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by
Tien, Kevin, author.
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Heterogeneous Integration in Switchmode Electronics / Tien, Kevin, author.
by
Eschendal, Tyler, author.
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My Bones for Oboe & Fixed Electronics / Eschendal, Tyler, author.
by
Calderon, Brian Rene, author. (orcid)0000-0002-4089-8535
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Boron Nitride Growth and Electronics / Calderon, Brian Rene, author. (orcid)0000-0002-4089-8535
by
Li, Kan, author. (orcid)0000-0003-4864-3446
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Electronics, Thermo-Electric Energy Harvester and Microflyer / Li, Kan, author. (orcid)0000-0003-4864-3446
by
Guo, Jian, author.
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Two-Dimensional Semiconductor and Heterostructure for Novel Electronics and Optoelectronics / Guo
by
Lewis, Patrick T., author.
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On Grid Converter Reliability: Preserving the Life of Power Electronics Through Active Thermal
by
Kim, Joshua, author.
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Wrinkled Micro-nanostructured Thin Films for Flexible Wearable Electronics and Continuous Health
by
Cotts, Benjamin Lawrence, author.
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Time-Resolved Optical Spectroscopy of Organic Electronics as a Function of Local Environment /
by
Singh, Santosh Kumar, author.
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Purvi Uttar Pradesh mein vigyapan ka prabhav (Electronics upbhogta padartho ke sambandh mein) /
by
Liu, Chia-Ling, author.
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Knowledge Acquisition from International Strategic Alliances: An Empirical Study of the Electronics
by
Kim, Min Ku, author.
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Stretchable Thin-film Electronics for Wearable Biomedical Applications / Kim, Min Ku, author.
by
Naidu, Varaha Venkat Vyas Kumar, author.
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Shape Detection of Structural Electronics Using Machine Vision System Embeded Into Scara Robot /
by
De Araujo Santos, Igor Seiti, author.
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Suggested Affinities: For Solo Piano, Large Ensemble and Electronics / De Araujo Santos, Igor Seiti
by
Zhong, Wen, author. (orcid)0000-0002-5262-5067
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Reliability Evaluation and Improvement Based on Operational Failure Rate of Power Electronics in
by
Harbison, James, author.
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Inward investment and indigenous industry: A case study of the Scottish electronics industry /
by
Langford, Nathan Charles, author.
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Additively manufactured on-demand and conformal printed electronics building blocks that enable a
by
Hay, Martha E., author.
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Influence of Radical Proximity on the Charge Transport of Nitroxide-based Electronics / Hay, Martha
by
Brereton, Kelsey R., author.
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Interrogating the Influence of Electronics and Solvation on Thermodynamic Hydricity / Brereton
by
Jiang, Chen, author. (orcid)0000-0002-6474-8400
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Silicon Terahertz Electronics: Circuits and Systems for Future Applications / Jiang, Chen, author
by
Uppal, Hasan Javed, author.
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The University of Manchester (United Kingdom). School of Electrical and Electronics Engineering
by
Nocerino, Giovanni, author.
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The University of Manchester (United Kingdom). Department of Electrical Engineering and Electronics
by
Ramadan, Mohamed Mahmoud, author.
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The University of Manchester (United Kingdom). Department of Electrical Engineering and Electronics
by
Bradley, John, author.
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The University of Manchester (United Kingdom). Department of Electrical Engineering and Electronics
by
Chang, C. C., author.
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The University of Manchester (United Kingdom). Department of Electrical Engineering and Electronics
by
Porat, D. I., author.
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The University of Manchester (United Kingdom). Department of Electrical Engineering and Electronics
by
Sarma, Rana Ranjit, author.
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The University of Manchester (United Kingdom). Electrical Engineering and Electronics. degree
by
Craig, Victoria, author.
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University of Glasgow (United Kingdom). Department of Electronics and Electrical Engineering
by
Eddie, Iain Mackenzie, author.
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University of Glasgow (United Kingdom). Department of Electronics and Electrical Engineering
by
Zhang, Jian, author.
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University of Glasgow (United Kingdom). Department of Electronics and Electrical Engineering
by
Bhattacharyya, Debabrata, author.
