reaction conditions

In optimizing the concentration of a reaction , achieving homogeneous reaction conditions is often a goal.

The body by up to focus on raising awareness of their own food and some specific reaction conditions to be very understanding.

This method is simple and mild reaction conditions, easy to get reaction reagent is suitable for industrial production.

The synthetic way showed the disadvantage of commercial available starting material, mild reaction conditions and easy to operate.

It featured with facile reaction conditions, convenient operation procedure and could be readily scale-up to mass production.

This method offers several advantages in terms of its simple operation, simple materials, mild reaction conditions and efficiency.

These methods are simple, mild reaction conditions, environment-friendly, regional selective specificity, and a good yield.

Enzymatic extraction with mild reaction conditions and substrate specificity of the characteristics of a good.

This response operation simple, raw material cost is low, moderate reaction conditions, can be applied to industrial production.

Depending upon reaction conditions, the product may be a polyketone formed by addition polymerization of the ketene double bond.

The reaction conditions of the synthesis reaction are very mild, and target compounds can be obtained with higher yield.

The best color reaction conditions, which result in satisfactory spectrophotometric analysis have been optimized.

The optimum reaction conditions of catalyzed synthesis of n-octyl lactate had been studied with the ferric solid superacid as catalyst.

Also presented are the preliminary studies on the reaction conditions of enzymatic conversion by the enzymes of the strain.

Through the determination, identify the best carbon and nitrogen coupled reaction conditions.

The method is simple and practical, has high efficiency and mild reaction conditions, and does not need complex testing apparatuses.

The guidance of the best reaction conditions of heating dolomite product burnt dolomite is provided by microwave.

Therefore, optimization of the reaction conditions is a prerequisite for efficient purification of surface waters.

Other researchers have worked for decades to devise catalysts and the right reaction conditions to carry out this conversion.

CONCLUSION The phase transfer catalyst has advantages of simple starting material, convenient operations and mild reaction conditions.

Influences of fume acid concentration, acid value of grafted part, reaction conditions on performance of the water dispersion was discussed.

The optimum reaction conditions were obtained via experiments with a yield of the title product of above 98%.

Conclusion The effects of different reaction conditions on the yield of product in each step have been investigated and the optimal re. . .

The experiment runs on different reaction conditions and its results show that deposit of slag need some time to reach static state.

Under controlled reaction conditions, paraffin is selectively oxidated, and the main products are long chain fatty alcohols.

Through calcareous milkiness liquid deposition, optimum reaction conditions were selected.

The reaction conditions were further optimized through the rotary quadratic combination design.

The influences of reaction conditions on oil absorbency and swelling rate were studied, as well as slow release property.

By orthogonal experimental of polymerization, tests of applying the synthetics reaction conditions are determined.

AS a step toward understanding the nature of adsorption at reaction conditions, the sorption of nitrogen at higher temperatures is studied.

The result showed that the synthesis process had the advantages of simple operation and mild reaction conditions.

Reaction conditions also determine bake time, temperature and, therefore, energy consumption.

The effects of reaction conditions and catalysts surface acidity on esterification reaction were investigated.

This synthetic process is suitable for industrial preparation by its convenient operation and mild reaction conditions.

Besides, reaction conditions including the concentration of acetic acid and the solvents of photochemical reaction were also studied.

Analysing by GPC and IR graphs of PAN obtained, we have discussed the effect of reaction conditions on side-reactions of AN polymerization.

The best reaction conditions were selected by analyzing the experiment conclusion.

Acrylonitrile is not completely stable under reaction conditions.

It provides thermodynamic data for determining reaction conditions and choosing catalyst.

The reaction conditions of eliminating both internal and external diffusion effects were determined.

The influence of reaction conditions on the yield were investigated and optimum experimental conditions were loud.

The influences of reaction conditions on decreasing solidifying point and cold filter plugging point were studied.

Catalytic performance of the activated carbon and the effect of reaction conditions on oxidative removal of thiophene were investigated.

The method had advantages of simple operation, mild reaction conditions and high purity of the product.

The effects of reaction conditions on product performances were investigated from both respects of polymerization and quaternarization.

The structure is affirmed by element analysis, IR and NMR. The reaction conditions and the application in alkyd resin varnish are discussed.

Through comparing the different reaction conditions, the ISSR-PCR reaction system was optimized.

We also studied the reaction conditions which influence on the conversion ratio, selectivity and yield.

and the enzymolysis cost is low, the reaction conditions are mild, and the product valence is not lowered.

The reaction conditions of the direct hydration of cyclohexene were studied.

The process enjoys advantages of mild reaction conditions, less waste and easier industrialization.

Through controls the reaction conditions, the high degree PVA with different range of degree is obtained.

The effects of different reaction conditions on properties of product were discussed.

The influences of various reaction conditions of amination and dithiocarboxylatiom were examined.

The method has the advantages of mild reaction conditions, simple technique and continuous operation.

calculate the conversion and optimize the reaction conditions.

Effect of reaction order and reaction conditions on yield were discussed by simple swap the two steps.

The effect of reaction conditions on the yields were discussed and the magnification and reuse experiments were investigated.

The influence of reaction conditions was explored and the possible mechanism of the formative of 4 was discussed.

Variations of the reformed C5 yield and the product octane number with reaction conditions were analyzed.

Effects on the synthesis of ratio of reagents, reaction time and catalyst addition are discussed. Reaction conditions are optimized.

The effects of reaction conditions on yields were investigated.

It was found that the morphologies of the films were affected by the reaction conditions including solvents, reaction time and so on.

