Aerogel Seminar 2020
16 – 18 September 2020
Aerogel Seminar 2020
16 – 18 September 2020
The aerogel community invites scientists, engineers, students, and industrial partners working with or interested in learning about aerogels to the premiere international conference on the subject. We welcome contributions on any and all topics related to aerogels including synthesis, characterization, and applications in various fields. Our growing community is eager to host contributions from all fields and from all over the world.
| ORALS | POSTERS |
| Authors | Titles | Sessions |
| A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | Y | Z |
| Author | Title | Area |
|---|---|---|
A |
||
| Abdulsalamov Rasul | Understanding the influence of morphology on the fractal and mechanical properties of silica aerogels | Modeling |
| Akgun Isik Sena | Fluidization Regimes for Alginate Aerogel Particles in a Laboratory Scale Wurster Fluidized Bed | Modeling |
| Anderson Ann | Preliminary characterization of physical properties and colour rendering performance of monolithic hydrophobic silica aerogels | Characterization |
B |
||
| Brock Stéphanie | A New Approach to Semiconducting Metal Chalcogenide Aerogel Formation via Electrogelation: Opportunities and Challenges | Catalysis |
| Buckwalter Moriah | Metallic Aluminum Aerogels from Magnesiothermal Reduction of Alumina Aerogels | Characterization |
| Bueno Alberto | Evaluation of transient kinetics during the supercritical CO2 drying | Process |
| Burpo John | Salt-templated metal and metal oxide porous materials | Catalysis |
C |
||
| Chandrasekaran Rajesh | 3-D modeling of biopolymer aerogels | Modeling |
| Chartier Coraline | Influence of processing conditions on chitosan aerogel structure and properties | Medical |
D |
||
| Dirauf Martin | Protein Aerogels: Insights into solvent exchange and shrinkage phenomena using 1-D Raman Spectroscopy | Modeling |
E |
||
| Ebert H | Intercomparison of Thermal Conductivity Measurements on PU Aerogels | Characterization |
| Eychmuller Alexander | Mechanistic Studies on Metal Aerogels and their Application in Electrocatalysis | Catalysis |
F |
||
| Firouzeh Sabri | Neuronal Response to Memory Shape Polymer Aerogel | Medical |
| Firouzeh Sabri | Temperature Sensing in Aerogels by Means of Phosphor Thermometry | Characterization |
G |
||
| Garcia Gonzales Carlos | Engineering of Aerogels for Biomedical Applications Linked to Ageing of Population | Medical |
| Ghica Mariana Emilia GHICA | Influence of alumina/silica ratio on the properties of alumina-silica-based aerogels reinforced with aramid fibres | Process |
H |
||
| Haotian Jia | Permeability of Aerogels at Supercritical CO2 conditions | Modeling |
I |
||
| Iglesias-Mejuto Ana | 3D-printing of alginate aerogels for tissue engineering applications | Medical |
K |
||
| Karamikamkar Solmaz | Interface Modification of TPU-Reinforced Polymer-Based Silica Aerogels with Hierarchal Multimodal Porosity and Extremely High Surface Area | Characterization |
L |
||
| Lee Kyu Yeon | Organic binder-silica composite aerogel for the improvement of mechanical strength | Catalysis |
| Liu Sijia | Nanostructure rod-like TiO2-reduced graphene oxide composite aerogels for highly-efficient visible-light photocatalytic CO2 reduction | Catalysis |
| Lovskaya Daria | Biopolymer aerogels for pharmaceutical and medical applications | Medical |
M |
||
| Maleki Hajar | Directing the microstructure and shape morphosis in the self-assembled silk fibroin biopolymer hybrids as advanced multifunctional aerogels | Process |
| Moldovan Krisztian | Hydration Mechanism of Polyimide and Polyamide Aerogels Investigated by NMR Spectroscopy and SANS Techniques | Characterization |
P |
||
| Paraskevopoulou Patrina | Polyurea-crosslinked Biopolymer Aerogels – Synthesis, Properties and Applications | Catalysis |
| Preibisch Imke | Development of a Method for the In-situ Investigation of the CO2 Induced Gelation of Biopolymer Solutions towards Aerogel Production | Characterization |
R |
||
| Ramirez Nathalia | Textural and electrochemical characterization of carbon aerogel from cellulose | Energy storage |
| Rege Ameya | Modeling the hydration effects in aerogels | Modeling |
| Rodriguez Martina | Neuronal Response to Memory Shape Polymer Aerogel | Medical |
S |
||
| Sakuma Wataru | Nanocellulose porous structures prepared via ambient pressure drying | Process |
| Scherdel C | Silica aerogel pillars for vacuum glazing | insulation |
| Shaoa Gaofeng | On-chip assembly of 3D graphene-based aerogels for chemiresistive gas sensing | Gas sensing |
| Shen Jun | Aerogels—Recent Progress and Applications in China | Industry |
| Sivaraman Deeptanshu | Nano-fibrillated cellulose aerogels: How density affects its properties | Characterization |
| Steiner Stephen | The Aerogel Industry: Current Status, Players, and Opportunities | Industry |
T |
||
| Thakkar Swapneel | Emission properties of silica-carbon dot composites with different porous structures | Adsorption |
V |
||
| Vivod Stephanie | Polymer Aerogels for Lunar Applications and Beyond | insulation |
Z |
||
| Zhao Shanyu | 3D printing of silica and hybrid aerogels with excellent replication fidelity | Process |