Limit of detection is either:

Limit of detection of the method is approximately 0,05 g of starch per 100 g of sample.

limit of detection;

limit of detection,

b) are manufactured, or held, in limited quantities solely for use in duly authorized training in explosives detection and/or development or testing of explosives detection equipment;

LOD is the limit of detection of the method

Without limiting the generality of their rights and obligations under international law, the Parties shall in particular act in conformity with the provisions of the Convention on Offences and Certain Other Acts Committed on Board Aircraft, done at Tokyo on 14 September 1963, the Convention for the Suppression of Unlawful Seizure of Aircraft, done at The Hague on 16 December 1970, the Convention for the Suppression of Unlawful Acts Against the Safety of Civil Aviation, done at Montreal on 23 September 1971, the Protocol for the Suppression of Unlawful Acts of Violence at Airports Serving International Aviation, done at Montreal on 24 February 1988, and the Convention on the Marking of Plastic Explosives for the Purpose of Detection, done at Montreal on 1 March 1991, and any other multilateral agreement governing civil aviation security binding upon the Parties.

Without limiting the generality of their rights and obligations under international law, the Contracting Parties shall in particular act in conformity with the provisions of the Convention on Offences and Certain Other Acts Committed on Board Aircraft, signed at Tokyo on 14 September 1963, the Convention for the Suppression of Unlawful Seizure of Aircraft, signed at the Hague on 16 December 1970, the Convention for the Suppression of Unlawful Acts against the Safety of Civil Aviation, signed at Montreal on 23 September 1971 and its supplementary Protocol for the Suppression of Unlawful Acts of Violence at Airports Serving International Civil Aviation, signed at Montreal on 24 February 1988, the Convention on the Marking of Plastic Explosives for the Purpose of Detection, signed at Montreal on 1 March 1991 and all other international instruments in the same field which may be ratified in the future by the Contracting Parties.

The limit of detection is 5 mg/kg, the limit of determination is 30 mg/kg.

the methods of measurement and analysis used and, where appropriate, their limit of detection, accuracy and precision,

The Commission shall assess the effectiveness of the procedure for the surveillance and monitoring of the environments affected and shall - no later than six years after notification of this Directive - place before the Council, if appropriate, proposals to improve this procedure and, if necessary, to harmonize the methods of measurement including their limit of detection, accuracy and precision and the sampling methods.

This testing shall include closely related events, where relevant, and cases where the limits of the detection are truly tested.

However, serological tests are of limited value for the detection of classical swine fever in the case of a recent infection in a holding.

Other methods may be used provided that the limits of detection, precision and accuracy of such methods are at least as good as those laid down in Annex III (1) to Directive 82/176/EEC.

LOD is the limit of detection of the method

the limit of detection of the proposed methods;

the limit of detection and determination of the proposed methods for impurities.

Upper bound concentrations are calculated assuming that all values of the different congeners less than the limit of detection are equal to the limit of detection.

The measuring range of the method is determined by the limit of detection of the analytical procedure.

The limit of detection may be set as 3 x the standard deviation of the solvent blank or of the background response.

A population of approximately 103 cells per ml of resuspended pellet is considered to be the limit of detection for the IF test,

High sensitivity and law limits of detection.

The limit of detection for immunoassays is determined as 3 x the standard deviation, based on 10 replicate analysis of the blank, to be divided by the slope value of the linear regression equation.

Whereas Article 2 of Directive 78/142/EEC lays down that materials and articles must not pass on to the foodstuffs which are in, or have been brought into, contact with such materials and articles any vinyl chloride detectable by a method having a limit of detection of 0,01 mg/kg, and Article 3 that this limit must be controlled by a Community method of analysis;

the detection limits of the methods used are not stated as the precision values are given at the concentrations of interest,

The value of the decision limit plus 1, 64 times the corresponding standard deviation equals the detection capability (β = 5 %).

The value of the decision limit plus 1, 64 times the corresponding standard deviation equals the detection capability (ΓΆ = 5 %).

(3) The Scientific Committee on Food concluded in its opinion of 6 May 2002 that the presence of ethylene oxide should be brought below the detection limit.

Maintenance procedures should not downgrade safety provisions such as continuity of return current circuit, limitation of overvoltages and detection of short circuits.

The detection limit is defined as the concentration of the element in 4 % acetic acid (3.1) which gives a signal equal to twice the background noise of the instrument.

The limits of detection must be such that the mercury concentration can be measured to an accuracy of + / - 30 % and a precision of +/- 30 % at the following concentrations:

The limits of detection must be such that the cadmium concentration can be measured to an accuracy of ± 30 % and a precision of ± 30 % at the following concentrations:

where no quantitative results are available, the detection capability can be determined by the investigation of fortified blank material at and above the decision limit.

The value of the decision limit plus 1, 64 times the standard deviation of the within-laboratory reproducibility of the measured co ntent equals the detection capability (β = 5 %),

The value of the decision limit plus 1, 64 times the standard deviation of the within-laboratory reproducibility of the measured co ntent equals the detection capability (ΓΆ = 5 %),

The corresponding concentration at the decision limit plus 1, 64 times the standard deviation of the within-laboratory reproducibility o f the mean measured content at the decision limit equals the detection capability (β = 5 %),

In the case of substances with an established permitte d limit, this means that the detection capability is the concentration at which the method is able to detect permitted limit concentrations with a statistical certainty of 1 - β.

The corresponding concentration at the decision limit plus 1, 64 times the standard deviation of the within-laboratory reproducibility o f the mean measured content at the decision limit equals the detection capability (ΓΆ = 5 %),

In the case of substances with an established permitte d limit, this means that the detection capability is the concentration at which the method is able to detect permitted limit concentrations with a statistical certainty of 1 - ΓΆ.

The corresponding concentration at the value of the decision limit plus 1, 64 times the standard deviation of the within-labora tory reproducibility equals the detection capability (β = 5 %),

The corresponding concentration at the value of the decision limit plus 1, 64 times the standard deviation of the within-labora tory reproducibility equals the detection capability (ΓΆ = 5 %),

therefore, consideration should be given to the characteristics of the methods, such as selectivity, specificity, reproducibility, any limitations, detection limits, and the availability of appropriate controls.

I n the case of substances for which no permitted limit has been established, the detection capability is the lowest concentration at which a method is able to detect truly contaminated samples with a statistical certainty of 1 - β.

I n the case of substances for which no permitted limit has been established, the detection capability is the lowest concentration at which a method is able to detect truly contaminated samples with a statistical certainty of 1 - ΓΆ.

Complete digestion, background measurements, appropriate choice of analytical masses sometimes associated with a lower abundance (poorer detection limit) and of dissolution acids, e. g. nitric acid, are required to avoid interferences.

Whereas the Scientific Committee for Food has given the opinion that N-nitrosamines and N-nitrosatable substances may endanger human health owing to their toxicity and has therefore recommended that migration of these substances from the abovementioned articles be kept below the detection limit of an appropriate sensitive method;