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Raman Scattering on Emerging Semiconductors and Oxides
Raman Scattering on Emerging Semiconductors and Oxides presents Raman scattering studies.It describes the key fundamental elements in applying Raman spectroscopies to various semiconductors and oxides without complicated and deep Raman theories. Across nine chapters, it covers:• SiC and IV-IV semiconductors,• III-GaN and nitride semiconductors,• III-V and II-VI semiconductors,• ZnO-based and GaO-based semiconducting oxides,• Graphene, ferroelectric oxides, and other emerging materials,• Wide-bandgap semiconductors of SiC, GaN, and ZnO, and• Ultra-wide gap semiconductors of AlN, Ga2O3, and graphene. Key achievements from the author and collaborators in the above fields are referred to and cited with typical Raman spectral graphs and analyses.Written for engineers, scientists, and academics, this comprehensive book will be fundamental for newcomers in Raman spectroscopy. Zhe Chuan Feng has had an impressive career spanning many years of important work in engineering and tech, including as a professor at the Graduate Institute of Photonics & Optoelectronics and Department of Electrical Engineering, National Taiwan University, Taipei; establishing the Science Exploring Lab; joining Kennesaw State University as an adjunct professor, part-time; and at the Department of Electrical and Computer Engineering, Southern Polytechnic College of Engineering and Engineering Technology.Currently, he is focusing on materials research for LED, III-nitrides, SiC, ZnO, other semiconductors/oxides, and nanostructures and has devoted time to materials research and growth of III-V and II-VI compounds, LED, III nitrides, SiC, ZnO, GaO, and other semiconductors/oxides. Professor Feng has also edited and published multiple review books in his field, alongside authoring scientific journal papers and conference/proceeding papers.He has organized symposiums and been an invited speaker at different international conferences and universities.He has also served as a guest editor for special journal issues.
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Applied Raman Spectroscopy : Concepts, Instrumentation, Chemometrics, and Life Science Applications
Applied Raman Spectroscopy: Concepts, Instrumentation, Chemometrics, and Life Science Applications synthesizes recent developments in the field, providing an updated overview.The book focuses on the modern concepts of Raman spectroscopy techniques, recent technological innovations, data analysis using chemometric methods, along with the latest examples of life science applications relevant in academia and industries.It will be beneficial to researchers from various branches of science and technology, and it will point them to modern techniques coupled with data analysis methods.In addition, it will help instruct new readers on Raman spectroscopy and hyphenated Raman spectroscopic techniques. The book is primarily written for analytical and physical chemistry students and researchers at a more advanced level who require a broad introductory overview of the applications of Raman spectroscopy, as well as those working in applied industry and clinical laboratories.Students, researchers, and industry workers in related fields, including X-ray and materials science, agriculture, botany, molecular biology and biotechnology, mineralogy, and environmental science will also find it very useful.
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Magneto-Optics and Spectroscopy of Antiferromagnets
Certain magnetic materials have optical properties that make them attractive for a wide variety of applications such as optical switches.This book describes the physics of one class of such magnetooptic materials, the insulating antiferromagnets.The authors summarize recent results concerning the structure, optical properties, spectroscopy, and magnetooptical properties of these materials.In particular, they consider magnetic phase transitions, symmetry effects, the linear magnetooptical effect, magnons, spectroscopic study of spin waves, photoinduced magnetic effects, and the effects of impurities.
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Bone Conduction Speaker Wireless Mini Stereo Sound Creative Portable Compatible Bone Conduction
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Why does saltatory conduction require less energy than continuous conduction?
Saltatory conduction requires less energy than continuous conduction because it occurs in myelinated neurons, which have gaps called nodes of Ranvier. In saltatory conduction, the action potential jumps from one node to the next, skipping the myelinated regions in between. This allows for faster transmission of the action potential and reduces the amount of energy needed to propagate the signal along the axon. In contrast, continuous conduction occurs in unmyelinated neurons and requires the action potential to travel along the entire length of the axon, resulting in a slower and more energy-intensive process.
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What is saltatory conduction?
Saltatory conduction is a process by which nerve impulses travel down a myelinated axon. Instead of traveling in a continuous manner, the nerve impulse jumps from one node of Ranvier to the next, which are the gaps in the myelin sheath. This allows for faster conduction of the nerve impulse, as it does not have to travel the entire length of the axon. Saltatory conduction is an efficient way for nerve impulses to travel, and it is a key mechanism for rapid communication within the nervous system.
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What is excitation conduction in neurobiology?
Excitation conduction in neurobiology refers to the process by which an electrical signal, known as an action potential, is propagated along the length of a neuron. This signal is initiated by the opening of ion channels in response to a stimulus, causing a rapid change in membrane potential. The action potential then travels down the length of the neuron, allowing for communication between different parts of the nervous system. Excitation conduction is essential for the transmission of information within the brain and throughout the body.
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Do plants have continuous excitation conduction?
No, plants do not have continuous excitation conduction like animals do. In plants, excitation conduction occurs through the movement of ions and electrical signals, but it is not continuous throughout the plant. Instead, it occurs in response to specific stimuli or signals, such as environmental changes or injury. This allows plants to respond to their surroundings and coordinate growth and development, but it is not a continuous process like in animals.
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How is heat transferred through conduction?
Heat is transferred through conduction when two objects at different temperatures come into direct contact with each other. The molecules in the hotter object vibrate more rapidly, and when they come into contact with the molecules in the cooler object, they transfer some of their kinetic energy. This causes the molecules in the cooler object to vibrate more rapidly, thus increasing its temperature. Conduction is most effective in solids, where molecules are closely packed and can transfer energy more efficiently.
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What is continuous passive excitation conduction?
Continuous passive excitation conduction is a process in which an electrical impulse is continuously conducted through a nerve or muscle fiber without the need for external stimulation. This can occur in certain pathological conditions, such as in the case of muscle spasms or certain types of nerve damage. In continuous passive excitation conduction, the electrical impulse is able to propagate along the nerve or muscle fiber without the need for an external stimulus, leading to continuous muscle contractions or abnormal nerve signaling.
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How does electrical conduction occur in metals?
In metals, electrical conduction occurs due to the presence of free electrons within the atomic structure. These free electrons are not bound to any particular atom and are able to move freely throughout the metal lattice. When a voltage is applied across a metal, these free electrons drift in response to the electric field, creating an electric current. This movement of electrons is what allows metals to conduct electricity efficiently.
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What is heat conduction and heat convection?
Heat conduction is the transfer of heat through a material or between materials that are in direct contact with each other. It occurs through the vibration and collision of atoms and molecules, leading to the transfer of thermal energy. On the other hand, heat convection is the transfer of heat through the movement of fluids, such as air or water. This occurs as warmer, less dense fluid rises and cooler, denser fluid sinks, creating a continuous circulation of heat transfer. Both heat conduction and heat convection are important mechanisms for the transfer of heat in various natural and engineered systems.
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