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Advances in Functional Inorganic Materials Prepared by Wet Chemical Methods (Volume II)

Functional inorganic materials are an indispensable part of innovative technologies that are essential to the development of many fields of industry. The use of new materials, nanostructures, or multicomponent composites with specific chemical or physical properties promotes technological progress i...

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Format: Online
Sprog:engelsk
Udgivet: MDPI - Multidisciplinary Digital Publishing Institute 2023
Fag:
photocatalysis
Ag3PO4
g-C3N4
heterojunction
degradation
X-ray diffraction analysis
Hirshfeld surface analysis
guanine
palladium
platinum
metal-nitrogen bond
layered double hydroxides
nickel(III)
co-precipitation
hydrothermal treatment
microwave treatment
XRD
XPS
TPR-H2
calcium hydroxyapatite
α-tricalcium phosphate
water-organic solvent system
solvothermal synthesis
nicotinic acid
uranium
π-interactions
halogen bonds
hydrogen bonds
nickel foam
electroless deposition
formate
oxidation
graphite intercalation compounds
graphite bisulfate
staging in graphite intercalation compounds
structural characterization
thermal treatment
brushite
hexaaquanickel(II) hydrogen phosphate monohydrate
biomaterials
kidney stone
solvent induction
crystal structure
optical properties
magnetic properties
porous silicon
gold
fabrication
SERS
exfoliated graphite
graphene-polypyrrole nanocomposites
structural analysis
hydrothermal synthesis
morphology control
rare-earth phosphates
red emission
rod-like nanoparticles
sol-gel technique
one-pot synthesis
3-aminopropyl groups
ethylenediamine groups
secondary amine groups
Cu(II) ions sorption
Ni(II) ions sorption
bovine serum albumin sorption
amino acids
organic additives
n/a
thema EDItEUR::G Reference, Information and Interdisciplinary subjects::GP Research and information: general
thema EDItEUR::P Mathematics and Science::PH Physics
Online adgang:ONIX_20230405_9783036569581_228
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Summary:Functional inorganic materials are an indispensable part of innovative technologies that are essential to the development of many fields of industry. The use of new materials, nanostructures, or multicomponent composites with specific chemical or physical properties promotes technological progress in electronics, optoelectronics, catalysis, biomedicine, and many other areas that are concerned with many aspects of human life. Due to the broad and diverse range of potential applications of functional inorganic materials, the development of superior synthesis pathways, their reliable characterization, and a deep understanding of the structure–property relationships in materials are rightfully considered to be fundamentally important scientific issues. Only synergetic efforts of scientists dealing with the synthesis, functionalization and characterization of materials will lead to the development of future technologies.

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