reaction temperature

It also discusses the influence of the amount, reaction temperature and reaction time of synthesized reagent on the result of experiment.

The kind of mineralizer , reaction temperature and time have no effects on morphology and crystal structure of products.

With increasing reaction temperature, the average molecular weight of the copolymers closely relates to its thermal properties.

In the arc method, the high reaction temperature reduces the surface energy of the catalyst.

The results showed that the reaction between soot and NO proceeded well with a sharp initial reaction temperature.

Along with the increase of reaction temperature and prolonging of reaction time, the molecule weight and viscosity of the products increase.

The best reaction temperature of coal quick liquefaction (CQL) is the upper limit of the coal pyrolysis temperature range in TGA.

The increase of reaction temperature within a narrow range have no effect on the morphology of product.

The influence of amount initiator, reaction temperature, polymer degree of protecting colloid have been discussed.

Storing energy of nano-crystalline ore powder makes reaction temperature less than that of ore powder with micron-crystalline.

Effects of reaction temperature, reaction time, solvent, catalyst and its amount on prepolymerization was studied.

The quality and production can be improved by adjusting process parameters and gasification reaction temperature.

The formation and disappearance of intermediates are largely affected by the reaction temperature and substrate concentrations.

Moreover, increasing the methanol concentration and reaction temperature promotes methanol electro-oxidation on ultrafine mesoporous WC.

XRD results demonstrate that the crystallization of the carbon spheres improved with the rise of reaction temperature.

Effects of the impurity of raw materials, reaction temperature and catalyst on the chlorination and hydrolysis are studied mainly.

The influence of reaction temperature and time on the reaction and properties of the reactive polyethylene glycol is discussed.

The inference of potassium permanganate amount, phase transfer catalyst, reaction temperature and solvent amount are studied.

Effects of hexamethylenetetramine (catalyst) and reaction temperature on reaction were studied .

The effects of reaction temperature, dosage of catalyst and formulation on the yield and purity of the product were investigated.

The influences of reaction temperature and amount of sulfonating agent on sulfonating reaction were investigated.

The influence of reaction temperature, used solvents and catalysts on the prepolymerization reaction was investigated.

Low reaction temperature favors the production of aromatics, while high reaction temperature favors the production of propylene.

The reaction between natural gas soot and NO showed a higher rate of sharp initial reaction temperature.

The grafting ratio increased sharply when the reaction temperature reached boiling temperature of the reaction solution.

For the same boron addition, the similar results were found with the increase of reaction temperature and the elongation of reaction time.

Properly selected reaction temperature can suppress the secondary reactions and enhance the production of propene and ethene.

The influences of reaction temperature, space velocity and feed composition were experimentally tested.

Investigated molar ratio, reaction temperature and reaction time on the reaction, the optimal process conditions.

The effects of catalyst dosage, reactant ratio, reaction temperature, reaction time on the yield of product were investigated.

One benzosuberone and one benzocyclopentane are synthesized when controlling the condensation reaction temperature.

Effects of reaction temperature, agitation speed, reaction time, catalyst loading and molar ratio of water to cyclohexene were investigated.

Effects of reaction temperature and time, as well as solvent and catalyst on yield were investigated.

The influence of reaction temperature and WHSV on conversion of propylene oxide is not appreciable.

At a higher reaction temperature or more amount of PMI, the conversion of PMI was decreased.

The results showed that the increase of reaction temperature and pressure was favorable to the HDS reaction.

This paper studied the effects of reaction temperature, reaction time, material dosage and fixed bed height on ethoxylation.

Systems studied the amount of catalyst, reaction temperature of the reaction.

This paper discusses the computer based reaction temperature control system of polymerization tank of PVC polymerization process.

In certain range of the reaction temperature and time, crystallinity will increase.

The shape, the thick, the re- molten and the crackles, creation of intermetallic layer were affected strongly by reaction temperature.

The effect of reaction time, material ratio, reaction temperature, species and amount of catalyst on reaction yield were investigated.

Effect of reaction temperature, reaction pressure and catalyst on yield of the product was mainly studied.

The final conversion increased with the reaction temperature and mass of SDS, but was not affected by mass of KPS.

Some influences of steric effect, reaction temperature and solvent effects were discussed.

With the reaction temperature, glycine copper micro-tubes become larger then the diameter.

The degree of sulfonation of SPEEK increases with the enhancement of the reaction temperature and time.

and heating to the reaction temperature of the high-temperature hardening agent so as to form a ball shell layer.

