The percentages of energy consumed on melting frost and vaporizing retained water were both increased.
Upon CO2 treatment, the crystal and amorphous layer thickness (lc and la, respectively) were both increased.
The degree of surface roughness and the wettability of carbon fiber surface were both increased by plasma graft silsesquioxane.
In the reaction temperature investigation, the types and abundance of cationic species were both increased along with improving the reaction temperature from 373 to 623 K (Supplementary Figure 6 and Supplementary Figure Data 1).
ANG and OPG mRNA expression and protein secretion were both increased in MC-T and MC-T-CM under basal condition and after TNF-alpha stimulation compare to MC-S and MC-S-CM.
The Cmax and mean retention time (MRT0 24) for CUR-MPP-TPGS-MMs were both increased, and the relative bioavailability of micelle formulation to curcumin suspension was 927.3%.
Consequently, the pressure wave and flame velocities were both increased when a 10 g m−3 coal dust concentration coexisted with a 9.5% methane concentration in the deflagration.
The results showed that, softening point and ductility of C-PU modified asphalt were both increased, while penetration was decreased to some extent.
Concomitantly, after treating with compound 1i, Bax/Bcl-2 ratio was significantly increased, the cytochrome C was released from mitochondria to cytosol, and the cleavage of caspase-3 and caspase-9 expression levels were both increased.
We found that after exposure to VEGF, mRNA and protein levels of LDLr were both increased significantly in PSFs, assessed using relative quantitative real-time RT-PCR and Western blot.
In normal preparations, F rolling) and D adhering) were both increased significantly by radiation.
