DFT STUDY OF THE NONCOVALENT INTERACTION BETWEEN (5,5) SWCNT WITH CISPLATIN

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MORSALI ALI; Badiee Manizheh Sadat; REZAEE MOHAMMAD TAHER

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Seminar Paper

Paper Information

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

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Title

DFT STUDY OF THE NONCOVALENT INTERACTION BETWEEN (5,5) SWCNT WITH CISPLATIN

Author(s)

MORSALI ALI | Badiee Manizheh Sadat | REZAEE MOHAMMAD TAHER | Issue Writer Certificate

Keywords

DFT

CARBON NANOTUBE

CISPLATIN

NON-COVALENT

Abstract

BACKGROUND: CARBON NANOTUBES (CNTS), WITH THEIR UNIQUE PHYSIOCHEMICAL PROPERTIES, HAVEMADE RAPID ADVANCEMENTS IN NANOTECHNOLOGY, ENCOMPASSING BROAD AND DIVERSE AREAS OF APPLICATION OF WHICH THE USE OF CNTS AS NANOCARRIERS IN DRUG DELIVERY IS AN EMERGENT TOPIC. THE NANODIMENSION OF CNT IN ADDITION TO ITS UNIQUE ELECTRONIC STRUCTURE (RESEMBLING THAT OF A ROLLED UP GRAPHENE SHEET) MAKES THIS CLASS OF NANOMATERIAL HIGHLY UNUSUAL IN ITS ELECTRONIC PROPERTIES WITH APPLICATIONS IN CATALYSIS, STORAGE DEVICES AS SENSORS NANOELECTRONICS FIELD EFFECT TRANSISTORS (FET) DEVICES AND BIOSENSORS [1]. WE HAVE SYSTEMATICALLY INVESTIGATED THE NONCOVALENT ADSORPTION OF CISPLATIN (ANTI-CANCER DRUG) ONTO A (5, 5) SINGLE-WALLED CARBON NANOTUBE IN SOLUTION PHASE...

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APA: Copy

MORSALI, ALI, Badiee, Manizheh Sadat, & REZAEE, MOHAMMAD TAHER. (2015). DFT STUDY OF THE NONCOVALENT INTERACTION BETWEEN (5,5) SWCNT WITH CISPLATIN. IRANIAN CHEMISTRY CONGRESS. SID. https://sid.ir/paper/932144/en

Vancouver: Copy

MORSALI ALI, Badiee Manizheh Sadat, REZAEE MOHAMMAD TAHER. DFT STUDY OF THE NONCOVALENT INTERACTION BETWEEN (5,5) SWCNT WITH CISPLATIN. 2015. Available from: https://sid.ir/paper/932144/en

IEEE: Copy

ALI MORSALI, Manizheh Sadat Badiee, and MOHAMMAD TAHER REZAEE, “DFT STUDY OF THE NONCOVALENT INTERACTION BETWEEN (5,5) SWCNT WITH CISPLATIN,” presented at the IRANIAN CHEMISTRY CONGRESS. 2015, [Online]. Available: https://sid.ir/paper/932144/en

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