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NANOPOSTER 2018 - 8th Virtual Nanotechnology Poster Conference

    34
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    • Photos
    • P12-03 SYNTHESIS AND CHA
    • P12-01 Optical proprieti
    • P12-02 Nanoscale Contact
    • P12-04 Title: Anomalous
    • P12-05 Online Quest Game
    • P12-10 An Analysis of th
    • P12-12 Therapeutic strat
    • P12-15 Electrospun condu
    • P12-17 FTIR SPECTROSCOPI
    • P12-06 DNA Detection on
    • P12-08 A systematic Prep
    • P12-13 QUANTUM AND DIMEN
    • P12-14 Nano Structural P
    • P12-18 TRIBOLOGICAL PROP
    • P12-07 Functionalization
    • P12-16 Effects of temper
    • P12-19 Synthesis and fun
    • P12-20 Structural proper
    • P12-21 Capturing the Div
    • P12-09 Calculating Extin
    • P12-11 Effects of Engine
    • P12-25 Influence of fer
    • P12-30 FemtoScan: Challe
    • P12-31 On-line Ultrasoni
    • P12-32 Synthesis and cha
    • P12-22 Development of co
    • P12-24 Pulse overlappin
    • P12-26 Preparation and c
    • P12-23 Study of the opto
    • P12-27 Heat Transfer Beh
    • P12-28 Polymer nanocompo
    • P12-29 Development of a
    • P12-33 APPLICATIONS OF S
    • P12-34 The ”navigational
    • P12-35 Nanoscale functio
    • P12-37 Modeling and Anal
    • P12-39 Pressure Induced
    • P12-42 Preparation, char
    • P12-36 Preparation, Char
    • P12-38 Fabrication of Me
    • P12-40 Study and Analysi
    • P12-44 Spectroscopic Ell
    • P12-41 Nanoarchitecture
    • P12-46 METHOD OF NANOMAT
    • P12-45 Nano Silver Assem
    • P12-47 INDUSTRIAL UNIT F
    • P12-43 Bionic-Art Struct
    • P12-48 STUDY OF MAGNETIC
    • P12-51 Antimicrobial and
    • P12-49 The preparation a
    • P12-50 Quantitative effe
    • P12-52 RADON|HOUGH TOMOG
    • P13-03 Graphene magnetic
    • P13-02 Biomimetic nanosc
    • P13-01 Nano-scale Charac
    • P13-04 Yttrium aluminum
    • P13-06 ALUMINUM NITRIDE
    • P13-05 First principles
    • P13-07 Investigation on
    • P13-08 Nanotechnology an
    • P13-10 Metallic sheen wi
    • P13-09 Preparation of ga
    • P13-11 Nanoscale traits
    • P13-12 PEG-SWCNT strongl
    • P13-13 NANOSTRUCTURED PL
    • P13-14 FORMULATION & DEV
    • P13-16 Considerations on
    • P13-15 Yttrium aluminum
    • P13-17 Field efficacy of
    • P13-18 - Electronic prop
    • P13-23 Opto-Mechanical s
    • P13-19 Formation and Dyn
    • P13-22 Formulation and C
    • P13-24 Rapid and Automat
    • P13-25 Green synthesis o
    • P13-27 Nanotechnology of
    • P13-28 Growth and Charac
    • P13-20 Metal Nanoparticl
    • P13-21 Static and dynami
    • P13-26 Applications of n
    • P13-29 SILVER-BASED NANO
    • P13-31 Dose Fe+2, Mn+2 o
    • P13-30 SMART NANOBIOTECH
    • P13-33 Nanoparticle Form
    • P13-32 A NOVEL ‘GREEN’ S
    • P13-34 Hydrotalcite as a
    • P13-35 Solid Self Micro
    • P13-36 The comparison of
    • P13-40 IMPROVING THE PRO
    • P13-41 PMMA BASED COMPOS
    • P13-38 METHOD OF NANOMAT
    • P13-42 LASER DEVICE FOR
    • P13-37 LASER DETECTOR FO
    • P13-39 SMART TREATED& LU
    • P13-43 EFFECTIVE ENTRAP
    • P14-01 Design Of CMOS SC
    • P14-02 Preparation of Na
    • P14-03 Characterization
    • P14-04 Effect of Junctio
    • P14-05 In vitro degradat
    • P14-06 Photoluminescent
    • P14-08 Luminescence stud
    • P14-07 ILMENITE (FeTiO3)
    • P14-09 REVERSE ENGINEERI
    • P14-10 LASER RESTORATIO
    • P14-12 Computational stu
    • P14-15 Single walled car
    • P14-11 Acridine Orange C
    • P14-13 Introducing disco
    • P14-14 Nanodentistry: na
    • P14-16 Direct preparatio
    • P14-17 Self nanoemulsify
    • P15-03 Synthesis, Charac
    • P15-01 Graphene oxide as
