Examples of tools improved by ion implantation are given, and ion implantation is discussed in relation to the coating technologies of PVD and PCVD.
>> The collected data show that N-alkylation of the cationomer with the use of 1-bromobutane slightly reduces the surface free energy of the coating obtained from that material, in relation to the coating prepared from the cationomer material produced with the use of HCOOH (samples 1 and 3).
Microscopic investigations were performed to obtain information on the spreading behavior of the different splat types to establish a relation to the coating properties.
This complication is due to the operation technique and has no relation to the coating procedure.
This allowed establishing relation between surface morphology of the coating and its optical properties.
In addition, failure phenomena of TBCs have been examined in relation to Young's modulus of the coating and thermally grown oxide (TGO) thickness.
The microstructure and electrochemical behavior of the coating in relation to the bias voltage (−30 V and −120 V) applied during the formation of the upper layer of TaN were studied.
Tribological properties of the coating were studied in relation to the effects of relative humidity (RH).
All these topics were in relation to the curvature and the misfit strain created during the coating deposition process, the material properties and dimensions of the coating and substrate.
