Tarikul Islam – författare

Advanced Solid-state Devices for Emerging Technologies provides a comprehensive overview of the transformative role played by nanotechnology in the development of solid-state devices for various applications, including efficient signal processing, power, data communication, sensor and IoT-enabled devices. The introductory section of the book provides the fundamental working principles of the solid-state devices for signal processing, energy harvesting and sensing of stimulants, highlighting their significance for addressing some of the present challenges. The book also discusses the key structures of the devices with different functional units, the role of basic and functionalized nanomaterials in enhancing their performance, with diverse applications potential for sensing, powering devices and signal processing. Other aspects covered include the experimental methods, procedures in determining the response parameters of the devices and the application of artificial intelligence in modelling and optimization of system parameters. The proposed book is useful for researchers, graduate students, and undergraduate students, working technical professionals in engineering and the sciences.Key Features:Discusses advanced materials and structures for developing emerging technologies for micro and nano applicationsDevelopment of efficient interfacing and signal processing circuits with the idea of machine learning-based sensor data and fault analysisCovers open research challenges and the future scope of research directions on emerging micro to nano technology

Advanced Solid-state Devices for Emerging Technologies provides a comprehensive overview of the transformative role played by nanotechnology in the development of solid-state devices for various applications, including efficient signal processing, power, data communication, sensor and IoT-enabled devices. The introductory section of the book provides the fundamental working principles of the solid-state devices for signal processing, energy harvesting and sensing of stimulants, highlighting their significance for addressing some of the present challenges. The book also discusses the key structures of the devices with different functional units, the role of basic and functionalized nanomaterials in enhancing their performance, with diverse applications potential for sensing, powering devices and signal processing. Other aspects covered include the experimental methods, procedures in determining the response parameters of the devices and the application of artificial intelligence in modelling and optimization of system parameters. The proposed book is useful for researchers, graduate students, and undergraduate students, working technical professionals in engineering and the sciences.Key Features: Discusses advanced materials and structures for developing emerging technologies for micro and nano applications Development of efficient interfacing and signal processing circuits with the idea of machine learning-based sensor data and fault analysis Covers open research challenges and the future scope of research directions on emerging micro to nano technology

Advanced Solid-state Devices for Emerging Technologies provides a comprehensive overview of the transformative role played by nanotechnology in the development of solid-state devices for various applications, including efficient signal processing, power, data communication, sensor and IoT-enabled devices. The introductory section of the book provides the fundamental working principles of the solid-state devices for signal processing, energy harvesting and sensing of stimulants, highlighting their significance for addressing some of the present challenges. The book also discusses the key structures of the devices with different functional units, the role of basic and functionalized nanomaterials in enhancing their performance, with diverse applications potential for sensing, powering devices and signal processing. Other aspects covered include the experimental methods, procedures in determining the response parameters of the devices and the application of artificial intelligence in modelling and optimization of system parameters. The proposed book is useful for researchers, graduate students, and undergraduate students, working technical professionals in engineering and the sciences.Key Features: Discusses advanced materials and structures for developing emerging technologies for micro and nano applications Development of efficient interfacing and signal processing circuits with the idea of machine learning-based sensor data and fault analysis Covers open research challenges and the future scope of research directions on emerging micro to nano technology

The book highlights the research contributions of the interdigitated (IDT) sensors over a period of two decades in the field of sensing technology. It presents theory, design, and practical realization of the IDT sensors working over wide frequency rage for scientific, industrial, and consumer applications. The IDT sensors have been widely investigated for wide range of sensing applications including agriculture, environmental monitoring, structural health monitoring, health care, food and beverage testing, testing of dielectric material, proximity sensing, microfluidic application, automatic dispensing system etc. Hence, importance of IDT sensors is growing continuously for future applications.As such, it offers a key reference guide on IDT sensors for students, applied physicists, material scientists, engineers, sensors designers and technicians.

The book highlights the research contributions of the interdigitated (IDT) sensors over a period of two decades in the field of sensing technology. It presents theory, design, and practical realization of the IDT sensors working over wide frequency rage for scientific, industrial, and consumer applications. The IDT sensors have been widely investigated for wide range of sensing applications including agriculture, environmental monitoring, structural health monitoring, health care, food and beverage testing, testing of dielectric material, proximity sensing, microfluidic application, automatic dispensing system etc. Hence, importance of IDT sensors is growing continuously for future applications.As such, it offers a key reference guide on IDT sensors for students, applied physicists, material scientists, engineers, sensors designers and technicians.

This book presents the proceedings of the 6th International Conference on Emerging Technologies: Micro to Nano (ETMN), held in New Delhi, India, on November 22-23, 2024. It showcases advances and innovations in micro and nanotechnologies and covers topics such as nano composites, nano materials, micro/nano fluidics, micro optics, organic and flexible electronics, advanced materials for nano devices, MEMS, smart biomimetic sensors, electrochemical sensors, acoustic and optical sensors, micro/nano sensors, wearable sensors, intelligent instrumentation, micro/nano electronics, nano antenna and RF system design, wireless sensor networks, applications of AI and IoT-based system, and structural health monitoring (SHM).

This book presents the proceedings of the 6th International Conference on Emerging Technologies: Micro to Nano (ETMN), held in New Delhi, India, on November 22-23, 2024. It showcases advances and innovations in micro and nanotechnologies and covers topics such as nano composites, nano materials, micro/nano fluidics, micro optics, organic and flexible electronics, advanced materials for nano devices, MEMS, smart biomimetic sensors, electrochemical sensors, acoustic and optical sensors, micro/nano sensors, wearable sensors, intelligent instrumentation, micro/nano electronics, nano antenna and RF system design, wireless sensor networks, applications of AI and IoT-based system, and structural health monitoring (SHM).

Master's Thesis from the year 2015 in the subject Biology - Zoology, grade: 4.00, , course: Entomology, language: English, abstract: In the present study, efficacy of some microbial and IGR-based biopesticides against the infestation of brinjal shoot and fruit borer (BSFB), Leucinodes orbonalis (Guen) was evaluated in the Entomology Field Laboratory, Bangladesh Agricultural University (BAU), Mymensingh during January to July 2014. Biopesticides were applied either individually or in some selected combinations and their efficacy was evaluated on different parameters viz. percent shoot infestation, percent fruit infestation, infested and marketable fruit yield (t/ha). It was found that all the treatments significantly reduced percent shoot and fruit infestation and significantly increased marketable fruit yield. The best result was found in case of combined treatment buprofezin + emamectin benzoate treated plots (70.75% shoot and 63.99% fruit protection over control; highest marketable fruit yield of 9.94 t/ha) whereas the least protection was obtained from buprofezin (1 ml/L) treated plots (17.87% shoot and 15.66% fruit protection over control; lowest marketable fruit yield of 6.05 t/ha). In the laboratory, different concentrations of buprofezin was applied through topical, potato-dip and combined (topical + potato-dip) methods on the 2nd instar larvae of BSFB and then mortality, weight reduction or cuticular changes were observed at 3 HAT (hours after treatment), 3 and 7 DAT (days after treatment). No mortality or weight reduction was observed at 3 HAT. The significant level of mortality and weight reduction was observed at 3 DAT in all applying methods but the maximum mortality and weight reduction was found at 7 DAT. It was also observed that potato-dip method was highly effective than topical method regarding mortality and weight reduction. Cuticular abnormalities were found when larvae were treated with higher concentrations of buprofezin in comparison with that in the water-treated control. Moreover, larval mortality and weight reduction were clearly dose-dependent.