    • P15-02 One-step microwav
    • P15-04 Curcumin nanosusp
    • P15-05 Physical properti
    • P15-06 Synthesis of Nano
    • P15-07 QbD enabled Xanth
    • P15-08 Two-faced behavio
    • P15-09 Probing Single wa
    • P15-11 Spectroscopic and
    • P15-12 Synthesis and Cha
    • P15-10 Size and surface-
    • P15-17 Gallium Metal: Ch
    • P15-18 Lattice doped Zn-
    • P15-15 Structural, Diele
    • P15-16 Design of Biologi
    • P15-20 Atomic force micr
    • P15-13 Interfacial abru
    • P15-14 Metal-Semiconduct
    • P15-19 PRODUCING SILICA
    • P15-22 Knowledge Base is
    • P15-23 Nano based strate
    • P15-24 MOLETRONICS: FUTU
    • P15-27 MECHANICAL PROPER
    • P15-33 SUPER HYDROPHOBIC
    • P15-25 Self Nanoemulsify
    • P15-26 Nanostructured me
    • P15-28 Opto-Mechanical
    • P15-29 Analyzing First G
    • P15-32 Magnetoresistive
    • Minus K Technology gold
    • P15-34 Carbon Quantum Do
    • P15-36 HIGH SURFACE AREA
    • P15-21 Computational Stu
    • P15-30 Nanoporous TiO2
    • P15-31 Fabrication of C6
    • P15-35 Green synthesis o
    • P15-37 PREPARATION OF FE
    • P15-40 Flexible Solar Ce
    • P15-39 Effect of Surfac
    • P15-38 DC Electrical con
    • P16-03 Effects of nano-W
    • P16-04 Improving the Sur
    • P16-01 Annealing Free, H
    • P16-02 Nanoparticles Ass
    • P16-05 Synthesis Of Nano
    • P16-06 Method and machin
    • P16-07 Bioactive Silver
    • P16-08 Investigation of
    • P16-14 Characterization
    • P16-19 Simulating Secure
    • P16-26 Phytofabrication
    • P16-28 Single-walled car
    • P16-17 Comparsion of Hea
    • P16-24 Enhanced Chemilum
    • P16-25 Advanced Silsesq
    • P16-09 Computational Ana
    • P16-12 Nano Plastic Hunt
    • P16-13 Disposal of Radio
    • P16-16 Enhanced X-ray Di
    • P16-23 Luminescence Stud
    • P16-27 Nanoemulsion: An
    • P16-10 Morphological Var
    • P16-11 Bionic-Art Multif
    • P16-15 Production and Ch
    • P16-18 Metal-Oxide Nanos
    • P16-20 Recent Advances i
    • P16-31 Adsorption Cd(II)
    • P16-35 The Materials Sci
    • P16-39 Hydrogen dissocia
    • P16-29 Concordantly fabr
    • P16-33 Atomistic Nanoele
    • P16-34 Electrochemical m
    • P16-38 Development of a
    • P16-30 In vitro stabilit
    • P16-32 Electrospinning o
    • P16-36 Hafnium Oxide Sol
    • P16-40 Green Synthesis o
    • P16-37 Nanocarriers for
    • P17-01 Synthesis of low
    • P17-03 SYNTHESIS AND CHA
    • P17-09 Entanglement-base
    • P17-11 Acidic plant extr
    • P17-02 DYE DOPED SILICA
    • P17-05 NOVEL ASPECTS OF
    • P17-08 Antimicrobial Act
    • P17-10 Tiny NANO things
    • P17-13 Nano-scale Charac
    • P17-04 Self Lighting Tre
    • P17-06 Nano carriers in
    • P17-07 Nanosponge: Appli
    • P17-12 Production of nan
    • P17-17 ADSORPTION AND DE
    • P17-20 Tailoring the sur
    • P17-15 Enhancing the ant
    • P17-21 IOT: A BIG REVOL
    • P17-14 Room Temperature
    • P17-16 Synthesis and cha
    • P17-18 Synthesis and Cha
    • P17-19 Optical Propertie
    • P17-22 Phytofabrication
    • P18-04 Multiple Peak Ana
    • P18-01 Amphiphilic silic
    • P18-02 Hardness variatio
    • P18-03 Liposome loaded w
    • P18-05 Green fabrication
    • P18-08 Catalytic Behavio
    • P18-14 Photoluminescence
    • P18-06 Tailored PLGA nan
    • P18-09 TMDC based nanoc
    • P18-07 A COMPARATIVE STU
    • P18-10 Single-walled car
    • P18-11 NANOTECHNOLOGY IN
    • P18-12 Simulating Satell
    • P18-13 Biosynthesis of S
    • P18-15 Biomedical applic
    • P18-16 nanoHUB.org: The
    • P18-17 Transformation of
    • P18-19 Role of aqueous e
    • P18-18 A Sensitive Ampli

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