“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system

Hanqing Dai; Wenqing Dai; Yuanyuan Chen; Wanlu Zhang; Yimeng Wang; Ruiqian Guo; Guoqi Zhang

doi:10.48550/arxiv.2405.18445

Paper details

Research paper

Experimental CharacterizationComputational MDComputational Multiscale

“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system

Hanqing Dai, Wenqing Dai, Yuanyuan Chen, Wanlu Zhang et al.

2024·10.48550/arxiv.2405.18445·arXiv:2405.18445

Samples

Each sample groups how it was prepared, characterized, and measured. Click a card to expand.

Representative ionic polyacrylamide hydrogel composite with reduced graphene oxide prepared by free-radical polymerization, used for current-time comparison between Top→Bottom and Bottom→Top configurations.

1 characterization1 figure

ExperimentalPAMStudied MaterialrGOStudied MaterialNaClPrecursor

Idealized polyacrylamide hydrogel simulation cell used to analyze ion and water diffusion with and without external electric field.

20 properties

SimulatedPAMStudied MaterialNaClPrecursorH₂OGas Species

Materials

polyacrylamide hydrogel

PAM

Studied Material

Also known as

PAM

studied material

reduced graphene oxide

rGO

Studied Material

Also known as

Why these are connected

Related documents with shared materials, methods, properties, or citations.

“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system | Matter42 Literature

Properties

Type	Label	Value	Material	Sample	Source
Diffusion Coefficient	water	0.0000018cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000026cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000017cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000012cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	2.3e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	1.8e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	1.6e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	3.6e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	2.71cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.8cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.67cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.84cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	2.44cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.11cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.93cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.68cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000364cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000349cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000481cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000291cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—

Properties

Type	Label	Value	Material	Sample	Source
Diffusion Coefficient	water	0.0000018cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000026cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000017cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000012cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	2.3e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	1.8e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	1.6e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	3.6e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	2.71cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.8cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.67cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.84cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	2.44cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.11cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.93cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.68cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000364cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000349cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000481cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000291cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—

Properties

Type	Label	Value	Material	Sample	Source
Diffusion Coefficient	water	0.0000018cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000026cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000017cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000012cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	2.3e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	1.8e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	1.6e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	3.6e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	2.71cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.8cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.67cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.84cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	2.44cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.11cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.93cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.68cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000364cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000349cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000481cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000291cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—

Properties

Type	Label	Value	Material	Sample	Source
Diffusion Coefficient	water	0.0000018cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000026cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000017cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	0.0000012cm2 s-1	PAM	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	2.3e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	1.8e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	1.6e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	sodium ion	3.6e-7cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	2.71cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.8cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.67cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water	1.84cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	2.44cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.11cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.93cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	chloride ion	1.68cm2 s-1	NaCl	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000364cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000349cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000481cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—
Diffusion Coefficient	water molecule	0.000291cm2 s-1	H₂O	Idealized polyacrylamide hydrogel simulation cell used to an	—

“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system

Samples

Representative ionic polyacrylamide hydrogel composite with reduced graphene oxide prepared by free-radical polymerization, used for current-time comparison between Top→Bottom and Bottom→Top configurations.

Idealized polyacrylamide hydrogel simulation cell used to analyze ion and water diffusion with and without external electric field.

Materials

Why these are connected

“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system

Samples

Representative ionic polyacrylamide hydrogel composite with reduced graphene oxide prepared by free-radical polymerization, used for current-time comparison between Top→Bottom and Bottom→Top configurations.

Idealized polyacrylamide hydrogel simulation cell used to analyze ion and water diffusion with and without external electric field.

Materials

Why these are connected

“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system

Samples

Representative ionic polyacrylamide hydrogel composite with reduced graphene oxide prepared by free-radical polymerization, used for current-time comparison between Top→Bottom and Bottom→Top configurations.

Idealized polyacrylamide hydrogel simulation cell used to analyze ion and water diffusion with and without external electric field.

Materials

Why these are connected

“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system

Samples

Representative ionic polyacrylamide hydrogel composite with reduced graphene oxide prepared by free-radical polymerization, used for current-time comparison between Top→Bottom and Bottom→Top configurations.

Idealized polyacrylamide hydrogel simulation cell used to analyze ion and water diffusion with and without external electric field.

Materials

Why these are connected

“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system

Samples

Representative ionic polyacrylamide hydrogel composite with reduced graphene oxide prepared by free-radical polymerization, used for current-time comparison between Top→Bottom and Bottom→Top configurations.

Idealized polyacrylamide hydrogel simulation cell used to analyze ion and water diffusion with and without external electric field.

Materials

Why these are connected

“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system

Samples

Representative ionic polyacrylamide hydrogel composite with reduced graphene oxide prepared by free-radical polymerization, used for current-time comparison between Top→Bottom and Bottom→Top configurations.

Idealized polyacrylamide hydrogel simulation cell used to analyze ion and water diffusion with and without external electric field.

Materials

Why these are connected

“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system

Samples

Representative ionic polyacrylamide hydrogel composite with reduced graphene oxide prepared by free-radical polymerization, used for current-time comparison between Top→Bottom and Bottom→Top configurations.

Idealized polyacrylamide hydrogel simulation cell used to analyze ion and water diffusion with and without external electric field.

Materials

Why these are connected

“Stumbling-to-Fetters” mechanism and Virginia Creeper model in hydrogel for designing bionic cardiovascular system

Samples

Representative ionic polyacrylamide hydrogel composite with reduced graphene oxide prepared by free-radical polymerization, used for current-time comparison between Top→Bottom and Bottom→Top configurations.

Idealized polyacrylamide hydrogel simulation cell used to analyze ion and water diffusion with and without external electric field.

Materials

Why these are connected

Characterization

Properties

Simulations

Characterization

Properties

Simulations

Characterization

Properties

Simulations

Characterization

Properties

Simulations