Sentence examples for efficiencies of the experimental from inspiring English sources

Fig. 5 Encapsulation efficiency of DOX in dual drug-encapsulated nanoliposomes according to various drug-loading conditions: drug-loading conditions for each experimental group (a) and drug encapsulation efficiencies of the experimental groups (b) (n = 3, the data are presented as mean ± SEM).

For the MSB X bags, the filtration efficiencies of the experimental models were statistically similar to the controls for both the 3M 1870 (p = 0.19) and the Moldex 2200 (p = 0.40), while the treated Kimberly-Clark PFR95 models were statistically different from the controls (p = 0.01).

Loaded and unloaded samples could be efficiently discriminated, confirming the efficiency of the experimental compression.

Experiment tracking increases the efficiency of the experimental process by uncovering hidden relationships between experiments and/or samples that can assist in protein identification, but could have been overlooked otherwise.

The efficiency of the experimental procedure relies on the model chosen for the rotating shaft.

Finally, we choose to use a common comparator when we constructed the choice set, which does not necessarily maximize the statistical efficiency of the experimental design [22].

In yet another component, we performed clinical hematology counts and pre- and post-sorting flow cytometric analysis of the sorted cell populations to measure the clinical relevance and efficiency of the experimental sampling conditions.

The efficiency of the experimental device was tested with MWCNTs at volume fractions of 0.025, 0.05, 0.1, 0.2 and 0.3 and diameters of 20 30 nm to enhance heat transfer.

Free vibration based on a free-free bar method was used to evaluate the specific modulus of elasticity, damping factor, acoustic coefficient, and acoustic converting efficiency of the experimental panels.

Furthermore, platform power consumptions, computation energy efficiency, and platform cost efficiency of the experimental heterogeneous embedded platforms were also evaluated, which demonstrated that the investigated heterogeneous embedded computing platforms were suitable for real-time portable or mobile high-quality medical ultrasonic imaging device constructions.

Further analysis of the designs show that for the range of model parameters considered, misspecification of the model parameters can reduce the efficiency of the experimental design to 30% or less: proper selection of the model parameters at which the design is developed within the model-parameter space can increase the maximum minimum design efficiency to nearly 55%.