The phrase "agglomeration time" is correct and usable in written English.
It can be used in contexts related to processes where particles or substances cluster together over a period of time, often in scientific or industrial discussions.
Example: "The agglomeration time of the particles was measured to determine the efficiency of the process."
Alternatives: "clustering duration" or "aggregation time".
The various operational parameters studied were oil dosage, agitation speed, agglomeration time and pulp density.
The activation energy for grain growth in NiSi films was estimated using a concept of "agglomeration time".
The order of influence of the parameters on the agglomerate yield is of the following order: pulp density > oil dosage > agitation speed > agglomeration time.
By using Taguchi experimental design, oil dosage (20%), agitation speed (1100 rpm), agglomeration time (3 min) and pulp density (4.5%) were identified as the optimized conditions.
Experimental studies based on five inputs, namely, oil dosage, agitation speed, agglomeration time, temperature, and pH are used to measure the organic matter recovery (OMR from the coal water slurries.
In this study, response surface methodology (RS M and artificial neural network (ANN) were used to develop an approach to analyze the behavior of different process variables such as pulp density, oil dosage, agglomeration time, and particle size, which affects the coal oil agglomeration process using Linseed oil as a bridging liquid.
The agglomeration times on the laptop with n = 1000, 2000,...,15000 randomly generated vectors are plotted in Figure 2 and show that MeV 4.0 is slightly faster than EPCLUST 1.0 while Cluster 3.0 is much slower.
Dieter would add to the agglomeration each time it was exhibited, attaching tables and gluing down work materials from the installation process.
From Fig. 4c, namely Sample 1, we can see that there were two kinds of nanostructures, one was nanobars with several hundred nanometers in length and several tens in width, the other was large quantity of agglomerations in time of 2.5 h in diameter.
This reduces CNT agglomeration, prolongs residence time in the water column, increases CNT mobility and thus intensifies risk of exposure and toxicity [52 57].
The surface tension measurements were performed immediately after sonication; therefore it was assumed that the nanofluids are stable with minimum agglomeration at the time of testing.
