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JO - Journal of Fluorine Chemistry

T1 - Synthesis and characterization of organic/inorganic hybrid nanoparticles

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T2 - Journal of Fluorine Chemistry

The Inorganic Syntheses series is NOT a repository of primary research data, nor is it the place to report new syntheses. It is expected that all syntheses accepted for publication will have already appeared in the primary, peer-reviewed research literature. Thus those syntheses that are found to be widely used by the scientific community or provide a new synthetic entry to a broad range of compounds are most desired for the series. The series offers authors the chance to lay out intricacies of synthesis and purification in greater detail than possible in the original literature, as well as to provide updates of a tried-and-true synthesis.

T1 - Sol-gel synthesis of inorganic complex fluorides using trifluoroacetic acid

N2 - A new and simple chemical route has been used to synthesize mixed-oxide powders. The method uses long-chain polymers, such as poly(vinyl alcohol) and poly(ethylene glycol). The chemistry of the precursor solution differs from other solution-polymerization techniques. The stabilization of the cations in the precursor is established not only through the chemical binding of cations with the functional groups, but also, in major part, through the physical entrapment of the metal ions in the network of the dried polymer carrier. Pure, single-phase calcium aluminate, yttrium aluminate, and yttrium phosphate powders have been produced, while maintaining a 4:1 ratio of positively charged valences of the cations (Men+) to negatively charged hydroxyl (-OH-) groups. The ceramic yield of the new method (the ratio of the weight of the ceramic powders to the weight of the organics that are used in the preparation) is approximately 2.

JF - Journal of Fluorine Chemistry

The journal welcomes publications of high quality papers on theoretical developments and practical applications in Chemical Science.

There is no rigid definition of what constitutes a suitable synthesis. The major criterion by which syntheses are judged is the potential value to the scientific community. For example, starting materials or intermediates that are useful for synthetic chemistry are appropriate. The synthesis also should represent the best available procedure, and new or improved syntheses are particularly appropriate. Syntheses of compounds that are available commercially at reasonable prices are not acceptable. We do not encourage the submission of compounds that are unreasonably hazardous, and this connection, less dangerous anions generally should be employed in place of perchlorate.

A new and simple chemical route has been used to synthesize mixed-oxide powders. The method uses long-chain polymers, such as poly(vinyl alcohol) and poly(ethylene glycol). The chemistry of the precursor solution differs from other solution-polymerization techniques. The stabilization of the cations in the precursor is established not only through the chemical binding of cations with the functional groups, but also, in major part, through the physical entrapment of the metal ions in the network of the dried polymer carrier. Pure, single-phase calcium aluminate, yttrium aluminate, and yttrium phosphate powders have been produced, while maintaining a 4:1 ratio of positively charged valences of the cations (Men+) to negatively charged hydroxyl (-OH-) groups. The ceramic yield of the new method (the ratio of the weight of the ceramic powders to the weight of the organics that are used in the preparation) is approximately 2.

Publishes fundamental studies in all phases of inorganic chemistry.

The Journal of Biological Chemistry

AB - A new and simple chemical route has been used to synthesize mixed-oxide powders. The method uses long-chain polymers, such as poly(vinyl alcohol) and poly(ethylene glycol). The chemistry of the precursor solution differs from other solution-polymerization techniques. The stabilization of the cations in the precursor is established not only through the chemical binding of cations with the functional groups, but also, in major part, through the physical entrapment of the metal ions in the network of the dried polymer carrier. Pure, single-phase calcium aluminate, yttrium aluminate, and yttrium phosphate powders have been produced, while maintaining a 4:1 ratio of positively charged valences of the cations (Men+) to negatively charged hydroxyl (-OH-) groups. The ceramic yield of the new method (the ratio of the weight of the ceramic powders to the weight of the organics that are used in the preparation) is approximately 2.

Journal of Inorganic Biochemistry - Journals - NCBI
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  • Journal of Inorganic Biochemistry journal page at PubMed ..

    Inorganic Syntheses

  • Organic & Inorganic Chemistry Journals | Open Access

    Inorganic Syntheses, published series of detailed and foolproof syntheses of important and timely inorganic compounds.

  • Communications In Inorganic Synthesis

    Biotemplated synthesis of inorganic materials: An …

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