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  • 1
    Online Resource
    Online Resource
    Dordrecht :Springer Netherlands,
    Keywords: Porous materials. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (262 pages)
    Edition: 1st ed.
    ISBN: 9781402036040
    DDC: 620.1/064
    Language: English
    Note: Preliminaries -- Table of Contents -- Editorial -- Bundle-of-Tubes Model for Calculating Dynamic Effects in the Capillary- Pressure-Saturation Relationship -- Predictive Pore-Scale Modeling of Single and Multiphase Flow -- Digitally Reconstructed Porous Media: Transport and Sorption Properties -- Pore-Network Modeling of Isothermal Drying in Porous Media -- Phenomenological Meniscus Model for Two-Phase Flows in Porous Media -- Dynamic Capillary Pressure Mechanism for Instability in Gravity-Driven Flows -- Review and Extension to Very Dry Conditions -- Analytic Analysis for Oil Recovery During Counter-Current Imbibition in Strongly Water-Wet Systems -- Multi-Stage Upscaling: Selection of Suitable Methods -- Dynamic Effects in Multiphase Flow: A Porescale Network Approach -- Upscaling of Two-Phase Flow Processes in Porous Media.
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  • 2
    Keywords: Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (286 pages)
    Edition: 1st ed.
    ISBN: 9780128158371
    Language: English
    Note: Front Cover -- Biodiversity of Fishes in Arunachal Himalaya: Systematics, Classification, and Taxonomic Identification -- Copyright -- Contents -- About the Authors -- Foreword -- Preface -- Acknowledgments -- Chapter 1: Overview -- Chapter 2: Methodologies -- Chapter 3: Systematic Index -- Chapter 4: Systematic Account -- I. Order: Anguilliformes -- 1. Family: Anguillidae -- 1. Genus: Anguilla Schrank, 1798 -- II. Order: Osteoglossiformes -- 2. Family: Notopteridae -- 2. Genus: Notopterus Lacepède, 1800 -- 3. Genus: Chitala Fowler, 1934 -- III. Order: Clupeiformes -- 3. Family: Clupeidae -- 4. Genus: Gudusia Fowler, 1911 -- IV. Order: Cypriniformes -- 4. Family: Cyprinidae -- Subfamily: Danioninae -- 5. Genus: Amblypharyngodon Bleeker, 1860 -- 6. Genus: Cabdio Hamilton, 1822 -- 7. Genus: Opsarius McClelland, 1838 -- 8. Genus: Barilius Hamilton, 1822 -- 9. Genus: Laubuka Bleeker, 1859 -- 10. Genus: Chela, Hamilton, 1822 -- 11. Genus: Danio Hamilton, 1822 -- 12. Genus: Devario Heckel, 1843 -- 13. Genus: Esomus Swainson, 1839 -- 14. Genus: Raiamas Jordan, 1919 -- 15. Genus: Rasbora Bleeker, 1859 -- 16. Genus: Salmostoma Swainson, 1839 -- 17. Genus: Securicula Günther, 1868 -- Subfamily: Labeoninae -- 18. Genus: Bangana Hamilton, 1822 -- 19. Genus: Gibelion Heckel, 1843 -- 20. Genus: Cirrhinus Oken, 1817 -- 21. Genus: Tariqilabeo Mirza & -- Saboohi, 1990 -- 22. Genus: Garra Hamilton, 1822 -- Subfamily: Cyprininae -- 23. Genus: Labeo Cuvier, 1816 -- 24. Genus: Barbonymus Kottelat 1999 -- 25. Genus: Cyprinus Linnaeus, 1758 -- 26. Genus: Carassius Jarocki, 1822 -- 27. Genus: Chagunius Smith, 1938 -- 28. Genus: Neolissochilus Rainboth, 1985 -- 29. Genus: Osteobrama Heckel, 1843 -- 30. Genus: Systomus McClelland, 1838 -- 31. Genus: Oreichthys Smith, 1933 -- 32. Genus: Puntius Hamilton, 1822 -- 33. Genus: Pethia Pethiyagoda et al., 2012. , 34. Genus: Schizothorax Heckel, 1838 -- 35. Genus: Semiplotus Bleeker, 1860 -- 36. Genus: Tor