mobile phase

The stationary phase is coated on the wall of capillary, whereas the mobile phase moves through the column propelled by electroosmosis .

When used in combination with the mobile phase prisms, warp gates allow the protoss unprecedented flexibility in their force deployment.

For preparation of the mobile phase, add the appropriate amount of stock solution and water to a volumetric flask.

Unlike high performance liquid chromatography (HPLC) these is no (high pressure) pumped mobile phase.

The presence of water in the mobile phase is to be strictly controlled to obtain reproducible results.

HPLC method with chiral mobile phase additive was established for the determination of isomers of benazepril hydrochloride.

The polarity of mobile phase increased with the increasing of TEA concentration, so the hydrogen bonding between solutes and CSPs decreased.

As the concentration of isopropanol in the mobile phase increases, the capacity factor and the resolution decrease.

As the water concentration of mobile phase increased, the capacity factor and the resolution decreased.

Methods: The mobile phase consisted of acetonitrile and water was used as gradient elution for separation with HPLC.

if necessary adjust the composition of the mobile phase and recondition the column.

in adsorption chromatography , solute molecules of the mobile phase undergo many successive adsorptions and desorptions.

The CaCO3 powder is called stationary phase by Tswett while the petroleum is called mobile phase.

The plasma samples were diluted with the mobile phase and centrifuged before injection.

Retained substances are then desorbed into the mobile phase by rapid heating of the absorbent column.

The mobile phase drives the sample through the column while the stationary retard migration of the components in the sample.

The sample is transported through the column by the mobile phase.

HPLC determination of ornidazole tablets is established with the spectrum conditions of the spectrum column being C18, mobile phase 0.

The primary analyte was sensitive to mobile phase aging of the column .

The effect of the mobile phase composition on the separation of the components was discussed.

The main difference of Different HPLC lies in the selection of mobile phase, internal standard , precipitation agent and so on.

Components of the mobile phase are usually filtered to remove particles greater than 0. 45 um.

Mountain stationary phase and water with mobile phase.

Method: The sample wsa diluted by mobile phase containing acid.

The best concentration of isopropanol in the mobile phase is 1%.

Objective: To find a ideal and unified mobile phase both of dissolution test and content determination of terfenadine tablets.

F lush with stronger solvents than your mobile phase ?

The best water concentration of mobile phase was 20%.

Bonded stationary phase filler carried by silicon gel applies to pH2~8 mobile phase.

There are many advantages which the ordinary CEC method doesnt have by using the pure organic solvent as mobile phase.

For example, syringe filter , vials. caps and septa, mobile phase filtration system, vacuum SPE manifold etc.

This is the mobile phase "pump" in CE.

Study on Optimization of the Required Amount of Mobile Phase for Preparative Unit of Simultaneous Renaturation and Purification of Proteins

Influences of the Mobile Phase Constitution, Salt Concentration and pH Value on Retention Characters of Proteins on the Metal Chelate Column

Resolution of chlorthalidone enantiomers by high performance liquid chromatography with chiral mobile phase additive

Fast Optimization of Stepwise Gradient Conditions for Ternary Mobile Phase in Reversed-Phase High Performance Liquid Chromatography

High Performance Liquid Chromatographic Chiral Separation Using Vancomycin as Chiral Mobile Phase Additive

Separation and Quantitation of Theanine Enantiomers on Ligand Exchange Chromatography with Chiral Mobile Phase

Quantitative Determination of Levofloxacin Hydrochloride by Chiral Mobile Phase

A, D, E Chromatographic Behavior of Fat-soluble Vitamin in Reversed Phase Liquid Chromatography with Water-isopropanol Mobile Phase

Influence of Mobile Phase Composition on Thermodynamic Parameters of Enantioseparation by Chiral Stationary Phase Derived from Tartaric Acid

Influence of Mobile Phase Composition on Chiral Separation of Albendazole Sulfoxide Racemates

High Performance Liquid Chromatographic Separation of Racemic Phenylsuccinic Acid Using Chiral Mobile Phase Additives

High Performance Liquid Chromatographic Separation ofLactic acid Enantiomer Using Chiral Mobile Phase Additives

Improvement of mobile phase in determining high molecular weight impurities of ceftazidime

High Performance Liquid Chromatographic Separation of Simendan Enantiomer Using Chiral Mobile Phase Additive

Determination of Thyroxine Enantiomers in Human Plasma withNormal High Performance Liquid Chromatography-ChiralComplex Exchange Mobile Phase

Study on the enantiomer separation of pazufloxacin mesylate by RP-HPLC using chiral mobile phase additives

Improvement on mobile phase of dissolution and determination of terfenadine tablets

A three-parameter equation for solute retention in binary-mobile phase liquid chromatography

Injection solvent stronger than mobile phase - likely split and broad peaks, dependent on volume

Separation of Enantiomers of Pazufloxacin by HPLC with Chiral Mobile Phase Additives

Seperation of ephedrine enantiomers by HPLC using chiral mobile phase additives

Effect of Composition of Mobile Phase on Electrophoresis Osmotic Flow in Monolithic Capillary Columns with Low Electroosmotic Flow

General situation on the research of sub-critical water as HPLC mobile phase and extraction eluents

Separation of Enantiomers of Nateglinide by RP-HPLC with Chiral Mobile Phase Additives

Effect of pH Value of Mobile Phase in HPLC on the Retention Behavior of Hydrocortisone Sodium Succinate

Study on resolution of racemic naproxen with chiral additive as mobile phase by RP-HPLC

The Separation of Cypermethrin Isomers in Pentane Mobile Phase

Mobile phase Change Causes Change in Retention

The Factors of Affecting Determining pH Value of RP-HPLC Mobile Phase

The Gradient Distribution of Mobile Phase in HPLC

Mobile phase without buffer salts

mean linear velocity of mobile phase

flow rate of mobile phase

Table 1 The gradient time table of mobile phase

Methods HPLC, the mobile phase of methanol - water - phosphoric acid (50: 50: 0. 2);