Sentence examples for value backward from inspiring English sources

The efficiency of a reversible reaction is thus the sum of its positive value (forward reaction) and its negative value (backward reaction).

We extended the first value backward in time from 1992, assuming that the 1992 value reflected the traditional way of putting infants to sleep prior to the 'Back to Sleep' campaign [ 5, 28].

Then, (P solves the following ({mathbb {R}}^{ntimes n} -valued backward stochastic differen} -valuedtion: left{ backwardray}{ll} dP =-left[PA+ A^{top}P + Lambda C+ C^{top}Lambda+ C^{top} P C right. qquadquadleft. +(P B + C^{top}PD + Lambda D) Theta + Q right]dt + Lambda dW(t) &text{in }[0,T],cr P(T)=G.

However, the new difficulty in the infinite dimensional setting is how to explain the stochastic integral (int _{0}^{T}Lambda (t dW t)) that appeared in (4) because for this case Λ is an operator-valued stochastic process, and therefore one has to use the theory of transposition solution for operator-valued backward stochastic evolution equations (Lü and Zhang 2014; 2015).

The different onset potential and I f /I b value in backward sweep could be attributed to different CO adsorption state.

The entry p-value for forward elimination models was 0.10 and the retaining p-value for backward elimination was 0.10 in order to identify significant and borderline significant predictors.

Britain was the bastion of liberty, destined to spread its values through backward lands.

These variables were then regressed on the CBT values, and backward elimination was used to delete one at a time those that were associated at p > 0.10.

The recursion for calculating the backward value is similar to that of the forward value, only in reverse: (5) Alone, either the forward or the backward values can be used to efficiently calculate the likelihood function (Equation 3).

The processing stage is based on a bandpass filter, five-point first-order derivative, absolute value, and the backward cumulation that provides the enhancement processing to the QRS complex of ECG signal.

A set of 20 blocks each containing 100 outcomes ( ω i j, 1 ≤ i ≤ 20, 1 ≤ j ≤ 100 ) is simulated, and Y n ( ω i j ) denotes the n th step value of the backward Euler method approximation of the j th trajectory in the i th block.