Gray, 1834 -- Subfamily: Squaliobarbinae -- 37. Genus: Ctenopharyngodon Steindachner, 1866 -- Subfamily: Xenocyprinae -- 38. Genus: Hypophthalmichthys Bleeker 1860 -- 5. Family: Psilorhynchidae -- 39. Genus: Psilorhynchus McClelland, 1838 -- 6. Family: Botiidae -- 40. Genus: Botia Gray, 1831 -- 7. Family: Cobitidae -- 41. Genus: Canthophrys Swainson, 1838 -- 42. Genus: Lepidocephalichthys Bleeker, 1863 -- 43. Genus: Pangio Blyth, 1860 -- 8. Family: Balitoridae -- 44. Genus: Balitora Gray, 1830 -- 9. Family: Nemacheilidae -- 45. Genus: Aborichthys Chaudhuri, 1913 -- 46. Genus: Acanthocobitis Peters, 1861 -- 47. Genus: Paracanthocobitis Grant, 2007 -- 48. Genus: Schistura McClelland, 1838 -- 49. Genus: Physoschistura Bănărescu & -- Nalbant, 1982 -- V. Order: Siluriformes -- 10. Family: Siluridae -- 50. Genus: Ompok Lacepède, 1803 -- 51. Genus: Pterocryptis Peters, 1861 -- 52. Genus: Wallago Bleeker, 1851 -- 11. Family: Chacidae -- 53. Genus: Chaca Gray, 1831 -- 12. Family: Ritidae -- 54. Genus: Rita Bleeker, 1853 -- 13. Family: Ailiidae -- 55. Genus: Ailia Gray, 1830 -- 56. Genus: Clupisoma Swainson, 1838 -- 57. Genus: Eutropiichthys Bleeker, 1862 -- 14. Family: Horabagridae -- 58. Genus: Pachypterus Swainson, 1838 -- 15. Family: Bagridae -- 59. Genus: Batasio Blyth, 1860 -- 60. Genus: Chandramara Jayaram, 1972 -- 61. Genus: Mystus Scopoli, 1777 -- 62. Genus: Sperata Holly, 1939 -- 63. Genus: Olyra McClelland, 1842 -- 16. Family: Amblycipitidae -- 64. Genus: Amblyceps Blyth, 1858 -- 17. Family: Sisoridae -- Subfamily: Sisorinae -- 65. Genus: Sisor Hamilton, 1822 -- 66. Genus: Bagarius Bleeker, 1853 -- 67. Genus: Gagata Bleeker, 1858 -- 68. Genus: Gogangra Roberts, 2001 -- Subfamily: Glyptosterninae -- 69. Genus: Creteuchiloglanis Zhou et al. 2011. , 70. Genus: Exostoma Blyth, 1860 -- 71. Genus: Glyptothorax Blyth, 1860 -- 72. Genus: Oreoglanis Smith, 1933 -- 73. Genus: Parachiloglanis Wu, He & -- Chu, 1981 -- 74. Genus: Pseudecheneis Blyth, 1860 -- 18. Family: Erethistidae -- Subfamily: Continae -- 75. Genus: Conta Hora, 1950 -- Subfamily: Erethistinae -- 76. Genus: Erethistoides Hora, 1950 -- 77. Genus: Erethistes Müller & -- Troschel 1849 -- 78. Genus: Nangra Day, 1877 -- 79. Genus: Pseudolaguvia Misra, 1976 -- 19. Family: Clariidae -- 80. Genus: Clarias Scopoli, 1763 -- 20. Family: Heteropneustidae -- 81. Genus: Heteropneustes Müller, 1840 -- VI. Order: Salmoniformes -- 21. Family: Salmonidae -- Subfamily: Salmoninae -- 82. Genus: Oncorhynchus Suckley, 1861 -- 83. Genus: Salmo Linnaeus, 1758 -- VII. Order: Gobiiformes -- 22. Family: Gobiidae -- 84. Genus: Glossogobius Gill, 1859 -- 23. Family: Ambassidae -- 85. Genus: Chanda Hamilton, 1822 -- 86. Genus: Parambassis Bleeker, 1874 -- VIII. Order: Cichliformes -- 24. Family: Cichlidae -- 87. Genus: Oreochromis Günther, 1889 -- IX. Order: BELONIFORMES -- 25. Family: Belonidae -- 88. Genus: Xenentodon Regan, 1911 -- X. Order: Synbranchiformes -- 26. Family: Synbranchidae -- 89. Genus: Monopterus Lacepède, 1800 -- 27. Family: Chaudhuriidae -- 90. Genus: Pillaia, Yazdani, 1972 -- 28. Family: Mastacembelidae -- 91. Genus: Macrognathus Lacepede, 1800 -- 92. Genus: Mastacembelus Scopoli, 1777 -- XI. Order: Anabantiformes -- 29. Family: Anabantidae -- 93. Genus: Anabas Cloquet, 1816 -- 30. Family: Osphronemidae -- Subfamily: Luciocephalinae -- 94. Genus: Trichogaster Bloch & -- Schneider, 1801 -- 31. Family: Channidae -- 95. Genus: Channa Scopoli, 1777 -- 32. Family: Nandidae -- 96. Genus: Nandus Valenciennes, 1831 -- 33. Family: Badidae -- 97. Genus: Badis Bleeker, 1853 -- XII. Order: Syngnathiformes -- 34. Family: Syngnathidae. , 98. Genus: Microphis Kaup, 1853 -- XIII. Order: Tetraodontiformes -- 35. Family: Tetraodontidae -- 99. Genus: Leiodon Swainson, 1839 -- References -- Species Index -- Back Cover.
