Sentence examples for substrates show that from inspiring English sources
The PL spectra of ZnO thin film fabricated on two different substrates show that the PL property of thin film fabricated using GaN buffer layer is more superior to that of ZnO/Si film.
Tungsten films deposited upon copper and tin films on semiconductor and insulator substrates show that as the hardness of the underlying copper and tin films increases the practical adhesion energy of the interface (W Cu or W Sn) decreases.
TEM examinations of cross-sectioned Ni electrodeposits grown on oriented substrates show that their structure results of a competition between an epitaxial growth process and a non-epitaxial growth initiated by a substrate-independent nucleation.
As seen in Fig. 2, the results of XRD analysis of copper-coated substrates show that samples at stand-off distances (a): 150 mm, (b): 175 mm and (c): 200 mm contain only two phases of Cu and Cu2O with a cubic crystal lattice.
The array data for genes involved in the use of energy substrates show that there is divergence between the two populations of animals that starts at 12 weeks of age, the same time when adipose tissue development diverges.
Our experiments involving growth on various substrates show that the trends predicted in mean expression and its variability are transmitted to the phenotypic level.
Saccharification studies performed with different lignocellulosic substrates showed that wheat bran was most susceptible to enzymatic hydrolysis.
This effect was observed for silicon and glass substrates, showing that the films growing process is self-orientated.
Experimental observation of cubic boron nitride (cBN) growth on most substrates showed that cBN nucleated and grew on turbostratic boron nitride (tBN) layers.
Our previous structure-activity analysis of ChE substrates showed that extended conformation of substrate choline moiety is productive for hydrolysis by AChE and its semi-folded conformation is productive for hydrolysis by BChE.
We also mentioned in the introduction that, our recent work of InAs QDs grown on patterned substrates showed that the InAs QDs prefer to nucleate on the vicinal surface as compared to the GaAs (100) surface [21, 22].
