Sentence examples for possibility of depositing from inspiring English sources
In this article, we examine the possibility of depositing a thick autocatalytic electroless Ni B plating on aluminium alloys.
The possibility of depositing these phthalocyanine complexes as thin films compatible with microelectronic devices is another driving force for this purpose.
The results revealed the possibility of depositing cermet coatings onto aluminum substrates using both processes without any degradation of the carbide phase of the feedstock powder.
Thermally sprayed coatings constitute an alternative that requires neither containment nor heat treatment, and also provides the possibility of depositing materials more resistant to molten carbonates than plain aluminides.
This paper shows the possibility of depositing TiC/Ti coating with a thickness of 10 to 30 μm on copper substrates using a high-speed plasma jet, which is generated by a coaxial magneto-plasma accelerator.
The possibility of depositing crystalline VN ultra-thin films at room temperature using a VN target is of great importance for several possible applications where low temperature substrates are employed.
"There's bound to be some uncertainty, some possibility of deposit flight, some further marking down of the pound and the UK generally".
In addition the possibility of deposit formation on the surface of intake valves is higher since the cleaning effect of gasoline does not exist.
This disease is characterized by severe elevations of low-density lipoprotein cholesterol (LDL-c), with the possibility of deposits in different tissues.
They illustrate in particular the possibility of obtaining deposited crystals other than apatitic, due to uncontrolled parameters like pH, supersaturation or substrate reactivity.
In order to overcome problems regarding the reduction of Cr (III) in aqueous solution, two approaches were followed: i) the possibility of co-depositing chromium along with a second metal, which could help the process of discharge of Cr3+ on the substrate; ii) the use of a specific ligand for the Cr3+ ion, which can generate easily reducible complexes at the metal solution interphase.
