Introduction to Polyelectrolyte Membrane

What is/are Polyelectrolyte Membrane?

Polyelectrolyte Membrane - We herein present a new type of highly efficient electric generation by the traditional polyelectrolyte membrane of poly(4-styrensulfonic acid) (PSSA) with moisture. ^[1] Their performance and the main problems for the usage in portable power sources such as polyelectrolyte membrane fuel cells (PEMFC) are discussed. ^[2] In this study, novel iota carrageenan-g-PVA polyelectrolyte membranes (PEMs) developed for application in direct methanol fuel cell (DMFC). ^[3] Crosslinked poly(vinyl alcohol) (PVA) based composite films were prepared as polyelectrolyte membranes for low temperature direct ethanol fuel cells (DEFC). ^[4] Real time in-situ observation by small-angle neutron scattering (SANS) was performed to observe the development of microstructure in a polyelectrolyte membrane packed in a polymer electrolyte fuel cell (PEFC) during initial conditioning. ^[5] Herein we described the development of various components of fuel cell along with the process such as polyelectrolyte membrane of PEMFC and DMFC, bipolar plate and steam reforming methane with inorganic membrane in BPPT. ^[6] In this study, a novel kind of polyelectrolyte membrane, quaternary ammonium polysulfone with interconnected ionic clusters, is prepared to enhance the CO2 permeability. ^[7] In conclusion, these layered silicates based conductive films have the potential to act as a polyelectrolyte membrane for fuel cell energy devices. ^[8] Moreover, the electrochemical properties of the membrane were investigated via ion exchange capacity for the purpose of using it as a polyelectrolyte membrane. ^[9] The results established that bilayer polyelectrolyte membranes fabricated from 0. ^[10] Therefore, such membranes may be used as polyelectrolyte membranes (PEM) in direct methanol fuel cell (DMFC). ^[11] Herein, polyelectrolyte membrane scaffolds were constructed using a layer‐by‐layer approach to determine the possibility of promoting improved growth of rat cortical neuronal cells. ^[12] The proposed nanofibers can be considered as good candidates for being exploited as valuable components for ionic polyelectrolyte membranes. ^[13] Such a connection can also be expected in polyelectrolyte membranes similar to Nafion. ^[14] In recent decades, the advancements in layer-by-layer (LBL) assembly technology have provoked increasing interest in the preparation of multilayer polyelectrolyte membranes with excellent performance. ^[15] Synthesis of alginate-chitosan polyelectrolyte membrane and the determination of the physical-mechanical properties were carried out. ^[16] Then, the prepared PDDA@MoS2 nanosheets was introduced into polyelectrolyte membrane through LbL self-assembled method to get an organic/inorganic composite NF membrane with ceramic tube as substrate. ^[17]