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  • 3
    Online Resource
    Online Resource
    London :IWA Publishing,
    Keywords: Hydrodynamics -- Mathematical models. ; Hydrology -- Computer simulations. ; Hydrologic models. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (296 pages)
    Edition: 1st ed.
    ISBN: 9781780402260
    DDC: 551.480285
    Language: English
    Note: Cover -- Copyright -- Contents -- Dedication -- Preface -- Acknowledgments -- Chapter 1: Hydro-environmental Systems -- 1.1 Estuary Classification -- 1.2 River Classification -- 1.3 Coastal Zone Classifications -- 1.4 Classification of Underground Systems -- 1.5 Purpose and the structure of the book -- References -- Chapter 2: Mathematical Models: Governing equations and main solution techniques -- 2.1 Main Concepts -- 2.2 Equations Representing Open Channel Flow -- 2.3 Equations Representing Underground Flow -- 2.4 Pollutants Transport Equation in Hydro-Environmental Flow systems -- 2.5 Main Solution Techniques -- 2.5.1 Finite Difference Method -- 2.5.2 Weighted Residuals Finite Element Method -- 2.5.3 Finite Volume Method -- References -- Chapter 3: Computer Modelling of Hydrodynamics and Pollutants Transport in Open Channel Flow Domains -- 3.1 Main Concepts -- 3.2 Modelling schemes of shallow estuaries -- 3.2.1 Long and narrow estuaries: one-dimensional hydrodynamic models -- 3.2.2 Long and narrow estuaries: one-dimensional pollutant transport models -- 3.2.3 Long and wide estuaries: two-dimensional hydrodynamic models -- 3.2.4 Long and wide estuaries: Two-dimensional pollutant transport models -- 3.2.5 Modelling of relatively deep estuaries and coastal zones using a spectral expansion technique -- 3.2.6 Modelling of deep estuaries and coastal zones using three dimensional finite volume technique -- References -- Chapter 4: Computer Simulations: Flood Routing, Estuarine Hydrodynamics, Solute Transport and Effluent Discharge Policies -- 4.1 Flood routing in River Tees -- 4.2 Modelling of tidal dynamics in the Tay Estuary -- 4.3 Modelling of salt intrusion in the Tay Estuary -- 4.4 Modelling of heavy metal distribution in the Fal Estuary -- 4.5 Modelling of solute distribution in a coastal zone using the Random Walk approach. , 4.6 Modelling of tidal dynamics in the upper Milford-Haven Estuary -- 4.7 Modelling of solute dispersion in the Upper Milford-Haven Estuary -- 4.8 Formulation of an effluent discharge policy for the Upper Milford-Haven Estuary -- 4.9 Modelling of salt intrusion into the Upper Milford-Estuary using two-dimensional moving boundary Lagrange-Galerkin scheme -- References -- Chapter 5: Underground Flow Systems including Coupled Free and Porous Regimes -- 5.1 Main Concepts -- 5.2 Characterisation of subsurface water systems -- 5.3 Modelling of Underground Flow -- 5.4 Coupled Free and Porous Flow -- 