G are already gaining momentum. Beyond 5G/6G is expected to provide functionalities such as ultra-high-speed transmission at Tbps levels, connecting anywhere and to anything. It is crucial to highly integrate the wireless technologies that connect users to base stations with the optical fiber communication technologies that support the networks between base stations. Optical fiber communication is expanding its application range from long-distance communication connecting continents to communication within data centers and between chips. On the other hand, wireless communication is expanding due to its flexibility, but the existing radio frequency bands are already used for various services, making the scarcity of frequency resources a challenge. In this seminar, we would like to address technologies for integrating various transmission media, including wireless transmission technologies that comprehensively utilize not only microwaves, which have been widely used, but also the terahertz band, from the perspective of hardware and manufacturing.

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As a measure against global warming, the worldwide ban on the sale of engine vehicles is being considered, and it is reported that in the near future, only electric vehicles will be allowed for sale. Furthermore, discussions about banning the sale of engine vehicles are also taking place in our country. In line with this, research and development of electric vehicles (xEV) is becoming more active. The key components of electric vehicles are the motor, power control unit (PCU), and battery. Among these, the performance of the motor directly affects the performance of the vehicle. In other words, the motor is the key technology for all electric vehicles (xEV). Therefore, this seminar will explain the motors used in electric vehicles based on technological trends such as basic technology, performance enhancement, miniaturization, and high output. The goal is to make this seminar a guideline for engineers involved in research and development related to xEV.

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After the COVID-19 pandemic, Japan declared its goal of achieving net-zero greenhouse gas emissions by 2050 under the global movement for carbon neutrality, as part of a green recovery policy aimed at balancing environmental protection and economic growth. Biomass power generation, which is expected to play a key role in the carbon-neutral era, is at a new starting point for stable procurement of fuel both domestically and internationally, as well as the utilization of domestic forests and promotion of forestry. For Japanese companies, further advancements are anticipated in the regeneration of domestic forestry facing aging and labor shortages, the creation of locally sourced energy, the development of biomass power generation projects overseas, stable fuel procurement, and the reduction of power generation costs through the scaling up of power generation facilities. Major trading companies in Japan, including Mitsui & Co., Sumitomo Corporation, and Itochu, as well as Nippon Paper Industries, are also venturing into stable procurement businesses for wood pellets and other materials from abroad, while new entrants in the electricity market are starting to independently procure biofuels from overseas, opening up new prospects for business expansion. How will biomass power generation develop towards decarbonization after 2021? A leading expert in resource energy will clearly explain the latest trends surrounding biomass power generation and future business opportunities.

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The electronicization of vehicles is rapidly advancing with "CASE" as the keyword. The powertrain is shifting from engines to inverters/motors/batteries, driving is being taken over by drive computers, and wireless communication is being replaced by 5G. All of these involve significant heat generation, making the cooling of electrical and electronic devices crucial for reliability. To address these thermal issues, it is important to understand the behavior of heat and implement appropriate cooling structures. Here, we will provide a detailed explanation from the basics for beginners to the latest thermal countermeasures.

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This seminar will analyze the current state of the xEV (electric vehicles = BEV, PHEV, FCV, REEV) market and the ADAS-related system components market, and examine the survival strategies of Japanese automotive parts companies. First, by analyzing the business strategy of Tesla, a leading company specializing in BEVs (Battery Electric Vehicles), from various aspects, we will clarify the sources of competitive advantage that supported the company's rapid growth and the current state of the xEV market. Additionally, we will consider the trends in parts procurement from Tesla's founding to the present, as well as the transaction structures of core components for electric vehicles such as batteries and motors from Japanese and German companies, ADAS-related components, electronic control system components, and electrical system components, to provide insights into the xEV and ADAS-related parts market and the areas expected to grow in the future.

