d) 2022 - 98 Documents

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Author: search.filters.author.Flora, G

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    NANOTUBULAR DEVICE EFFECT, SUPER CELL EFFECTIVENESS, HIRSHFELD ENERGY ANALYSIS AND BIOMEDICINAL EFFICACY OF 2-FLUORO-5-NITRO-ANILINE (2F5NA) CRYSTALS
    (Wiley, 2022-06-15) Flora, G; Munikumari, A; Sheeba, M; Jemma, Hermelin Jesy Diaz; Senthil Kannan, K; Ponrathy, T; Muthu Sheeba, M; Joshua Steve Abishek, B
    The effective mechanism for the growth of 2-fluoro-5-nitro-aniline (2F5NA) crystals is by the traditional cost-effective solution growth method; the crystallinesample is monoclinic with P2 1 /n space group; the XRD data reveal the crystaldata of 2F5NA; the nanotubular, super cell, Hirshfeld analysis, and biomedicalutility of 2F5NA crystalline samples are well portrayed using suitable softwaresfor the better outcome, super cell lattice, as well as the device with nanotube andwith acidic, peptide link are well portrayed with the internal, external, shaping indexing, curvedness effect, patching, and 3 × 3 × 3 order of the lattice are alsodiscussed. The titled organic crystalline specimen is a well and effective utility inbio as antifungal and antidiabetic are properly delineated. The interaction energyby HF/B3LYP is given in the tabular representation for energy in kJ/mol; ORTEPof crystal for the molecular way and unit cell by ORTEP are presented for a properand clear picture of the crystal confirmation. The novelty is mainly for bio medicinaluse (antibacterial) and enhanced electronic sectors; the material is havingnanotube device use mainly the predominant use of the sample.
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    BIOLOGICAL, ELECTRONIC-FILTER, INFLUX AND THEORETICAL PRACTICALITIES OF 2-CHLORO-6-NITROANILINE (2C6NA) CRYSTALS FOR BIOMEDICAL AND MICROELECTRONICS TASKS
    (Wiley, 2022-06-15) Maria Sumathi, B; Maalmarugan, J; Ganesan, H; Saravanan, P; Patel, R P; Sheeba, M; Flora, G; Senthil Kannan, K
    The effect and impact of biomedical, electronic, and computational analysis are more on 2C6NA crystals and are based on aniline by means of the anticancer,antibacterial, antifungal, the structural effectiveness by computational and influxof 3.4679 microns influx data. The efficacy is by HeLa cell lines; for the cervicalcancer and the E. coli, B. subtilis, K. pneumoniae, A. niger, and A. terreus andA. flavus. DPPH, FRAP, and antidiabetic utility of the 2C6NA nanocrystallinespecimen are portrayed with conversion of milling with 43-nm scaling and the structure effectiveness by means of software and optoelectronic filter utility is alsodiscussed. The crystal is grown by evaporation method and properly milled to nmscalings. Aniline plays a major impact for bioactivity and in influx datum. Theleading value of filter is applied to electronic functions and other NLO use, as wellas biocompatibility of the titled crystal sample and is reported for these studies asa novel work and in the future can be preceded for harboring process.
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    BIOMEDICAL AND ELECTRONIC TUNE-UPS OF 2C4NA NANOCRYSTALLINE SAMPLE
    (Wiley, 2022-06-15) Maalmarugan, J; Egbert Selwin Rose, A; Anbarasan, P; Poorani, R; Aarthi, N; Ganesan, H; Senthil Kannan, K; Flora, G
    2-chloro-4-nitroaniline (2C4NA) crystalline sample is grown by a solution growth method; it is milled to nanoform of 46 nm. The computational effect of the moleculararrangement of 2C4NA is shown with the ORTEP diagram and unit cell, andthe nanotubular form, di-peptide linkage, super cell lattice are portrayed in a wellmanner for 2C4NA crystals. The interactions for the finger print effect of 2C4NAare well portrayed. The 2C4NA have superior extent for anti-diabetic as a resultof the aniline existence and have augments in inhibition as the value of the concentrationenhances and the IC-50 value as 37.9 for macro and in nanoform, it is30.3. Also, the AD-nm variations have good efficiency, whereas the dimension of the test decreases from 266 to 46 nm. The 2C4NA crystals are used in filter applicationsalso as the data are represented and concluded with the inferences andreported with the utilities for electronic and pharma utilities and good FL datain nanoscaling and is used in anti-cancer and anti-inflammatory proviso and intribology too.
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    BIOMEDICAL, TRIBOLOGICAL, AND ELECTRONIC FUNCTIONALITIES OF SILVER NANOPARTICLES
    (Wiley, 2022-06-15) Flora, G; Ganesan, H; Maalmarugan, J; Egbert Selwin Rose, A; Dayana Lobo, F; Divya, R; Senthil Kannan, K; Sheeba, M
    In the current examination, silver nanoparticles were synthesized properly and in a perfect manner with green production procedure using Mangifera indica (Mango) leaves and established lucratively customized in all cases. The band gap energy was considered as 393 nm from the spectral conjugated value, which established the manufactured model as the standard Ag nanoparticles. The silver NPs grown by solvothermal method extorted from plant leave and is analyzed for cancer, bacterial, as well as fungi and also for mechano-tribology work as well as electronic filter work. The electronic filter influx for macro is 2.4325 and nano is 2.7692 microns, respectively, as an electronic tool especially for opto-electronics type. The tribological data provided represents the wear and tear and also the mechano use for stress-enhanced value after nano Ag coatings. The HeLa cell lines' effectiveness of the silver sample is well approved and confirmed using the data analysis and the assay prepared. In the future, the harboring as well as other bio remediation against such as tumor, malarial using this sample is properly enabled.
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    BIOCURATIVE, TRIBOLOGICAL, ELECTRO-FUNCTIONALITIES OF ZNO-MIZN NANOPARTICLES
    (Wiley, 2022-06-15) Senthil Kannan, K; Prabhjeet, Kaur Dhillon; Jemma, Hermelin Jesy Diaz; Padmavathi, P; Flora, G; Irudhya Sahaya Lancy, S; Jeeva Rani Thangam, G; Sheeba, M
    Nano, as well as the functional materials, covers up the advancement and the swot up of new nano-materials and their congregation into multi-functional elucidationand enhanced structures, fabricating the novel devices for applications in thecore techno-areas. ZnO nano particles (ZnO-NPs) are successfully grown as theproduct of green synthesis methodological from mango leaves (Mangifera indica asZnO-MIZN) and verified the formation by powder XRD as the nano scaling withwurtzite-category structure, the crystallite size is nearly 18 nm and is a weak ferromagneticmodules which have oxygen vacancy sites, diamagnetic into paramagnetictransition is possible for the ZnO NPs and circular-helical, torque-tightenedpreloading tribological parameters were performed for mango-extorted ZnO NPs, the bacterial cultures at 4°C represent the Escherichia coli, Staphylococcus aureus,and Staphylococcus typhi for 10, 20, and 30 microliters with the inhibitions zonesin mm, respectively, for the organisms as 4,7 and 12; 12, 13 and 5; 0, 2, and 0. Forthe DMSO, nil data are obtained for all organisms and DISC with Cefazolin (CE)(0.030 mg) antibiotic disc was properly and perfect manner used as an elementfor positive control for nearly 1 day with 37°C with 6, 3, and 0 for correspondingorganism, such as E. coli, S. aureus, and S. typhi and ZnO NPs are good scope andbetter tool for antidiabetics too.