height 2,4 ± 0,1 m (top of the frame level),

Only the height of the robenidine peak should be enhanced after taking into account both the amount added and the dilution of the extract.

Only the height of the carbadox peak should be enhanced after taking into account both the amount added and the dilution of the extract.

Only the height of the amprolium peak should be enhanced after taking into account both the amount added and the dilution of the extract.

H(E)= the height of the GMP peak of the sample (E)

W1 is the peak width at half height.

W1 is the peak width at half height

The quantity injected must be such that in the conditions of sensitivity employed the height of the peak corresponding to the methyl ester of the arachidic acid is equal to or greater than 20 % of the bottom of the scale.

This enables quantification by peak height.

a = the height of the smallest peak, measured from the base line;

Determine the area or height of the vanillin peak obtained.

The integrator (6.40.6) automatically calculates the peak height H of the GMP peak.

hd,s= peak height (area) of diclazuril in the sample solution (5.2.1)

hd,s= peak height (area) of diclazuril in the sample solution (5.2.2)

hd,c= peak height (area) of diclazuril in the calibration solution (3.10)

The peak width, at half of its height, must be within +- 10 % of the original width of the diclazuril peak or the internal standard peak of the unfortified sample extract.

Using the mean peak heights (areas) plot a calibration graph.

hi,s= peak height (area) of the internal standard in the sample solution (5.2.1)

hi,s= peak height (area) of the internal standard in the sample solution (5.2.2)

Repeat this until the difference in peak area or peak height between two successive injections is less than 2 %.

"Reference height" means the height of the top of the seat above the reference plane;

hi,c= peak height (area) of the internal standard in the calibration solution (3.10)

b = the height of the lowest point of the valley between the two adjacent peaks, measured from the base line.'

The peak width, at half of its maximum height, must be within ± 10 % of the original width.

The peak width, at half of its height, must be within ± 10 % of the original width of the olaquindox peak of the unfortified sample extract.

The peak width, at half of its height, must be within +- 10 % of the original width of the amprolium peak of the unfortified sample extract.

Calculate the mean peak heights (areas) of several injections of the same sample solution and the mean peak heights (areas) of several injections of the calibration solutions (5.6.2).

The peak width, at half of its maximum height, must be within approximately 10 % of the original width,

The peak width, at half of its maximum height, must be within approximately 10 % of the original width.

Inject 20 μl of the calibration solution (3.10) several times and determine the mean peak height (area) of the diclazuril and internal standard peaks.

See recommendation ISO DIS 5725 : 1977.

Inject each calibration solution (3.9.3) several times and measure the peak heights (areas) for each concentration.

Inject each calibration solution (3.7.3) several times and measure the peak heights (areas) for each concentration.

Inject 20 μl of each calibration solution several times and determine the mean peak heights (areas).

Inject each calibration solution (3.6.2) several times and measure the peak heights (areas) for each concentration.

Insert the syringe adapter into the bottle until it is flush with the top of the bottle.

Calculate the mean peak height (area) of several injections of the same sample solution and the mean peak heights (areas) of several injections of the calibration solutions (5.6.2).

Using the mean peak heights (areas) plot a calibration graph considering the results of the UV control (5.6.3.3).

If the head restraint is adjustable for height it shall, in its lowest position, be not more than 25 mm from the top of the seat back.

Inject each calibration solution (3.7.3) several times and determine the mean peak heights (areas) for each concentration.

Inject each calibration solution (3.5.3) several times and determine the mean peak height (areas) for each concentration.

In the graphic representation, one molecular weight decade should be normally about 4 cm in width and the peak maximum should be about 8 cm in height.

Inject each calibration solution (3.11.2) several times and measure the peak heights (areas) for each concentration.

From the mean height (area) of the robenidine peaks of the sample solution determine the concentration of the sample solution in mg/ml by reference to the calibration graph (5.4.2).

If co-chromatography is carried out, then only one peak should be obtained, the enhanced peak height (or area) being equivalent to the amount of added analyte.

The nearest peak maximum in the chromatogram should be separated from the designated analyte peak by at least one full width at 10 % of the maximum height.

Determine the concentration of the sample solution in mg/ml, from the mean height (area) of the halofuginone peaks of the sample solution by reference to the calibration graph (5.4.2).

right triangle (top view) with equal sides of 250 mm, height 80 mm, bottom closed except a 1/2'' pipe socket at the gravitational centre, top open;

From the mean height (area) of the carbadox peaks of the sample solution determine the concentration of the sample solution in μg/ml by reference to the calibration graph (5.4.2).

From the mean height (area) of the vitamin A peaks of the sample solution determine the concentration of the sample solution in IU/ml by reference to the calibration graph (5.6.2).