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In recent years, lubricants have tended to become black boxes due to their high performance and multifunctionality, resulting in limited opportunities for only a few stakeholders to know the details. The instructor has been responsible for research and development, performance evaluation, manufacturing, quality control, product planning, sales, market research, education and training, standard formulation, marketing and technical services for additives, and negotiations with machinery manufacturers over a span of 49 years. This seminar is designed to provide practical knowledge about lubricants based on these real experiences, explaining the contents and practical performance of automotive drive systems and engine oils, their evaluation methods, and compatibility with various materials. It also aims to deepen understanding of the impact that the anticipated rapid electrification of automobiles will have on drive systems and engine oils. Additionally, the seminar will discuss the realities and future prospects of the supply chain related to lubricants.

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The development and adoption of HMI that enhances usability without relying on the driver's recognition and learning ability is actively progressing. In this seminar, we will explain the technological elements of new HMI represented by keywords such as EV, autonomous driving, AI, digital cockpit, integrated cockpit, intelligent cockpit, and voice agents, as well as global trends. In the first part, we will discuss what usability is and human-centered design, along with methods to achieve it. In the second part, we will present the latest interfaces and future prospects from leading companies in in-vehicle voice interfaces. In the third part, we will cover lip-reading methods as a silent recognition interface. In the fourth part, we will reveal HMI trends from major countries around the world.

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There are many documents that present analysis and testing methods for polymer materials, but when actually measuring and analyzing data while referring to them, it is common to have lingering doubts or concerns about interpretations, as well as worries about inadvertently making mistakes. This course addresses such current issues and will summarize and convey insights regarding points of caution and common misunderstandings that the instructor has gained through practical experience in analysis and physical property evaluation. 【Program】 1. Introduction 2. DSC 3. Light DSC 4. FT-IR 5. DMA 6. Tensile Testing of Plastics 7. Adhesive Strength Testing 8. Conclusion

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As a measure against the novel coronavirus, China and Germany have positioned a hydrogen society as a national strategy. By 2030, the domestic hydrogen market is expected to reach 1 trillion yen, and by 2050, the hydrogen infrastructure market, including hydrogen stations, fuel cell vehicles, and hydrogen power plants, is anticipated to be worth 8 trillion yen in Japan and 160 trillion yen globally, with a total market size of 270 trillion yen when including related markets, presenting significant business opportunities. On July 21, 2021, the Basic Energy Plan explicitly stated that ammonia and hydrogen, which do not emit carbon dioxide, would account for 1% of the power source composition. Ammonia, along with hydrogen, is expected to become a key energy source for reducing carbon dioxide emissions from coal-fired and natural gas-fired power generation. It is also predicted that by 2050, hydrogen energy will account for 24% of global energy demand. On the other hand, Honda has decided to stop selling fuel cell vehicles due to sales remaining at only 1,900 units. A leading expert in resource energy clearly explains the latest trends surrounding hydrogen energy, including home fuel cells, fuel cell vehicles, fuel cell trucks, fuel cell buses, hydrogen stations, and hydrogen power generation, as well as the opportunities and risks related to economic recovery measures and climate change strategies post-COVID.

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Published on April 23, 2021 A4 size, 306 pages, color copy binding Research and writing by Hidetaka Sugawara ○ What will change and what will not with all-solid-state batteries... ○ The limitations of current liquid electrolytes are performance, safety, and cost ○ There are many research examples, but many cases disappear midway; the reasons for this ○ The electrochemical points of all-solid-state cells, with many unknowns ○ Expectations for new material systems in ion PATH formation ○ Should safety testing standards be newly established, or are they unnecessary? ○ Will the decarbonized generation of EV batteries be liquid-based, solid-based, or a coexistence of both? ○ Explaining expectations for all-solid-state batteries through mechanisms of action and models with numerical estimates as much as possible Small all-solid-state batteries as electronic components have already begun mass production and sales. Toyota Motor Corporation, which is leading in automotive applications, recently announced plans to release all-solid-state battery vehicles by 2025. While there is an overwhelming amount of extremely fragmented information on this topic, there is a lack of quantitative numerical information to assess the mid- to long-term practical level. This book aims to introduce the possibilities of all-solid-state lithium-ion batteries based on experiences in the development, manufacturing, and sales of liquid lithium-ion batteries, focusing on the items listed in the subtitle.