The effects of dosage ratio of raw materials, catalysts and reaction temperature on the products were studied.

The initial reaction temperature was higher with increasing inlet NO concentration.

The effects of catalyst, initiator and reaction temperature on the product were discussed in detail.

The amount of non-condensable gas in the flammable gas increased with reaction temperature.

Reaction temperature as major factor on consumption of acetic acid was found by analysis of operation of PTA unit.

Moreover, the degree of PET depolymerization was increased when the reaction temperature raised or the reaction time prolonged.

And the same morphology transformation took place with the enhancement of reaction temperature or the elongation of soaking time.

The effects of cobalt content, calcination temperature, reaction temperature, reaction time and pressure were investigated.

The effects on the yield by reaction agent relative ratio, reaction temperature, reaction time hadbeen also discussed.

The effects of different blocking agents, the mol ratio (nH: nNCO), reaction temperature and time on block reaction were studied.

The reduction rate increased with the increasing of NZVI dosages, reaction temperature and mixing rates.

The effects of pretreatment temperature, pretreatment time and reaction temperature on the grafting reaction were also studied.

The proper amount of DBTL catalyst of reaction temperature were given.

The synthetic method had advantages of low reaction temperature, short reaction time, and high conversion rate.

Rules and mechanism of the effect of reaction temperature and the ration of catalyst to oil on olefincity were explored.

C, when producing alkyl chloride, the reaction temperature in reactor is higher than 109 deg.

The mole ratio of main raw materials and reaction temperature, time and pressure are examined by multi-factor test.

Other factors such as the polarity of the medium and the reaction temperature had great influences too.

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

Influence of reaction temperature, reaction time and catalyst dosage on the yield of hexanoic acid was investigated .

The factors affecting the yield of trichloroaniline are reaction temperature, reaction time, and the mole ratio of raw materials.

The influence of reaction temperature, reaction time and the use level of catalyst on the reaction were research.

The effects of some factors such as reaction time, reaction temperature and irradiation time on the yield were investigated.

Many factors such as amounts and concentration of sulfuric acid, reaction temperature, reaction time, and catalysts were studied.

The reaction temperature is kept between 0. degree. to 50. degree.

preheating an upper die and a lower die to a reaction temperature of a low-temperature hardening agent;

Experimental Investigation of the Optimum Reaction Temperature of Flue Gas Desulfurization Reaction Involving CaO Particles

reaction temperature reaction time reaction pressure reactant concentration conversion of feed reaction selectivity

Effect of Reaction Temperature on the Components and Structures of Oligomers and its Derived Mesophase Pitch Properties

Study on reaction temperature behavior for the synthesis of pseudoionone isomers by methyl acetoacetate method

reaction Conversion rate Reaction temperature Styrene Selectivity;

Influence of reaction temperature on the phase properties and crystal size of nanometer hydroxyapatite

Inspects the alcohol oil ratio, catalyst, reaction temperature and reaction time on the influence of phytosterols yield;

Self-learning Fuzzy Control for the Reaction Temperature of Omethoate Synthesis Process

Effect of Reaction Temperature on Etherification of Light FCC Gasoline

Effect of Reaction Temperature and Ascending Temperature Speed on the Phase Transformation of Zirconia

Influences of Reaction Temperature of Dry Process on Starch Pasting and Phase Separation of Blended Pastes

Increase Yield of Liquefied Petroleum Gas through Raise Reaction Temperature

Effect of reaction temperature on the product of aromatization reaction of FCC gasoline narrow fraction

Effects of Reaction Temperature on the Aromatization Reaction of FCC Gasoline

Simulating Research on the Effect of Reaction Temperature on Energy Consumption in Ammonia Synthesis System

Study and Application of Batch Chemical Reaction Temperature System Based on Multiple Models Predictive Functional Control

Effects of reaction temperature on aromatization of FCC gasoline

Effect of Coke Deposition on Co-ZSM-5 Zeolite of Different Reaction Temperature Under Aldehyde-ammonia Condensation

Fig. 3. 2 The effect of reaction temperature to the rate of activation of the hydrophobic

at the same time, increasing the reaction temperature and reducing the sizes of coal powder are favorable of the catalytic effect;

Table 1. Contents of Cordierite and Spinel in the Specimens with Different Reaction Temperature

Effect of Reaction Temperature on Synthesis of Methylchlorosilane

The effect of reaction temperature on the benzene thermal synthesis of BN nanocrystals

Table 2 Effects of the reaction temperature on yield

the content of cis-1, 4-unit increased and then decreased with the reaction temperature stepping up;