The phrase "application in situ" is correct and usable in written English.
It is typically used in scientific, technical, or academic contexts to refer to the application of a method or process in its original or natural place.
Example: "The researchers conducted an application in situ to observe the effects of the treatment on the ecosystem."
Alternatives: "field application" or "on-site application".
The application in situ proved the test's viability and simplicity of execution giving a clear indication on the feasibility of possible re-treatments.
However, several different treatment conditions and application methods have been investigated so far in the literature and the most suitable procedure for application in situ has not been identified yet.
Portable PCR instruments for application in situ are already offered, and further miniaturization may allow the development of portable qPCR instruments.
Prior to matrix application, in situ tissue digestion was performed with trypsin solution prepared (from lyophilised trypsin), at 20 µg/ml, by addition of 50 mM ammonium bicarbonate (NH4HCO3) pH 8, containing 0.5%% octyl-a/b-glucoside (OcGlc, w/v).
These findings indicate that fish collagen application in situ may promote hard tissue formation as both a scaffold for seeded cells and a nutritional factor for growth.
Certainly further studies of application in situ will be necessary to determine the quantitative inhibitory effect against AFs production on peanuts.
Compared with many MOF derived matrix for OER applications, in-situ carbon formed during calcination process under N2 atmosphere can not only improve the material's conductivity, but also prevent the agglomeration of active nanoparticles.
For these purposes, the borehole applications, in-situ and laboratory tests, scan-line and seismic surveys were conducted to characterize the engineering properties of the rock masses exposed at the proposed landfill site, and the Lugeon tests were applied to determine bedrock permeability.
This paper reported measurements of secondary electron emission coefficient (SEEC) during plasma immersion ion implantation and its application to in situ process monitoring of surface conditions.
However, there have been only limited reports on the in situ application of biochar at the field scale.
Despite its lack of sensitivity, its application has extended to in situ human tissues and organs since proper signal localization was devised.
