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Visiting the Art Museum
Visiting the Art Museum: A Journey Toward Participation is a book about the visitor experience. It is written as a companion for visitors to and inside the art museum. The volume engages readers in transforming a common experience, the museum visit, into a sophisticated epistemological inquiry. The study of the visitor experience through an epistemological approach consists of the untangling of the academic disciplines that study and inform each step of this experience: urban studies, architecture, design, art history, art education, and nonprofit management. This journey follows a transformative bottom-up trajectory from experiential to epistemological, and, finally, reveals itself as empowering. The book unfolds as an edited volume, with chapters by different authors who are enthusiastic scholars in each discipline and addresses undergraduate students as citizens, master’s students as professionals, and scholars as teachers and researchers. Each reader will discover a kaleidoscopic world made of ideas, values, and possibilities for participation.
Lectures on Clifford (Geometric) Algebras and Applications
The subject of Clifford (geometric) algebras offers a unified algebraic framework for the direct expression of the geometric concepts in algebra, geometry, and physics. This bird's-eye view of the discipline is presented by six of the world's leading experts in the field; it features an introductory chapter on Clifford algebras, followed by extensive explorations of their applications to physics, computer science, and differential geometry. The book is ideal for graduate students in mathematics, physics, and computer science; it is appropriate both for newcomers who have little prior knowledge of the field and professionals who wish to keep abreast of the latest applications.
Cholesteatoma and Ear Surgery
Preface It was a great privilege and honour for me and my deputy chairman Professor Chris Raine to host the 10th International Conference on Cholesteatoma and Ear Surgery (Chole2016) in Edinburgh, Scotland. The Council of the British Society of Otology has helped me tremendously in the preparation of this conference. Over 1000 delegates from 54 countries attended Chole2016 on 5-8 June 2016. The scientific programme included 12 keynote lectures on the basic science of chronic ear diseases; 23 national symposium; 41 round tables; two live temporal bone dissections; 14 video instructional sessions; 18 free paper sessions and poster presentations. I sincerely thank all the faculties who contribu...
The Human Auditory System
This book presents the latest findings in clinical audiology with a strong emphasis on new emerging technologies that facilitate and optimize a better assessment of the patient. The book has been edited with a strong educational perspective (all chapters include an introduction to their corresponding topic and a glossary of terms). The book contains material suitable for graduate students in audiology, ENT, hearing science and neuroscience.
Imaging in Treatment Planning for Sinonasal Diseases
- Adopts an original approach in discussing the rationale underlying the treatment strategy and identifying the imaging findings critical to the decision-making process - Considers all important sinonasal diseases - Serves as an invaluable guide to the selection of imaging techniques- Pays special attention to selection of an endonasal or an external approach in surgical candidates - Based on 15 years' experience in integrating clinical and radiological information
Epitaxial Design Optimizations for Increased Efficiency in GaAs-Based High Power Diode Lasers
This work presents progress in the root-cause analysis of power saturation mechanisms in continuous wave (CW) driven GaAs-based high-power broad area diode lasers operated at 935 nm. Target is to increase efficiency at high optical CW powers by epitaxial design. The novel extreme triple asymmetric (ETAS) design was developed and patented within this work to equip diode lasers that use an extremely thin p-waveguide with a high modal gain. An iterative variation of diode lasers employing ETAS designs was used to experimentally clarify the impact of modal gain on the temperature dependence of internal differential quantum efficiency (IDQE) and optical loss. High modal gain leads to increased fr...
Proceedings etc2016
For the second time the European Telemetry and Test Conference – etc2016 took place from 10 – 12 May 2016 in Nuremberg (Germany), in collaboration with the SENSOR+TEST 2016. Worldwide, there is no comparable platform to SENSOR+TEST / etc that offers such an intensive innovation dialog between suppliers of sensors, measuring and testing technology and users from all major industries. This cooperation provides in addition etc2016 exhibitors the opportunity to meet international customers from industry, science and research – from automotive industries, machinery constructions, electrical and energy industry, and of course aviation and space. The etc2016 spotlights the most recent innovations in methods, systems, and instrumentation from industry, researchers and laboratories all around the world. The European Telemetry and Test Conference offers original technical papers and innovation ideas in Test, Telemetry, Telecontrol, Instrumentation and Recording technologies for industrial, automotive, scientific, aerospace, space, naval and military applications.
Banking Yearbook
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Analysis of Spatio-Temporal Phenomena in High-Brightness Diode Lasers using Numerical Simulations
Broad-area lasers are edge-emitting semiconductor lasers with a wide lateral emission aperture. This feature enables high output powers but also diminishes the lateral beam quality and results in their inherently non-stationary behavior. Research in the area is driven by application, and the main objective is to increase the brightness, which includes both output power and lateral beam quality. To understand the underlying spatio-temporal phenomena and to apply this knowledge in order to reduce costs for brightness optimization, a self-consistent simulation tool taking all essential processes into account is vital. Firstly, in this work a quasi-three-dimensional opto-electronic and thermal m...
Two-step MOVPE, in-situ etching and buried implantation: applications to the realization of GaAs laser diodes
This work is about two-step epitaxial growth using metalorganic vapor-phase epitaxy (MOVPE) for the realization of edge-emitting near-infrared laser diodes. The fabricated gallium arsenide-based devices fall into two categories: high-power lasers (watt range, multimodal) and tunable lasers (milliwatt range, monomodal). Common to both cases is that surface contamination – particularly that due to oxygen – needs to be removed before regrowth. Thus, in-situ etching with carbon tetrabromide (CBr4) is first studied. The experimental results include kinetic data, the effects of different etching conditions as well as substrate characteristics, and the effectiveness in reducing surface contamin...
