Sentence examples for substrates with no from inspiring English sources

This method is an ideal fabrication technique for automated direct printing machines that produce large area NWGPs on diverse substrates with no additional steps.

For comparison, R6G in methanol solutions with different concentrations were dropped onto GNP thin films and bare ITO glass substrates with no nanoparticles.

The advantages of using an atomic force microscope reside in the nanometric accuracy in feature positioning and in the possibility of directly applying multistep processes on pre-patterned substrates with no need for alignment tools and/or photoresist coating.

In order to examine the enhancement capability of GNP thin films to Raman signal, three R6G solutions with different concentrations of 10−5, 10−6, and 10−7 M (which cannot be detected on bare ITO glass substrates with no nanoparticles) have been applied at three different points on sample S1, the film with the highest GNP density.

In fact, targeting a protein with widespread protein:protein interactions, such as CD81, might explain how MARCH proteins down-regulate such a variety of substrates, with no sequence similarity.

Expression of cellulases relies on induction of the relevant genes, therefore these proteins are best expressed when these microbes are grown on cellulosic substrates with no easily metabolizable carbon sources [ 25- 29].

The laser images of sample 2 (casted on stationary substrate with no vibration) and sample 6 (casted on vibrating substrate at 20 W) are shown in Fig. 2.

The results show that the deposited DLC films were very well-adhered to the aluminum alloy substrate, with no cracks or delamination being observed.

Textured growth of Ge-Sb-Te thin film was also observed on SiOx/Si substrate with no evidence of an intermediate Sb/Te surface layer on top of an SiOx layer.

In order to verify whether new nanowires could grow in the nanowire growing process, we cancel indium droplet fabrication and the Si substrate with no indium droplets is put in the circumstance of nanowire growth for 10 min.

In this paper, we present a technique to intelligently control the motion of Scanning Electrochemical Microscopy (SECM) tip electrodes and automatically align SECM tip electrodes to the substrate with no user interaction.