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Exact(3)
Both systems were compared regarding to the seed spacing uniformity.
For the purpose of model validation, simulation results from both systems were compared with experimental data.
Mass and energy balances were established and both systems were compared in terms of yield, solvents/reactants recovery and energy consumption.
Similar(57)
The performance of both systems is compared in simulation leading to the conclusion that it is equivalent.
The structure evolution information during the reaction, such as Tg, the dielectric relaxation and the dynamic mechanic relaxation obtained from these measurements for both systems are compared.
Characteristics of both systems are compared in Table 1.
Clinical outcomes and practitioner responses to both alert systems were compared.
Single-sensor systems and multisensor systems were compared both in terms of accuracy and robustness against malfunctions.
The experimental results of both the homogeneous and heterogeneous systems were compared, and a kinetic model was proposed to fit the experimental evolution of catalyst activity at different Al/Zr ratios and catalyst concentrations for the homogeneous system.
Differences between classification systems were compared using the two-sample Z-test.
This is, according to our knowledge, the first study where soil GHG flux data resulting from bioorganic and biodynamic farming systems were compared.
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CEO of Professional Science Editing for Scientists @ prosciediting.com