The results indicated that the esterified yield was above 97% under the appropriate reaction conditions.

and (4) carry out the reaction experiments and optimize the reaction conditions.

Under the typical reaction conditions the yield of the ester could reach 86. 6%. The catalyst can be reused.

Determine the reaction conditions to production department based on the raw material laboratory test.

By hydrothermal and sol-gel methods, prorata of material, under the suitable reaction conditions, the hydroxylapatites are synthesized.

The reaction conditions, such as reaction temperature, the ratio of reactants and exchangers were investigated.

The effect of reaction conditions on the grafted rate was studied.

We have studied the effect of reaction conditions on yield.

The method had some advantages such as gentle reaction conditions, high yield and simple operation.

Under the optimum reaction conditions, the yield of benzyl propionate could reach 87. 9%.

In contrast, when acetic acid is used, the yield of peracetic acid is only 35. 4% under the same reaction conditions.

Under the optimal reaction conditions, the yield and purity were 94%, 99. 9% respectively.

The reaction conditions of catechol 2 sodium salt, which was between lead and 4- (2-pyridine azo) were determined.

Reaction Conditions and Thermodynamics Study of a Transalkylation Reaction System

Preparation of a novel targeted MR contrast agent Gd-DTPA-streptavidin and exploration of its reaction conditions

Research of reaction conditions on prepolymerization of polyester anionic waterborne polyurethane emulsion

The Studies on Reaction Conditions and Stability of Two-Stage Process for Catalytic Partial Oxidation of Methane to Syngas

The improvement of the device on synthesizing iodoform by electrochemistry method and the exploring of reaction conditions

Reaction conditions in radiation-grafting of polytetrafluoroethylene films

Comparisons on Reaction Conditions of Different Extraction Solvents for Plant Endogenous MDA and Chromogenic Reagent

Preparation and Enzyme Catalytic Reaction Conditions of Diagnostic Lactate Dehydrogenase with High Purity

Effect of Reaction Conditions on Deactivation Mechanism of Zeolite Catalyst for Propylene Alkylation with Benzene and Regeneration

Study on the Reaction Conditions for Asymmetric Synthesis of Optically Active Cyanohydrin Catalyzed by Oxynitrilase

Reaction conditions affecting liquid phase selective hydrogenation of benzene to cyclohexene

Discussion on Optimum Reaction Conditions for Low-pressure catalytic Melamine Production Process

Influence of Catalytic Reaction Conditions on Epoxidation of Propylene with Cumene Hydroperoxide

Determination of reaction conditions for permanganate titration

Effect of Reaction Conditions on the Removal of Pathogenic Protozoan from Secondary Effluent in Flocculation Process

Kinetics of pressured hydrolysis reaction of cyanides in wastewater and the optimization of reaction conditions

Effects of Maillard reaction product under different reaction conditions on cigarettes

Discussion on Reaction Conditions of Preparing Magnesium Hydroxide through Lime-brine Route

Simultaneous Determination of Ge, Sn, As, Sb and Bi under Different Hydride Generation Reaction Conditions by ICP-AES

Optimization of millard reaction conditions under microwave heating

Study on Reaction Conditions of Catalytic Coupling Reaction in Preparation of Diethyl Oxalate

Studies of influence of reaction conditions on the morphology and the size of polymer particles

Investigation of reaction conditions for hydrogenation of NBR solutionusing hydrogen storage alloy as catalyst

Synthesis and optimization of reaction conditions of single-chain alkyl tertiary amine

Preparation of Fully Hydrophobic Acylated Chitosan and Effect of Reaction Conditions

Study on Properties of Li-montmorillonite Influenced by Reaction Conditions

Influence of Startup and Shutdown of the Plant on the Reaction Conditions of PA Catalyst

Study on Reaction Conditions of Toluene Sulfonation with Gaseous Sulfur Trioxide

Study of RAPD reaction conditions on Eucalyptus wetarensis

Studies on the Reaction Conditions of Esterification of Silicone and Ethylene Glycol

Study on Reaction Conditions and Molecular Weight in Bleaching of Chitin by Hydrogen Peroxide

As the reaction conditions are mild catalyst levels are normally very low

Effects of Reaction Conditions on Relative Molecular Weight of Inversed Microemulsion Polymer

Research on the Reaction Conditions of Cloth Fiber Oxidized by Sodium Periodate

Effect of Reaction Conditions on Vapor Phase Methanol Carbonylation

Anaerobic Degradation Route of Oxalate and the Reaction Conditions

Optimization of PCR Reaction Conditions in Detection of Alicyclobacillus acidoterrestris

Optimization of reaction conditions of oily sludge coking

Effects of Reaction Conditions on Vapor Phase Alkylation of Benzene with Ethylene Over ZSM-5 Zeolite Catalyst

The results showed that the optimum reaction conditions as follows: catalyst was tetraethylammonium bromide (1. 1%);

Effect of Reaction Conditions on the Properties of PA High Range Water Reducing Agent

The study of reaction conditions on ammoxidation of toluene to benzonitrile

Optimization on cultivation and reaction conditions of petroleum biodesulfurization bacterium UP-1

Study on effects of reaction conditions on N-acetylation of chitosan

Monitoring influence of reaction conditions on self-assembly into olig-peptides for three sulf-amino acids by using ESI-MS

Effect of reaction conditions on hydrocracking in slurry bed

Progress in the Studies of Reaction Conditions and HZSM-5 Based Catalysts for the Aromatization Reaction

Study on RAPD Reaction Conditions for Dairy Cattle

Study on the Reaction Conditions of Lysozymic Hydrolysis of Chitosan

the reaction conditions under the non-toxic harmless;