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547.918 --- 641.883 --- 641.13 --- Academic collection --- Glycosides. Amygdalin. Hesperidin. Saponin. Digitalin. Coniferin. Stevioside --- Sweeteners. Sugar --- Carbohydrates. Cereals. Fruits. Sugars --- Conferences - Meetings --- 641.13 Carbohydrates. Cereals. Fruits. Sugars --- 641.883 Sweeteners. Sugar --- 547.918 Glycosides. Amygdalin. Hesperidin. Saponin. Digitalin. Coniferin. Stevioside

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Academic collection --- 547.918 --- 641.883 --- 641.13 --- 641.13 Carbohydrates. Cereals. Fruits. Sugars --- Carbohydrates. Cereals. Fruits. Sugars --- 641.883 Sweeteners. Sugar --- Sweeteners. Sugar --- 547.918 Glycosides. Amygdalin. Hesperidin. Saponin. Digitalin. Coniferin. Stevioside --- Glycosides. Amygdalin. Hesperidin. Saponin. Digitalin. Coniferin. Stevioside --- Conferences - Meetings

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Academic collection --- 547.918 --- 641.883 --- 641.13 --- 582.998.2 --- Glycosides. Amygdalin. Hesperidin. Saponin. Digitalin. Coniferin. Stevioside --- Sweeteners. Sugar --- Carbohydrates. Cereals. Fruits. Sugars --- Tubuliflorae. Golden rod. Daisy. Aster. Edelweiss. Sunflower. Dahlia. Camomile . Stevia. Tansy. Corn marigold. Yarrow (milfoil). Chrysanthemum. Artemisias. Wormwood (mugwort, absinth). Tarragon. Southernwood (lad's love). Arnica. Groundsel --- 641.13 Carbohydrates. Cereals. Fruits. Sugars --- 641.883 Sweeteners. Sugar --- 547.918 Glycosides. Amygdalin. Hesperidin. Saponin. Digitalin. Coniferin. Stevioside

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Intrigued as much by its complex nature as by its outsider status in traditional organic chemistry, the editors of The Organic Chemistry of Sugars compile a groundbreaking resource in carbohydrate chemistry that illustrates the ease at which sugars can be manipulated in a variety of organic reactions.Each chapter contains numerous examples demonstrating the methods and strategies that apply mainstream organic chemistry to the chemical modification of sugars. The book first describes the discovery, development, and impact of carbohydrates, followed by a discussion of protecting group strategies, glycosylation techniques, and oligosaccharide syntheses. Several chapters focus on reactions that convert sugars and carbohydrates to non-carbohydrate molecules including the substitution of sugar hydroxyl groups to new groups of synthetic or biological interest, cyclitols and carbasugars, as well as endocyclic heteroatom substitutions. Subsequent chapters demonstrate the use of sugars in chiral catalysis, their roles as convenient starting materials for complex syntheses involving multiple stereogenic centers, and syntheses for monosaccharides. The final chapters focus on new and emerging technologies, including approaches to combinatorial carbohydrate chemistry, the biological importance and chemical synthesis of glycopeptides, and the medicinally significant concept of glycomimetics.Presenting the organic chemistry of sugars as a solution to many complex synthetic challenges, The Organic Chemistry of Sugars provides a comprehensive treatment of the manipulation of sugars and their importance in mainstream organic chemistry.

Organic chemistry --- KWS (koolwaterstoffen) --- glycosiden --- oligosacchariden --- organische chemie --- suiker --- Carbohydrates --- Glycosides --- Oligosaccharides --- 547.458 --- 547.917 --- 547.918 --- 577.114 --- Glucosides --- Monosaccharides --- Carbs (Carbohydrates) --- Biomolecules --- Organic compounds --- Glycomics --- 547.458 Polysaccharides --- Polysaccharides --- 577.114 Carbohydrates. Monosaccharides. Polysaccharides --- Carbohydrates. Monosaccharides. Polysaccharides --- 547.918 Glycosides. Amygdalin. Hesperidin. Saponin. Digitalin. Coniferin. Stevioside --- Glycosides. Amygdalin. Hesperidin. Saponin. Digitalin. Coniferin. Stevioside --- 547.917 Carbohydrates --- Carbohydrates. --- Glycosides. --- Oligosaccharides. --- Hétérosides. --- Glucides. --- Hétérosides.

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Fluid interfaces are promising candidates for confining different types of materials, e.g., polymers, surfactants, colloids, and even small molecules, to be used in designing new functional materials with reduced dimensionality. The development of such materials requires a deepening of the physicochemical bases underlying the formation of layers at fluid interfaces as well as on the characterization of their structures and properties. This is of particular importance because the constraints associated with the assembly of materials at the interface lead to the emergence of equilibrium and features of dynamics in the interfacial systems, which are far removed from those conventionally found in traditional materials. This Special Issue is devoted to studies on the fundamental and applied aspects of fluid interfaces, and attempts to provide a comprehensive perspective on the current status of the research field.

Technology: general issues --- polyelectrolyte --- surfactants --- kinetically trapped aggregates --- interfaces --- surface tension --- interfacial dilational rheology --- adsorption --- nonlinear stretching sheet --- viscoelastic fluid --- MHD --- viscous dissipation --- underwater vehicle --- sea-water pump --- vibration isolation --- flexible pipes --- cationic surfactants --- Gemini 12-2-12 surfactant --- dynamic surface tension --- maximum bubble pressure --- surface potential --- nanofluid --- stretching surface --- rotating fluid --- Homotopy Analysis Method (HAM) --- porous media --- magnetohydrodynamics --- hybrid nanofluid --- stretching cylinder --- flow characteristics --- nanoparticles --- convective heat transfer --- interfacial tensions --- dilational rheology --- biocompatible emulsions --- partition coefficient --- Tween 80 --- saponin --- citronellol glucoside --- MCT oil --- Miglyol 812N --- lipids --- pollutants --- Langmuir monolayers --- particles --- rheology --- neutron reflectometry --- ellipsometry --- DPPC --- lipid monolayers --- air/water interface --- entropy --- second grade nanofluid --- Cattaneo-Christov heat flux model --- nonlinear thermal radiation --- Joule heating --- fluid displacement --- inverse Saffman–Taylor instability --- partially miscible --- Korteweg force --- gyrotactic microorganisms --- micropolar magnetohydrodynamics (MHD) --- Maxwell nanofluid --- single wall carbon nanotubes (SWCNTs) and multi wall carbon nanotubes (MWCNTs) --- thermal radiation --- chemical reaction --- mixed convection --- permeability --- confinement --- dynamics --- materials --- applications