ADSORPTION OF CH3NH2 MOLECULE ON THE PRISTINE AND P-DOPED ALN NANOTUBES

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MAKIABADI B.; ZAKARIANEJAD M.; Sardouieband S.; Zeidabadinejad E.

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Seminar Paper

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Seminar: IRANIAN PHYSICAL CHEMISTRY CONFERENCE
Year:2013 | Issue:16

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Title

ADSORPTION OF CH3NH2 MOLECULE ON THE PRISTINE AND P-DOPED ALN NANOTUBES

Author(s)

MAKIABADI B. | ZAKARIANEJAD M. | Sardouieband S. | Zeidabadinejad E. | Issue Writer Certificate

Keywords

NANOTUBE

ADSORPTION

BINDING ENERGY

DFT

Abstract

INTRODUCTION: AFTER THE DISCOVERY OF CARBON NANOTUBES, THERE HAS BEEN MANY EFFORTS FOR THE SYNTHESIS OF DIFFERENT TYPES OF NANOTUBES WERE CALLED NON-CARBON NANOTUBES [1, 2]. DFT CALCULATIONS SHOW THAT NANOTUBES OF ALUMINUM NITRIDE, PACKAGING COSTS AND ENERGY PREDICTED FOR MADE THE SINGLE-LAYER NANOTUBES FROM SHEET OF ALUMINUM NITRIDE GRAPHITE ARE LESS THAN THE AMOUNT REQUIRED FOR THE FORMATION OF BORON NITRIDE NANOTUBES, AND CARBON NANOTUBES [3]. AMONG THE NANOSTRUCTURES, ALUMINUM NITRIDE WITH WIDE BAND GAP, HIGH PROVIDING THERMAL STABILITY, THERMAL CONDUCTIVITY REMARKABLE, LOW THERMAL EXPANSION AND HIGH RESISTANCE TO CHEMICALS AND GASES AND IN SEMICONDUCTOR PROCESSING DUE TO DIELECTRIC PROPERTIES HAVE BEEN STUDIED [4]. IN THE PRESENT WORK, OUR MAIN OBJECTIVE IS TO COMPARE THE CH3NH2 ADSORPTION BEHAVIOR OF TWO PRISTINE NANOTUBES INCLUDING: ALN AND P-DOPED ALN NANOTUBES IN AN IDENTICAL MOLECULAR LEVEL OF THEORY.

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APA: Copy

MAKIABADI, B., ZAKARIANEJAD, M., Sardouieband, S., & Zeidabadinejad, E.. (2013). ADSORPTION OF CH₃NH₂ MOLECULE ON THE PRISTINE AND P-DOPED ALN NANOTUBES. IRANIAN PHYSICAL CHEMISTRY CONFERENCE. SID. https://sid.ir/paper/915009/en

Vancouver: Copy

MAKIABADI B., ZAKARIANEJAD M., Sardouieband S., Zeidabadinejad E.. ADSORPTION OF CH₃NH₂ MOLECULE ON THE PRISTINE AND P-DOPED ALN NANOTUBES. 2013. Available from: https://sid.ir/paper/915009/en

IEEE: Copy

B. MAKIABADI, M. ZAKARIANEJAD, S. Sardouieband, and E. Zeidabadinejad, “ADSORPTION OF CH₃NH₂ MOLECULE ON THE PRISTINE AND P-DOPED ALN NANOTUBES,” presented at the IRANIAN PHYSICAL CHEMISTRY CONFERENCE. 2013, [Online]. Available: https://sid.ir/paper/915009/en

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