The phrase "a successive process" is correct and usable in written English.
It can be used to describe a series of events or actions that occur in a sequence, one after the other.
Example: "The project involves a successive process of planning, execution, and evaluation to ensure its success."
Alternatives: "an iterative process" or "a sequential process".
It is found that a successive processes containing pre-oxidation in air at 220 °C and carbonization in a high vacuum (1 × 10−4 Pa) at 750 °C are necessary for the fabrication of the carbon nanonodules.
Typically, multiple molecules in a dataset share a common scaffold, and ancestors generated in the successive process of simplification coincide.
We further tried to fabricate a multilayer film using this molecule with Zr(IV) ion acting as a chemical glue by a successive immersion process.
It aims at the understanding of the impact strength enhancement in a successive folding process of some cellular structures (aluminium powder metallurgy foams and honeycombs).
In this paper, a novel chemical strategy is described for the preparation and characterization of carbon-supported and Pt-modified Au nanoparticles, which were prepared by using a successive reduction process.
In this report, we brought in a successive IBE process to get rid of the PZT layer to expose the underlying AAO and embedded PZT nanostructure.
Briefly, dry plant material was pulverized, and crude extract was prepared by a successive maceration process using hexane.
In addition, external noises also have the effect of both inducing a successive switch process between two stable steady states and playing a role of amplifier in the manner of only increasing a protein concentration.
They found that a successive switch process (i.e., "on" → off" → on", which we call the reentrance transition or twice switch) occurs with increasing the noise intensities, and a critical noise intensity exists at which the mean first passage time of the switch process is the largest.
Once the reaction was optimized in a racemic sense, they then employed the chiral tertiary amine catalyst (DHQD 2PHAL in place of DABCO and were able to realize excellent enantioselectivities when R = Boc, in what they describe as a successive SN2′/SN2′ process (Table 25).
It is shown that as time evolves, LacI and λ CI concentrations alternately fluctuates around their high state and low state, indicating that a successive switch process between two steady states can also be induced by the fluctuation of degradation rates for the modified model parameters.
