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Angira Roy

@angira_roy

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14

chemist 👩🏻‍🔬 bong foodie 🍜 🌏

Missouri, USA
Joined March 2020
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@itswords_
Words
1 year
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@ChemGary
Gary Baker
1 year
Mizzou scientists achieve more than 98% efficiency removing nanoplastics from water
Tweet card summary image
showme.missouri.edu
The liquid-based solution uses a solvent to trap the plastic particles, leaving clean water behind.
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@ChemGary
Gary Baker
1 year
Congrats to the talented poster award winners at the #IonicLiquids #2024GRC including Shashini from the @AndersonANCHEM group and our very own @angira_roy
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@angira_roy
Angira Roy
2 years
Excited to share our latest publication in ACS NanoScience Au! #Nanotechnology #Research #ACS_NanoScienceAu
@acsnano
ACS Nano
2 years
The Huge Role of Tiny Impurities in Nanoscale Synthesis A review by Maryuri Roca, Gary Baker et al @SkidmoreCollege @ChemGary @Mizzou 🔓 Open access in ACS Nanoscience Au 👉 https://t.co/7WQNwfu6oj
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@TrumanTiger_MU
Truman the Tiger
2 years
Showed up to Faurot in style yesterday- had to show the Vols who’s boss😎🪂 #MIZ
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@chemicalsalerts
Chemicals Exchange Alerts
2 years
@RandDWorld
R&D World
2 years
Microscopic materials made of clay designed by #researchers at @Mizzou could be key to the future of synthetic materials chemistry. @MizzouResearch @MizzouChem
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@VernaVan_
Verna
3 years
1 published crystal structure vs. the 300+ trays it took to get there
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@ChemGary
Gary Baker
3 years
Congrats to Angira @angira_roy who totally crushed it at her comprehensive exam today!!
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@QuantumDotLab1
Quantum Dot Lab @JNCASR
5 years
Our work @jncasr on self-assembly driven dimensional growth @nanoscale_rsc . Growth mechanistic insights into perovskite nanocrystals: dimensional growth. Here is the link of the paper https://t.co/aogFE1qgKR
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@QuantumDotLab1
Quantum Dot Lab @JNCASR
3 years
In this work, we observe that Molar Absorption Coefficient strongly depends on the bandgap, not on the actual sizes in Cesium Lead Halide Perovskite Quantum Dots. Congratulations @Prasenj88390087 @subhashrimannar @angira_roy link: https://t.co/twWshMKikd
pubs.acs.org
Lead halide perovskite (CsPbX3, where X = Cl, Br, or I) quantum dots (QDs), with tunable optical and electronic properties, have attracted attention because of their promising applications in solar...
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