Sentence examples for attain a limit from inspiring English sources

The anti-PSA conjugated TCNQ- Cu3 BTC 2 provided PSA detection in a dynamic linear range of 0.1 100 ng/mL to attain a limit of detection at 0.06 ng/mL.

Therefore, the electrical conductivity will attain a limit value at very high frequencies: ( {sigma}_{infty }={sigma}_{mathrm{dc}}+frac{left({varepsilon}_{mathrm{dc}}-{varepsilon}_{infty}right)}{tau_{mathrm{limit}}} ) (13-a) where ε ∞ and ε dc is the dielectric constant at very high and very low frequencies.

The electrochemical SAM-based immunosensor designed herein, provided an oriented, stable and spaced sensing platform for the determination of TTX, attaining a limit of detection of 2.6 ng mL−1.

This modified framework, implemented through an iterative, top-down procedure of LE slope stability analyses originating from the crest of a reinforced structure and exiting at progressively lower elevations on the facing, enables the determination of a Tension Map that illustrates the required distribution of reinforcement tension to attain a prescribed limit state of equilibrium.

The administration of sodium bicarbonate to attain an upper limit of serum bicarbonate level within the normal range may suppress CKD progression caused by net endogenous acid production, and may prevent the subsequent events such as interstitial fibrosis that lead to CKD progression.

Equation (10) can be solved for r to obtain the epicentral distance and Mw needed to attain a certain displacement limit.

The biosensor was very sensitive and attained a detection limit of 100 nM.

Moreover if f can be attained as a limit of ( ψ 1 + ψ 2 ) / h when h → 0, so can λ f for any λ > 0. Thus we get the conclusion ∫ Ω e i λ f ( x ) a 2 ( x ) a 1 ( x ) ¯ q ( x ) d x = 0. (52)To show that q = 0 one uses arguments of analytic microlocal analysis [107].

Asymptotic results for general distributions of the random fitness component are obtained using extreme value theory, and it is found that the walk length attains a non-trivial limit for L→∞, different from its values for c=0 and c="∞, if c is scaled with L in an appropriate combination.

With appropriate surface treatment of the ionization side of the membrane, the results show that the hydrogen permeation rate attains a limiting value with increasing alkaline concentration, and varies with the reciprocal of the thickness of the membrane.

Real-time immunoassay imaging allowed for monitoring of each immunoreaction in about 10 min, and the system attained a sub-nanomolar detection limit.