The phrase "achieve by coating" is correct and usable in written English.
It can be used in contexts where a specific result or outcome is obtained through the process of coating something, such as a surface or material.
Example: "The desired durability of the product can be achieved by coating it with a protective layer."
Alternatives: "attain through coating" or "obtain via coating".
Nanorough Au films were achieved by coating 50 nm of Ag film (1.5 Ǻ/s) onto gold pre-coated glass substrates first and then immersing them within a solution of 10−3 M HAuCl4 for 15 min. The surface topography of flat and nanostructured substrates was investigated by scanning electron microscopy (SEM; Nova NanoSEM200, FEI, Hillsboro, OR, USA).
Modifying and engineering the properties of materials can be achieved by coating them with thin films possessing specific characteristics.
This behavior can be achieved by coating a typical black substrate with a pigmented coating with controlled size and concentration of particles and coating thickness.
The high loading density (2.1 mg cm 2) of HsGDY electrode is achieved by coating HsGDY powder on copper foil with 10% of Super P as conductive agent and 10% of polyvinylidene (PVDF) as binder.
On the other hand, high loading density (2.1 mg cm 2) of HsGDY electrode is achieved by coating HsGDY powder on copper foil with 10% of Super P as conductive agent and 10% of PVDF as binder.
Next, the secondary surface functionalization of the particles was achieved by coating the particles with organosilane followed by glutaraldehyde activation in order to enhance protein immobilization.
This was achieved by coating MPs with human ES cell lysate and centrifugation of specific ratios of ES cells and MPs to form 3D aggregates.
Improved RH filler matrix interfacial bond strength and adhesion to the matrix were achieved by coating the RH powder and curing the rubber coat by electron beam irradiation.
This was achieved by coating a water management layer (WML) onto a traditional GDL in order to place the WML between the traditional GDL and the catalyst layer of the PEMFC.
