Titlebook: Structural Integrity and Monitoring for Composite Materials; Ahmad Hamdan Ariffin,Noradila Abdul Latif,Zaleha B Book 2023 The Editor(s) (i

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sectors, people and organizations, we hope to deal with all the important relationships in a coherent way. Yet this book is not intended to be from a service providers‘ perspective. We have arranged the book in this way so that providers are best equipped to meet the needs of their customers - whether they ar978-0-412-61830-7978-1-4899-3003-3

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Gérald Franz,Muhammad Hafiz Hassangebraic) dimension of the quadratic spaces is allowed to be infinite. Many problems of the finite dimensional setting remain perfectly meaningful and invite an investigation when the finiteness condition is removed. Our results show that it is possible to generalize, without rarefying, classical res

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J. Joy Mathavan,Muhammad Hafiz Hassan,Gérald Franzgebraic) dimension of the quadratic spaces is allowed to be infinite. Many problems of the finite dimensional setting remain perfectly meaningful and invite an investigation when the finiteness condition is removed. Our results show that it is possible to generalize, without rarefying, classical res

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Desmond Daniel Vui Sheng Chin,Musli Nizam bin Yahya,Nazli bin Che Dincts it is advantageous that laterally confined electron systems in 2D samples can be tuned, e.g. via a gate voltage, from a macroscopic systems through the mesoscopic regime into the quantized regime. Further, a very sensitive and reproducible adjustment of e.g. the Fermi energy or other parameters

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Nur Afiqah Sufian,Anika Zafiah Mohd Rus,Nurul Syamimi A. Salim,Hendi Saryantooms and molecules when an equilibrium diamagnetic moment is induced in them by a magnetic field. Do such currents exist in finite macroscopic [4] systems? The answer (while still surprising to many) is of course positive. Diamagnetic currents do flow in equilibrium in metals. In fact, whenever the a

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Onur Agma,Suleyman Basturkcts it is advantageous that laterally confined electron systems in 2D samples can be tuned, e.g. via a gate voltage, from a macroscopic systems through the mesoscopic regime into the quantized regime. Further, a very sensitive and reproducible adjustment of e.g. the Fermi energy or other parameters

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Mohd Fadhli Zulkafli,Muhammad Naim Romzee,Ahmad Hamdan Ariffin,Fairuz Alias,Mohamad Norani Mansur,Morying) geometry of the constriction can very easily explain the quantization which is exact in the adiabatic limit. However, in most real samples the variations in the geometry of the confining walls are slow in the region where the constriction is narrowest but are abrupt near its termination. Accu