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University of Glasgow (United Kingdom). Department of Electronics and Electrical Engineering
by
Ameen, Yashwant K., author.
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University of Glasgow (United Kingdom). Department of Electronics and Electrical Engineering
by
Zheng, Meng, author.
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Hong Kong University of Science and Technology (Hong Kong). Electronics and Computer Engineering
by
Johnson, Adrea Renae, author.
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parametric frequency comb generation in microresonators at repetition rates suitable for fast electronics. We
by
Li, Juliang, author.
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During last three decades, with advances in solid-state electronics and quantum computation science
by
Feng, Dairuo, author.
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electronics, the door to a whole new world of artificially generated and/or electronically manipulated sound
by
Marotto, Stephen Costanzo, author.
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, electronic keyboard, and electronics. The paper is divided into three sections: a survey of Harvey's writing
by
Shi, Xinyu, author.
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the control electronics, electromechanical coupling of the transducers and attenuation of sound, is
by
Jones, Feona Lee, author.
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features the use of electronics, speech as music, movement, noise, expanded notation, unique orchestration
by
Zachariah, Ashwin Varkey, author.
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applications of flexible and flexible hybrid electronics. Results are presented and discussed from an ongoing
by
Hopper, Matthew S., author.
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The miniaturization of electronics in modern times has enabled the possibility of creating a
by
Alsadah, Zainab, author.
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entertain themselves. However, along with being fascinated by these electronics, people are also concerned
by
Chen, Fan, author.
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The continuous improvement of modern electronics has been sustained by the scaling of silicon based
by
Pandian, Guru Prasad, author. (orcid)0000-0002-4291-4535
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-term reliability of lead-free electronics. Known issues of tin whiskers and solder interconnect fatigue which can
by
Han, Yimo, author. (orcid)0000-0003-0563-4611
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Two-dimensional layered crystals are a promising class of materials for post-silicon electronics
by
D'Angelo, Anthony J., author.
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-state electrolyte for applications in light-weight, flexible electronics. This thesis demonstrates the design of
by
Dai, Zhongwei, author.
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potential applications in photovoltaics, photo-catalysts, and modern electronics. However, the detailed
by
Celano, Thomas Anthony, author.
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) in touchscreen electronics, due to the simple solution phase growth and welding processes required to
by
Fuchs, Lowell, author.
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-recorded electronics, and improviser. The work presents an exploration of the concept of impermanence through the use
by
Alkhadra, Mohammad Ayman, author.
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organic electronics. For this mechanism of fracture, we find that diamond-shaped microvoids, which
by
Yeruva, Bala Madhuri, author.
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the potential applications in organic electronics such as organic conductive materials, organic solar
by
Murphy, Quinn, author. (orcid)0000-0002-6011-7118
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camera to build a 3D model of the surface. As 3D scanners make their way into more consumer electronics
by
Nevarez, Jairo, author.
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work validated the linearity of power electronics controller. Linearization was achieved by identifying
by
Shah, Satvik, author.
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and opening avenues to designing more stable organic materials for organic electronics.
by
Liu, Tianjiao, author.
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parasitic components from the device package and power electronics circuit, are unfortunately accompanied by
by
Wang, Chonghe, author.
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functionality in stretchable electronics. We will demonstrate, by combined innovative strategies in materials
by
Gaffar, Md Abdul, author.
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A co-simulation between the magnetic environment in Ansys Maxwell, and power electronics and
by
Weaver, Owen Harte, author.
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What are the advantages and disadvantages of various means of incorporating electronics into live
by
Sprague-Klein, Emily A., author.
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, catalysis, organic electronics, and solar technology. Owing to their light trapping and focusing ability
by
Abushaiba, Ali Abdalla, author. (orcid)0000-0001-8114-8979
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-stage power electronics interface, which is necessary due to the inherent limitation of the DC-AC (Inverter
by
Pena Cortes, Luis Alberto, author.
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electronics (Toro Perez), Audi Reliqua (Vega) and Variations in Free Fall (Vega).
by
Modtland, Brian Joseph, author.
