Sentence examples for both techniques were found from inspiring English sources

Both techniques were found to be comparable in terms of displacement and strain resolution.

For the process studied, both techniques were found to have higher identification power than the method of Devanathan et al. and appears to have excellent but sightly lower type I error performance than the Devanathan et al. method.

Both techniques were found to be well suited for surface-sensitive investigations of the organic materials associated with artists' acrylic paints, including explorations into: (A) cleaning system residues, (B) surfactant extraction from paint surfaces, (C) the identification of migrated surfactant, and (D) monitoring pigment changes at the paint/air interface of paint films.

At 6-month follow-up, no significant differences between both techniques were found in graft patency and mortality.

Both techniques were found to report a dose-dependent increase in polymers at higher mAb5E3 concentrations with respect to the control, with the latter data fitted to a four-parameter logistic equation yielding an EC50 value of 0.23±0.03.

Both techniques are found to give considerably improved results compared to singular value rejection.

Sensitivity of both the techniques were found to be similar (20/24, 83.3%) (P = 1.0).

Both implementation techniques were found to assist in retrospective recall of the participants' significant events, and we found that applying the instrument during the interview ensured the flow was un-interrupted.

No significant differences in the results generated by these shear testing techniques were found.

All techniques were found effective in enhancing the shear strength of beams.

Magnetic Resonance Imaging techniques were found to be suitable for mapping the fluid distribution in impregnated textile fabrics.