5.4.1 Modelling of surface/unsaturated subsurface flow systems -- 5.4.2 Modelling of coupled free/saturated porous flow -- 5.5 Some standard algorithms used for the simulation of coupled free/saturated porous flow systems -- 5.5.1 Treatment of convection dominated regimes -- 5.5.2 Treatment of open boundaries -- 5.5.3 A finite element scheme for coupling free and saturated porous flow processes -- 5.6 A three-dimensional finite volume scheme for coupled free/saturated porous flow processes in heterogeneous porous domains -- 5.6.1 Dimensionless groups and working equations in non-dimensional form -- 5.6.2 Hydrodynamic equations for free flow region -- 5.6.3 Hydrodynamic equations for porous flow region -- 5.7 Solute transport mechanism in groundwater -- 5.8 A three-dimensional finite volume scheme for contaminants transport -- 5.9 Application of computer models of coupled free and porous flow processes in the computer aided design of permeable reactive barriers for underground water treatment -- References -- Chapter 6: Hydroinformatics: an Introduction -- 6.1 Main Concepts -- 6.2 Hydroinformatics -- 6.3 Some typical examples of Hydroinformatics methodologies -- References -- Index.
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  • 4
    Electronic Resource
    Electronic Resource
    [S.l.] : American Institute of Physics (AIP)
    Journal of Applied Physics 72 (1992), S. 3832-3834 
    ISSN: 1089-7550
    Source: AIP Digital Archive
    Topics: Physics
    Notes: Iron particles having diameters around 8 nm and loosely packed with nanosized copper particles have been prepared by a sol-gel route. The samples exhibit coercivities in the range 200 to 500 Oe that are typical of single-domain iron grains. The Mössbauer spectrum is consistent with the presence of α-Fe particles in the system. However, a finite value of the isomer shift is obtained that is ascribed to possible electron transfer between the iron atoms and the surrounding copper matrix.
    Type of Medium: Electronic Resource
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  • 5
    Electronic Resource
    Electronic Resource
    [S.l.] : American Institute of Physics (AIP)
    Journal of Applied Physics 88 (2000), S. 6856-6860 
    ISSN: 1089-7550
    Source: AIP Digital Archive
    Topics: Physics
    Notes: Nickel–silica nanocomposites were prepared by the sol-gel route. By subjecting these to an oxidation treatment in the temperature range 723–1023 K, nickel oxide films of estimated thicknesses in the range 0.5–1.5 nm were grown on the nickel nanoparticles. dc electrical resistivity was measured in the temperature range 300–570 K. The data indicate that an amorphous phase in the interfacial region of the oxide-coated nickel nanoparticles determines the electrical conduction. A small polaron hopping conduction is found to be operative. The humidity sensing properties of these nanocomposites were measured at 300 K in the range of relative humidity (RH) from 3% to 87%. Electrical conductance in all specimens showed an increase of about three orders of magnitude as the RH was raised. Specimens subjected to higher oxidation treatment showed a higher conductance for a specific value of RH. This is ascribed to the presence of a larger number of Ni3+ ions in such specimens. © 2000 American Institute of Physics.
