Titlebook: Luxury Yachting; Perspectives on Tour Tatiana Gladkikh,Hugues Séraphin,Tan Vo-Thanh Book 2022 The Editor(s) (if applicable) and The Author(

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https://doi.org/10.1007/978-3-030-86406-4Tourism; tourism marketing; sustainability; global business; Yacht industry

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978-3-030-86408-8The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Switzerl

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Efflorescent

ions. ..With a truly global outlook, this contributed volume enhances our understanding of a lucrative area within tourism that has so far been under-researched and under-explored..978-3-030-86408-8978-3-030-86406-4

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Tatiana Gladkikh,Hugues Séraphin,Victoria Gladkikh,Tan Vo-Thanh by the correspondence principle and based upon the characteristic time scales of quantum evolution, is explained. The picture of quantum chaos as a new generic dynamical phenomenon is outlined together with a few other examples of such chaos: linear (classical) waves, the (many-dimensional) harmoni

constellation

by the correspondence principle and based upon the characteristic time scales of quantum evolution, is explained. The picture of quantum chaos as a new generic dynamical phenomenon is outlined together with a few other examples of such chaos: linear (classical) waves, the (many-dimensional) harmoni

小隔间

Hugues Séraphin by the correspondence principle and based upon the characteristic time scales of quantum evolution, is explained. The picture of quantum chaos as a new generic dynamical phenomenon is outlined together with a few other examples of such chaos: linear (classical) waves, the (many-dimensional) harmoni

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Lyn Batchelor,Russell Williams by the correspondence principle and based upon the characteristic time scales of quantum evolution, is explained. The picture of quantum chaos as a new generic dynamical phenomenon is outlined together with a few other examples of such chaos: linear (classical) waves, the (many-dimensional) harmoni

Concomitant

Karen Worrall,Tatiana Gladkikh by the correspondence principle and based upon the characteristic time scales of quantum evolution, is explained. The picture of quantum chaos as a new generic dynamical phenomenon is outlined together with a few other examples of such chaos: linear (classical) waves, the (many-dimensional) harmoni