Examples of 'iodometric' in a sentence
Meaning of "iodometric"
Iodometric is a term used in chemistry to describe a method involving iodine or iodide compounds
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- Of, pertaining to, or using iodometry
How to use "iodometric" in a sentence
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iodometric
Direct iodometric titration with a blank titration.
This reaction is the basis of iodometric titrations.
Iodometric titration method for the determination of total chlorine.
Free sulphur dioxide is determined by direct iodometric titration.
Ii iodometric titrations.
Peroxide was analyzed via iodometric titration.
The iodometric titration carried out was that used for calibrating peracetic acid.
This is called an iodometric titration.
This assay remedies the lack of specificity of the commonly used iodometric assays.
The methods recommended comprise iodometric titration preceded by the use of ion exchangers.
The ozone concentration in the samples was determined by iodometric titration.
Using an indirect iodometric titration, the level of aldehyde in some samples was quantified.
The peroxide groups are then assayed by the iodometric method.
An iodometric titration showed that the reaction was not complete after 6 months at room temperature.
The exact titre of hydrogen peroxide is determined by iodometric titration.
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An iodometric titration method was developed to monitor TEMPO+ content of catalyst and pulp solutions.
The residual peroxide was determined using a standard iodometric method.
Iodometric analysis showed that the product contained 94 % thiol groups.
Titrimetric or colorimetric or iodometric.
The iodometric analysis of the product indicated an active oxygen content of 1.26 percent by weight.
The ethylenic double bond utilization is determined by iodometric titration as follows.
In the iodometric method, I ₂ binds noncovalently to starch producing an intense blue-purple color.
The amount of active chlorine remaining is measured by standard iodometric titration.
Hydroperoxide ( ROOH ) determination using an iodometric assay was performed as described in Example 1.
The remaining solution was analyzed by gas chromatography and iodometric titration.
The iodometric analysis indicated an active oxygen content of 0.43 % by weight.
Combined sulphur dioxide is subsequently determined by iodometric titration after alkaline hydrolysis.
The iodometric analysis of said residue indicated an active oxygen content of 0.28 %.
The determination of effective oxygen concentration was performed according to an iodometric titration method.
Iodometric titration showed that the fiber contained 0.70 mmole / g of active chlorine.
Chlorine concentration was measured using the iodometric method for measuring chlorine.
The active chlorine content of the various preparations was measured with the well-known iodometric method.
The percent hydrogen peroxide was determined by iodometric titration and recorded over ten days.
The level of available chlorine released from the capsules is measured by standard iodometric titration.
Aldehyde content was measured by iodometric titration or DNS method.
The phases were separated and peroxide measured in each using the standard iodometric test.
The conversion of the CHHP was determined by iodometric titration of this overflowing liquid.
Aquarium A was also sampled for total potential positive chlorine using standard iodometric titration.
Glycerol is determined a usual way with iodometric titration ( periodic acid method ).
After cooling to room temperature ( 23EC ) the concentration of NaOCI was determined vía iodometric titration.
Iodometric titration gives a I2/NNDCT ratio of 2.
The initial peroxide concentration is immediately determined using iodometric titration of an aliquot.
The hydrogen sulfide acid levels by iodometric determination ; and.
The obtained product was identified by means of NMR, gas-mass and iodometric analyses.
The resultant stripped solution was analyzed using the standard iodometric titration procedure as described above.
Decomposition of the CHHP was monitored by means of a iodometric titration.
The residual levels of hydrogen peroxide were established by iodometric titration with sodium thiosulfate.
The decomposition of PAA in the solutions was followed by iodometric titration.
The peracid release rate was monitored using an iodometric titration on ice, as above.
Halogens were analysed to < 1 ppm by a iodometric method.