    Type of Medium: Electronic Resource
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  • 6
    Electronic Resource
    Electronic Resource
    [S.l.] : American Institute of Physics (AIP)
    Journal of Applied Physics 91 (2002), S. 4573-4579 
    ISSN: 1089-7550
    Source: AIP Digital Archive
    Topics: Physics
    Notes: Iron nanoparticles with a shell of Fe3O4 phase with a total diameter of 5.3 nm have been grown within a silica gel matrix in the percolative configuration by suitable reduction followed by oxidation treatments. dc electrical resistivity measurements were carried out in the temperature range 80–300 K. The resistivity of the nanocomposites was found to be about 7 orders of magnitude lower than that of the reference gel. The electrical conduction has been explained on the basis of a small polaron hopping mechanism. The activation energy in the case of the composites was calculated from experimental data to be about one-fifth that for the reference sample. An interfacial amorphous phase is believed to cause such reduction in resistivity. The effective dielectric constant of this phase was estimated to be about four times that of the reference glass. Magnetization measurements on these specimens were carried out in the temperature range 5–300 K both in zero field cooled and field cooled states. A peak in the magnetization at ∼120 K was ascribed to an order–disorder (Verwey) transition. Another peak at ∼55 K was explained as arising due to a spin glass like disorder at the interface between the ferromagnetic iron ores and the ferrimagnetic Fe3O4 shell. A loop shift was observed as a result of the spin freezing below this temperature. © 2002 American Institute of Physics.
    Type of Medium: Electronic Resource
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  • 7
    Electronic Resource
    Electronic Resource
    Woodbury, NY : American Institute of Physics (AIP)
    Applied Physics Letters 57 (1990), S. 1360-1362 
    ISSN: 1077-3118
    Source: AIP Digital Archive
    Topics: Physics
    Notes: Ultrafine iron particles prepared by a sol-gel route are characterized by Mössbauer spectroscopy and transmission electron microscopy. The Mössbauer absorption patterns consist of a ferromagnetic component superposed on a superparamagnetic doublet. The intensity of the superparamagnetic doublet is found to be larger for particles having smaller average diameter. For very fine particles a diffused electron diffraction pattern is observed. It is also shown that the sol-gel technique could be used to prepare fine particles of a Fe-Cr alloy.
    Type of Medium: Electronic Resource
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  • 8
    Electronic Resource
    Electronic Resource
    [S.l.] : American Institute of Physics (AIP)
    Journal of Applied Physics 60 (1986), S. 3779-3781 
    ISSN: 1089-7550
    Source: AIP Digital Archive
    Topics: Physics
    Notes: Highly aligned SmCo5 deposits were produced using plasma spraying. c-axis alignment, normal to the plane of the deposit, was achieved by depositing the Sm-Co alloys on steel substrates maintained at high temperatures. The substrates were heated by the plasma flame to obtain the high temperatures. The attainment of a range of substrate temperatures was made possible through control over the geometry of the substrate.
    Type of Medium: Electronic Resource
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  • 9
    Electronic Resource
    Electronic Resource
    Woodbury, NY : American Institute of Physics (AIP)
    Applied Physics Letters 79 (2001), S. 3705-3707 
    ISSN: 1077-3118
    Source: AIP Digital Archive
    Topics: Physics
    Notes: Oxidation of amorphous silicon (a-Si) nanoparticles grown by plasma-enhanced chemical vapor deposition were investigated. Their hydrogen content has a great influence on the oxidation rate at low temperature. When the mass gain is recorded during a heating ramp in dry air, an oxidation process at low temperature is identified with an onset around 250 °C. This temperature onset is similar to that of hydrogen desorption. It is shown that the oxygen uptake during this process almost equals the number of hydrogen atoms present in the nanoparticles. To explain this correlation, we propose that oxidation at low temperature is triggered by the process of hydrogen desorption. © 2001 American Institute of Physics.
    Type of Medium: Electronic Resource
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  • 10
    Electronic Resource
    Electronic Resource
    Woodbury, NY : American Institute of Physics (AIP)
    Applied Physics Letters 76 (2000), S. 1273-1275 
    ISSN: 1077-3118
    Source: AIP Digital Archive
    Topics: Physics
    Notes: Nanometer-sized copper particles have been grown within a gel derived glass in the system 60 CuO, 40 SiO2 (mole %). By heat treatment at temperatures in the range of 450–850 °C, copper oxide shells of thickness varying from 1.1 to 1.7 nm have been produced. DC resistivity measurements carried out over the temperature range of 30–300 °C show a drastically reduced activation energy as compared to that of a reference sample with the above composition. This is ascribed to the presence of an interfacial amorphous phase generated by the assembly of nanosized copper oxide particles. © 2000 American Institute of Physics.
    Type of Medium: Electronic Resource
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