Introduction to Salt Additives

Thermal analysis indicated that the melting points of PEO were depressed with increasing the salt additives, LiTFSI and PLSS.

In high-performance liquid chromatography, chiral stationary phases (CSPs) based on strong cation exchanger were employed using mixtures of methanol and acetonitrile or tetrahydrofuran as mobile phase systems with organic salt additives.

In addition, evidence for the effect of phosphine ligand and salt additives on the composition of the active Pd complexes that determine the regioselectivity of the reaction is presented.

The role of the polymer and salt additives was explored by photoluminescence, electroluminescence, scanning electron microscopy, and atomic force microscopy studies.

Separations were performed on Cinchona-alkaloid-based zwitterionic ion exchanger type chiral stationary phases applied as cation exchangers using mixtures of methanol and acetonitrile or tetrahydrofuran as bulk solvent components containing triethylammonium acetate or ammonium acetate as organic salt additives.

Here, we outline the current major purification methods of bsAbs, highlighting the corresponding solutions that have been proposed to circumvent the unique challenges presented by this class of antibodies, including differential affinity chromatography, sequential affinity chromatography and the use of salt additives and pH gradients or multistep elutions in various modes of purification.

The chemistry of sulfide interaction with salt additives is described.

Effects of pH in the RP mode, acid and salt additives, as well as counter-ion concentrations on chromatographic parameters have been studied.

The synergistic effect of the eco-friendly gemini ester surfactant with salt additives was explored.

It summarizes the action mechanism of low-temperature electrolyte additives from three aspects: organic solvent additives, lithium salt additives, and new additives.

The effects of different inorganic salt additives on the corrosion resistance, hysteretic behavior and activation potential of magnesium anode in MgSO4-Mg(NO3)2 composite electrolyte (1.

The performance improvement areas in a lime spray drying system include the use of inorganic salt additives, recycling of the dried product and the use of siliceous materials.

Here, we report an advanced carbonate-based electrolyte consisting of the lithium tetrafluoroborate (LiBF4) and lithium nitrate (LiNO3) dual-salt additives via solvation structure manipulation.

It is the first report that using dual-salt additives of LiPF 6 and LiNO 3 to significantly improve the cycling performance of the Li-CNT negative electrode.

In this work, the influence of various hydroxide and salt additives on the removal of F− ions from silica gel waste, which is obtained during the production of AlF3, was examined.

Using ionic building blocks (self-templates), in situ generated salts (in situ templates), or salt additives (additive templates), tubular MOP materials could be engineered.

The likely role of exogenous salt additives in this reaction is to stabilize and shift the equilibrium toward the ionic products.

We examined the Brij 30 washing conditions and the effects of salt additives that promote phase separation during CPE.

The parameters that influence extraction and stacking performance-the type of the extraction and dispersive solvents and their volume, extraction time, salt additives, sample matrix, solution pH, and the composition of background electrolyte stacking-were carefully studied and optimized based on the considering of obtaining the best detection sensitivity.

The influence of temperature and salt additives were investigated in depth.

The effects of the nature and concentrations of the mobile phase solvent components and organic salt additives on analyte retention and enantioseparation were systematically studied in order to get a deeper insight into the enantiorecognition mechanism.

To ensure good extraction efficiency, the parameters that have an effect on the HS-SPME-GC-MS/MS process were carefully optimized, in terms of fiber exposure time and temperature, pH, salt additives, sample volume, and desorption time.

Unique separation efficiencies were obtained by selecting phase-forming salt and varying the molecular weight (MW) of PEG and the pH value by using neutral salt additives.

In the first case, there appeared to be a positive synergistic effect of mineral and basalt additives, and the basalt additives themselves increased the toxicity of gases.

Varying the type and composition of the protic (methanol) and non-protic (acetonitrile) but polar bulk solvents in combination with organic salt additives in the mobile phase the overall retention and stereoselectivity characteristics could be triggered, leading to well performing LC and SFC systems.

The process of using salt additives is an idea that arises because naturally the people of Madura have used it, which is adding trusion in terms of facing the water process that it has.

AIM The present study aimed to evaluate the alteration in the compressive strength (CS) of the die stone with three different sulfate salt additives, each at eight various concentrations.

Combustion synthesis (CS) of silicon nitride (Si3N4), assisted by molten salt additives under high N2 pressure, is reported.

Salt additives were investigated to circumvent this.

The thermal performance of lubricant oil could be improved by increasing the concentration of Li salt additives up to 5.

Salt additives were investigated to circumvent this problem.

The pyrolysis of lignin was conducted in a fixed-bed reactor with calcium salt additives, which included CaCl2, Ca(OH)2, and Ca(HCOO)2.

This finding is expected to have a positive effect on treatment process and open a new avenue for the use of composite Fe salt additives in future biomass energy production.

This study investigated whether three formate salt additives (Ca(HCOO)2, NaHCOO, and KHCOO) could improve the strength of a CaO-activated fly ash (FA) system.

Effects of two salt additives, NaCl and NaClO4, at the fixed concentrations of 0.

We have studied the effect of low-melting-point salt additives on the morphology and phase composition of silicon nitride prepared by combustion synthesis.

More importantly, this electrolyte modulated by Li-salt additives exhibits good compatibility with S cathode and can be applicable for Mg-S batteries.