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Published on February 5, 2021 A4 size, paperback, 268 pages There is an increasing need for both providers and users of adhesive and joining technologies to scientifically elucidate and explain adhesion, joining, degradation, and peeling. Therefore, this book discusses existing and advanced adhesive and joining technologies, including: 1) the latest technologies and research results that lead to a scientific understanding of phenomena, 2) the fundamentals necessary for correct understanding, and 3) terminology and numerical interpretation to avoid misunderstandings in explanations and product data, all explained and introduced by a team of authors with rich research and practical experience. We hope that readers will utilize this book to address the various challenges they face in adhesion and joining. <Authors> Toshiaki Ogiwara / Tokyo Institute of Technology Nobuhiro Horiuchi / National Institute of Advanced Industrial Science and Technology Kiyomi Mori / Takushoku University Masato Akimoto / Semedain Co., Ltd. Hiroyuki Oguma / National Institute for Materials Science Tetsuo Yamaguchi / The University of Tokyo Kiminori Araki / Yokohama Rubber Co., Ltd. Ken Miyata / Yamagata University Kazuhisa Sanpei / Tamari Industry Co., Ltd. Nobuya Hayakawa / Nagoya Institute of Technology Akira Ishigami, Takashi Kurose, Hiroshi Ito / Yamagata University Minoru Hino / Hiroshima Institute of Technology Akira Kawai / Nagaoka University of Technology Ikuo Shoji / Gunma University Yoichi Namiki / Sekisui Polymertech Co., Ltd.

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This book consolidates the technology and application development of distance and image sensors that enable human interaction such as autonomous movement, human and object detection and manipulation, VR, AR, and gesture recognition. Chapter 1 discusses the actual usage and requirements characteristics and challenges in various application scenarios, while Chapter 2 explains the principles and technologies of various types of distance and image sensors, as well as the essential technologies that enable their implementation. The structure and content are designed so that even those outside the field can understand the latest trends in distance and image sensors and consider suitable means of realization according to their requirements. We hope this will be useful not only for those involved with distance and image sensors but also for users promoting new devices and services.

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Understanding and measuring phenomena in water or liquids requires a unique approach that differs from that in the atmosphere or vacuum. This book explains the selection of equipment and methods tailored to various purposes, including interfaces, behaviors, forms, physical properties, elements, environments, distances, and communications, as well as procedures, innovations, common pitfalls, challenging points, application methods, and case studies in unknown or unresolved areas, all from the perspective of those who have actually engaged in these efforts. We hope this will be helpful for solving challenges and developing technologies in water and liquid environments.

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This book focuses on the interconnection of electronic products that support various electronic systems required for CASE vehicles. The physical connections are still primarily dominated by connectors, and it is not an exaggeration to say that their reliability significantly affects the reliability of the vehicle. Therefore, we will focus on the topic of connecting electronic products, primarily explaining it from a hardware perspective. Chapter 1 provides an overview of in-vehicle reliability and the approach to addressing it. Chapter 2 covers a wide range of cutting-edge technologies required for connectors, from high-voltage connectors to those in the high-frequency domain, including basic technologies, contact materials, and surface plating techniques. Chapter 3 examines the technology and reliability related to component mounting techniques within each electronic product. First, it is essential to thoroughly understand the concepts and evaluation techniques for ensuring reliability in soldering technology. Building on that, we detail high-reliability design in the mounting technology of power devices used in inverters, which are key players in electrification. The recent trend shows that vehicle usage years are increasing, and electronic products are increasingly required to have longer lifespans. The longevity of solder joints is evolving not only in structural design and process implementation technologies but also in solder materials and the circuit board materials that house electronic components, with the results of various material research also being introduced.

