The method combines flow-focusing with laminar jet break-up of a water-in-oil emulsion jet in a bulk water phase that produces monodisperse water-in-oil-in-water dispersion templates.
Another improved method, nuc-seq or single nucleus exome sequencing (SNES), has been developed to reduce the bias, this method combines flow-sorting of single G1/0 or G2/M nuclei, time-limited isothermal MDA, exome capture, and NGS [49, 50].
Therefore, a new method combined flow patterns and equation models (FP-EM) for hydrocyclone designs is proposed in this paper.
The proposed method combines conventional flow simulation results with secondary information provided by fast alternatives such as connectivity measurements, single phase tracer or streamline simulation to overcome this sampling problem.
This method, for the first time, combines flow field and reaction mechanisms into a simple numerical model that can be utilized for CVD furnaces of various dimensions in order to predict carbon deposition and, more specifically, the thickness of CNTs manufactured by TB-CVD processes.
The method combines the power flow tracing algorithm with the kinetic energy theorem of power systems, to obtain the frequency influencing factors of every generator.
In this paper, we propose a method combines macroscopic core flow experiments and microscopic mineral analysis to study alkali sensitivity damage mechanism.
Further analysis of the cell cycle using the PI staining method combined with flow cytometry confirmed that the percentage of RMECs in S phase increased by exposure to 0.1 µM simvastatin, whereas it decreased when cells were exposed to 10 µM simvastatin (Table 1).
The method combines discrete surface Ricci flow and Koebe's iteration with zero holonomy condition.
