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Xiaobo Chen

Researcher at University of Missouri–Kansas City

Publications -  255
Citations -  56890

Xiaobo Chen is an academic researcher from University of Missouri–Kansas City. The author has contributed to research in topics: Chemistry & Photocatalysis. The author has an hindex of 69, co-authored 199 publications receiving 48131 citations. Previous affiliations of Xiaobo Chen include University of California, Berkeley & Dalian Institute of Chemical Physics.

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Understanding the formation of ultrafine maltodextrin particles under simultaneous convective drying and antisolvent vapour precipitation

TL;DR: In this article , an analysis of the internal droplet compositions was carried out in the presence of ethanol-vapour-induced precipitation of multi-solvent droplets containing maltodextrin as the solute and the results revealed that the formation of the porous structure was favored with the occurrence of spontaneous vaporization once the ethanol was present for precipitation.
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Deep neural network for generalizing and forecasting on-demand drying kinetics of droplet solutions

TL;DR: In this paper , a long short-term memory (LSTM) model was used to forecast drying kinetics histories of lactose, low-fat and high fat milk droplet solutions.
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Association Between Hypernatremia and Delirium After Cardiac Surgery: A Nested Case-Control Study

TL;DR: Hypernatremia was associated with an increased risk of delirium after cardiac surgery, and this finding could have implications for risk stratification, early detection, and management ofdelirium in patients receiving cardiac surgery.

On the number and size of holes in the growing ball of first-passage percolation

TL;DR: In this paper , the authors studied the first-passage percolation problem on a random ball of radius t centered at the origin and showed that the number of holes is at most (log t ) C t d − 1 , and for d = 2, no hole in B ( t ) has volume larger than (log T ) C .
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Passive Oxide Film Growth Observed On the Atomic Scale

TL;DR: Based on atomic-scale observations of the layer-by-layer expansion of the metal lattice and its subsequent transformation into the amorphous oxide, it was shown that surface passivation occurs via a two-stage oxidation process, in which the first stage is dominated by intralayer atomic shuffling whereas the second stage is governed by interlayer atomic disordering upon the progressive oxygen uptake as discussed by the authors .