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information. promising reduced power consumption compared to conventional MOSFET-based electronics. (Copies
by
Piedra, Daniel, author.
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opportunity for alternative semiconductor materials to push the performance of electronics forward. Gallium
by
MacLeod, Michelle, author.
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diverse fields such as catalysis, electronics, and biomedicine necessitate that ligands interact strongly
by
Ramakrishnan, Sanjeev, author.
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DGs into the microgrid network, power electronics devices are used like inverters, rectifiers, and
by
Panneerselvam, Abinesh, author.
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, electronics, and medical products. However, 3-D printed products represent 1% one percent of manufactured
by
Akintola, Tawakalt Mayowa, author.
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Recently, increase in production of heat sinks in electronics with instinct structure is of high
by
Ren, Yao, author.
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such as plastic webs, metal foils, to the recent printed and flexible electronics. Winding or rewinding
by
Kankipati, J. V. M. S. Avinash, author.
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and flexible electronics to such a membrane provides an epidermal electronic system (EES) that can
by
Goh, Kiah Mok, author.
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areas such as electronics, Information Technology (IT) and industrial automation. The Singapore Economic
by
Bhakta, Besant, author.
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the use of consumer grade electronics and control systems, harnessing etc. were permitted, together
by
Ellery, Alexander, author.
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real-time using present-day space-rated electronics. It has been found that very few additional
by
Zhang, Shijie, author.
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interpreted is becoming the bottleneck in data-driving decision-making. Novel electronics that only collect
by
Alaraj, Muhannad A., author.
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electronics converters current ripple on the MFC reactor performance in terms of voltage, power, and longevity
by
Fischer, Matthew Joseph, Sr., author.
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electronics dictate preference? By establishing a set of selectivity rules, potential applications appear.
by
Lochocki, Edward, author. (orcid)0000-0002-4912-9783
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applications as a transparent conductor for use in solar energy harvesting or fully transparent electronics and
by
Cheng, Nongyi, author.
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electronics. It includes syntheses and characterizations of a library of vapor-deposited polymers, performing
by
Chen, Yiting, author.
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Flexible and stretchable electronics are the new format of electronics that remain functional with
by
Chen, Song, author.
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including consumer electronics, automotive electronics, machine vision, and medical imaging due to their
by
Suntornwipat, Nattakarn, author.
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(CVD), make it a very interesting material and a candidate for use in power electronics and in
by
Catenacci, Matthew Joseph, author.
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In the field of printed electronics, there has been research into the development of fully printed
by
Lauff, Carlye Anne, author. (orcid)0000-0002-3222-7889
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entire product development process within three companies in the fields of consumer electronics, footwear
by
Razgaleh, Sara, author.
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expansion (CTE) of electronics components, here between the chip and the substrate. To address this problem
by
Cui, Hao, author.
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electronics significantly increases the demand for materials required for electronics manufacturing. Meanwhile
by
Foote, Ryan Howard, author.
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and discuss fabrication of a quantum dot device. Next, I outline the electronics set up for measuring
by
Di, Yuan, author.
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. For the power electronics modules monitoring case, the proposed approach also demonstrated its
by
Yang, Liangliang, author.
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(TMDs), have been extensively explored as the material of choice for applications in electronics and
by
Bredeson, Samuel, author.
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, there is not a correlation between electronics package size and overall nerve health as based upon
by
Stevanovic, Stefan, author.
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capable electronics and microprocessors, GPS has been integrated into many aspects of life. It is
by
Sun, Qingyang, author. (orcid)0000-0003-1732-7854
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). Different from flexible electronics which are actually solid, "liquid electronics" suits more in the term
by
Campbell, Gavin Paul, author.
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applications in energy, electronics, sensors and medicine. The desire to capitalize on the fantastic properties
by
Doğangün, Merve, author.
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generation of consumer electronics and electric vehicle batteries, specifically lithium intercalation
by
Gunturi, Santosh Srivatsa, author. (orcid)0000-0002-6542-0220
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electronics is of particular interest because of its potential for low-cost high-volume fabrication. Currently
by
Dou, Wei, author.
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substrate. The integration of Si electronics and photonics has been a successful technology for a wide range
by
Kan, Tianze, author.
