NANO CATALYST FE3O4/NANOSIO2: AS AN EFFICIENT RECYCLABLE SOLID ACID CATALYST FOR THE ONE-POT SYNTHESIS OF 2, 4, 6-TRIARYLPYRIDINE

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SANAEISHOAR HALEH; Daneshyar Maryam

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Seminar Paper

Paper Information

Seminar: IRANIAN CHEMISTRY CONGRESS
Year:2015 | Issue:18

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Title

NANO CATALYST FE3O4/NANOSIO2: AS AN EFFICIENT RECYCLABLE SOLID ACID CATALYST FOR THE ONE-POT SYNTHESIS OF 2, 4, 6-TRIARYLPYRIDINE

Author(s)

SANAEISHOAR HALEH | Daneshyar Maryam | Issue Writer Certificate

Keywords

NANOCATALYST

SPECIFIC SURFACE

NANOSTRUCTURE

RECYCLABLE

Abstract

BACKGROUND: THE CONTROLLED FABRICATION OF NANOSTRUCTURE MATERIALS WITH FUNCTIONAL PROPERTIES HAS ATTRACTED MORE AND MORE ATTENTION IN RECENT YEARS FOR THEIR UNIQUE SIZE AND SHAPE-DEPENDENT PROPERTIES (OPTICAL, ELECTRICAL, MAGNETIC, MECHANICAL, ETC.) [1]. THE ABOVE NANOCATALYST WITH HIGH SURFACE AREA, SHORTER REACTION TIME, EASIER WORKUP, HIGHER YIELD, AND ITS ENVIRONMENTAL FRIENDLINESS. THE PERFORMANCE OF THIS REACTION UNDER SOLVENT FREE CONDITIONS USING HETEROGENEOUS CATALYSTS LIKE FE3O4/SIO2 COULDE ENHANCE ITS EFFICIENCY FROM AN ECONOMIC AS WELL AS GREEN CHEMISTRY POINT OF VIEW [2]...

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APA: Copy

SANAEISHOAR, HALEH, & Daneshyar, Maryam. (2015). NANO CATALYST FE₃O₄/NANOSIO₂: AS AN EFFICIENT RECYCLABLE SOLID ACID CATALYST FOR THE ONE-POT SYNTHESIS OF 2, 4, 6-TRIARYLPYRIDINE. IRANIAN CHEMISTRY CONGRESS. SID. https://sid.ir/paper/932214/en

Vancouver: Copy

SANAEISHOAR HALEH, Daneshyar Maryam. NANO CATALYST FE₃O₄/NANOSIO₂: AS AN EFFICIENT RECYCLABLE SOLID ACID CATALYST FOR THE ONE-POT SYNTHESIS OF 2, 4, 6-TRIARYLPYRIDINE. 2015. Available from: https://sid.ir/paper/932214/en

IEEE: Copy

HALEH SANAEISHOAR, and Maryam Daneshyar, “NANO CATALYST FE₃O₄/NANOSIO₂: AS AN EFFICIENT RECYCLABLE SOLID ACID CATALYST FOR THE ONE-POT SYNTHESIS OF 2, 4, 6-TRIARYLPYRIDINE,” presented at the IRANIAN CHEMISTRY CONGRESS. 2015, [Online]. Available: https://sid.ir/paper/932214/en

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