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Semiconductors and liquid crystal devices are manufactured by repeating the lithography process multiple times. During these dozens of repetitions, the need for cutting-edge fine patterns is limited to a few processes, such as the gate process, while the majority uses thicker line width patterns. Novolak resist is used for these thick patterns. Of course, depending on the device, chemical amplification resist for KrF (248 nm) may also be used here. Therefore, in semiconductor devices, while not all processes use thick line widths, novolak resist is still used, and in considerable amounts. Additionally, in emerging countries like China, semiconductor device manufacturing involves producing older generation devices, where novolak resist is naturally used. Furthermore, in liquid crystal manufacturing, novolak resist is used in all processes (5 processes). There seem to be device manufacturers that use 4 processes due to the use of halftone masks. The introduction of chemical amplification resist, which is high sensitivity and high resolution, is also being considered, but practical application has not been achieved due to the significantly larger substrate sizes compared to semiconductors and the difficulty in controlling the usage environment.

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○Publication Date: January 10, 2020 ○Format: A5, 147 pages ○Price: 4,200 yen (excluding tax) → STbook member price: 3,990 yen (excluding tax) ○Author: Hiroshi Takiyama, Tokyo University of Agriculture and Technology ○Purpose: Crystals can be relatively easily precipitated, but when trying to optimize crystal quality, such as purity and particle size distribution, it takes time to set operational conditions. Additionally, slight differences in operational methods can significantly impact crystal quality. Therefore, while crystals may be successfully precipitated in lab experiments, crystallization can become problematic in actual processes, leading to the perception that crystallization operations are difficult. The revised edition includes new chapters that explain the control of polymorphic crystallization, which is often problematic in crystallization practices, as well as the continuous flow production of crystal particle groups and methods for producing co-crystals as new crystalline materials. This textbook is designed for corporate researchers who have specialized in organic synthesis and are about to start crystallization, as well as students studying crystallization at universities, helping them understand crystallization operations and enhance the quality of crystal production.

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This is a book for those outside the field who want to understand optical design and lens technology without relying on formulas, responding to the voices of those who wish to learn about the overall picture and future prospects, including market and application trends and what is being demanded. It is aimed at individuals who want to consider whether they can apply their company's technology or those who wish to learn about optical design, covering optics and lenses for expanding markets such as automotive and IoT sensor applications. It explains the fundamentals necessary to understand the technology, as well as application and market trends, the technologies used, and their required characteristics. It is recommended not only for those involved in research, technology, and manufacturing but also for those engaged in planning and sales.

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The microwaveable package (packaging and containers for microwave heating and cooking food) has been steadily growing for at least the past decade due to its high functionality, and it is expected that the number of food items suitable for this packaging will continue to increase in the future. In particular, the number of items in "private brand (PB) foods," primarily from major distribution companies, continues to rise. This report aims to qualitatively and quantitatively clarify the trends in food items suitable for microwaveable packaging in Japan, as well as the current state and outlook of the packaging market categorized by material, function, and form. Furthermore, in the final chapter, it discusses how key suppliers such as major food machinery manufacturers, food manufacturers, and food packaging converters perceive retort microwaveable packaging in Western countries, where adoption has not yet become widespread, providing insights into both the current market and future prospects overseas.

• Technical and Reference Books
• Technical and Reference Books

The recent boom in autonomous driving can be said to be supported by the performance of Velodyne's LiDAR. Velodyne developed LiDAR at the request of a team from Stanford University to win an autonomous driving contest organized by the U.S. Department of Defense. After winning the Urban Challenge, the Stanford team moved to Google, where they established the de facto standard for current autonomous driving systems. In Japan, demonstrations of autonomous driving have also begun, with LiDAR playing a significant role. However, since there are no Japanese-made LiDAR systems, the ones being used are from Velodyne. Therefore, I conceived this book project to contribute to the development of LiDAR, which will be a key technology for autonomous driving in Japan. This book has been written by leading researchers and engineers in the field of LiDAR, covering everything from basic principles to applications. While it does not cover everything about LiDAR due to its emphasis on timeliness, it is believed that most of the major topics have been introduced. I hope this book will be of some reference to researchers and engineers involved with LiDAR.

• Technical and Reference Books