The active enhanced ultra-fast mixing was optimized and analyzed experimentally.
The effect of GG to JFSS ratio and CaCl2 concentration on the drug encapsulation efficiency (DEE, %) and cumulative drug release at 10 h (R10h, %) was optimized and analyzed using response surface methodology based on 32 factorial design.
The effects of amount of sodium alginate and gum Arabic as independent process variables on the drug encapsulation efficiency and drug release were optimized and analyzed based on central composite design and response surface methodology.
The carbonization procedure was optimized and analyzed through factorial design and response surface methodology by evaluating temperature (400 900 °C) and time (30 90 min) effects: optimal conditions were found at 900 °C and 65 min, generating an adsorbent with 87.52 m2·g− 1 of BET surface area, a mesopore volume of 74% and a zero point charge at 8.6.
Chromatin shearing was optimized and analyzed by gel electrophoresis.
All the F-FDG-PET were optimized and analyzed with region of interest approach and SPM methodology, deriving a cut-off of 1.16 in left lateral temporal cortex (internally derived).
Novel formulas of transmission functions are presented, some parameters are optimized, and transmission characteristics are analyzed for a polymer microring resonant wavelength multiplexer around the central wavelength of 1.55 μm with the wavelength spacing of 5.6 nm and with eight vertical output channels.
In Section 1, coverage probability is derived firstly with different sleeping strategies and femtocell access policies, then the total power consumption is optimized, and energy efficiency is analyzed lastly.
The process of soaking in aqueous ammonia (SAA) was optimized, and pretreatment factors were analyzed using a statistical method and model.
Primers were optimized and efficiency assessed by analyzing the standard curves.