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biomedical implants, consumer electronics, electric vehicles, and lightweight autonomous underwater vehicles
by
Hayes, Austin, author.
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producing large heat fluxes. These industries include electronics and power generation. For electronics, as
by
Gasbarri, Federico, author.
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applications, e.g.: in the electronics, we need superfast chips that can dissipate heat and conduct electricity
by
Bair, Michael O., author.
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brushless DC motors, electronics to control actuation, and a power supply. Plantarflexion, or "push
by
Mishra, Kuber, author.
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electronics. As the electronic devices have been more powerful and versatile, the pressing demand for higher
by
Noelle, Daniel John, author.
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. Multifunctional design strategies are discussed for imparting greater degrees of integration within electronics by
by
Jaim, H. M. Iftekhar, author.
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The second part of the dissertation focuses on the BaSnO3, a major candidate in s-band electronics
by
Dickason, Jonathan, author.
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-in integrated circuit (RIIC). Building an LED microdisplay to work with custom electronics requires materials
by
AL-Shroofy, Mohanad N., author.
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and power sources in today's portable electronics, electric vehicles, and plug-in hybrid electric
by
Pulliam, Christopher J., author.
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and less stable electronics. Notwithstanding, miniature ion trap mass spectrometers such as the Mini
by
Sachinthani, K. A. Niradha, author.
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electronics offer several advantages over the conventional electronics because they are low-cost, flexible
by
Hau, William, author.
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' compatibility with flexible electronics, an emerging technology. Moreover, the material and processing costs are
by
Milakovich, Timothy John, author.
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by the Si microelectronics industry has made the use of Si for microelectronics, power electronics
by
Shah, Krushal S., author.
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electronics. Among these materials, III-V Nitrides - especially Gallium Nitride (GaN), and Silicon Carbide
by
MacLeod, Alastair MacK., author.
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electronics which are fully described in chapter 3. The analysis of the photographs was carried out by the
by
Alrefae, Majed A., author.
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electronics devices. (Abstract shortened by ProQuest.).
by
Guzman, David M., author.
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quantum computing, memory, and logic, among others. Resistive switching electronics, for example, are
by
Sabbaghi, Mostafa, author. (orcid)0000-0002-9961-5691
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and opportunities in the consumer electronics repair sector, and conceptualizing the design for ease
by
Mashhadi, Ardeshir Raihanian, author.
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maintenance processes, our entire understanding of the repair practices done on consumer electronics comes
by
Sun, Xingshu, author.
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other applications, e.g., battery and electronics, which share similar technical challenges for
by
Drummond, Kevin P., author.
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2100 kg/m 2s at a constant inlet temperature of 59 °C. To simulate heat generation from electronics
by
Ören, Seval, author. (orcid)0000-0002-4173-2633
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a wide range of new applications. The term "wearable electronics" can be used to define devices that
by
Brown, James Emery, author.
Format:
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. Lithium ion batteries (LIBs) have dominated the EES market owing to their wide use in portable electronics
by
Abendroth, John Michael, author.
Format:
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-molecule interfaces for information storage, memory technology, sensors, optics, and energy-efficient electronics.
by
Li, Qi, author. (orcid)0000-0001-7329-0991
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interfaces for renewable energy integration in microgrids, the reliable performance of power electronics
by
Virca, Carolyn Noëlle, author.
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found is that not only do the electronics of each ligand influence physical properties, but the
by
Luo, Sijun, author.
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essential for their practical integration in portable electronics and microelectromechanical systems that
by
Zhong, Yinsheng, author.
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-patterning technology is the foundation of all the high performance electronics. High resolution nano-structures in the
by
Ou, Xuewu, author.
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supercapacitors in Chapter 3. Meanwhile, to explore the potential application of graphene in wearable electronics
by
Sun, Zhen, author.
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vapor chamber which is promising for the thermal management of high power electronics, such as LEDs.
by
Karisan, Yasir, author.
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electronics- and optics-based system implementations. However, thanks to recent advancements in nano
by
Khan, Amin, author.
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manufacturers of consumer electronics, whereas the less price sensitive shippers comprise the manufacturers of
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