Sentence examples for product with time from inspiring English sources

Both approaches are applied to an existing plant for manufacturing the explosive hexogen and illustrated by showing the evolution of the concentration of the product with time and the associated uncertainties.

In the third experiment, under the same concentration to the previous experiment, we measured the increases of the absorbance of the product with time at an 18 °C temperature and a wavelength of 305 nm (Fig. 4).

Now, we can calculate an m element delay product with time delays τ=ν i T e, i.e., (mathbf {y}_{m}^{nu } = bar {mathbf {x}}_{t_{0}} circ bar {mathbf {x}}_{t_{0} + nu T_{e}}^ ).

To do so, we need the (N element) delay product with time delay τ=ν T e, which is given by begin{array}{*{20}l} mathbf{y}_{N}^{nu} = mathbf{x}_{t_{0}} circ mathbf{x}^{ast}_{t_{0} + nu T_{e}}, end{array} (7).

Example 17 shows that 白花油 baihuayou 'Pak Fah Yeow', a proper name for a product with time-invariant referent, does not allow DE-insertion, while 白花的油 baihua de you 'a(n) (essential) oil made from a white flower', which refers to time-variant referent depending on which kind of flower is used to produce the (essential) oil on each occasion, must be used with 的 de 'DE' inserted.

The kinetic model predicts the experimental evolution of reaction products with time on stream, which follows three consecutive periods: initiation (where olefin production increases), a period of maximum olefin production and a period in which this production decreases.

It's the infinite monkey theorem, applied to products: with time, the algorithms would produce a T-shirt someone wants.

The formation of corrosion products with time on carbon steel, reduced the galvanic current in stationary conditions and caused a considerable increase in it in flow conditions.

Decreasing calcium and silicon leachability under natural chemical conditions with increased hydration duration supports the increased formation of stable cementitious products with time, using the products of kaolin dissociation.

SEM, EDS and XRD studies of cathode electrodes points out that depletion of CO2 reduction to CO and CH4 products with time may be due to dissolution of Cu nano particles from the cathode electrode.

Variations of the concentration profiles of the reactants and products with time, the required time to achieve steady state conditions, concentration profiles of two phases at steady state and volume of the reactor in absorption and regeneration sections can be calculated based on implemented model in this study.