The phrase "as further modified" is correct and usable in written English.
It can be used when referring to changes or adjustments made to a previously stated idea or document.
Example: "The terms of the agreement shall be effective as further modified by the subsequent amendments."
Alternatives: "as subsequently amended" or "as later adjusted".
Then, the exposed {101} and {001} facets of the as-prepared NT microsheets were further modified by simultaneous photodeposition of Ag and MnOx nanoparticles (NPs), respectively.
As the design is further modified — some might say whittled away — another possibility is that more of the existing PATH terminal will be used than was originally planned.
In addition, to improve the accuracy of estimation, the developed linear one input variable model is further modified as two input variable model, based on the latitudes of six different climatic locations.
A series of quinoline derivatives have been designed on the basis of results from a 3D search of the Cambridge Structural Database using the nicotinic pharmacophore as a query and further modified using molecular modeling.
This study has determined how the characteristics of the ichthyofauna of a large eutrophic microtidal estuary changed, initially in response to major structural remedial modifications, and then, during later years, as the environment became further modified, due mainly to effects of climate change.
According to the cumulative distribution function (CDF) of Poisson distribution defined in [16], Equation 15 can be further modified as Pr A 0 = 1 M 0 !
The interview guide was developed by both authors and a professor at the Universidad de El Salvador, then further modified as relevant themes emerged throughout interviews.
These copolymers can also be further modified as biomimetic copolymers by exploiting covalently bonded growth factors and cell adhesion peptides, which can be used for controlled tissue engineering.
Therefore, by applying the boundary condition of F2(W2) ≈ 0, Equation 4 maybe further modified as F 2 = 2 h K 16 G Rc W 2 − W b 2 ⋅ f ∗ W b 1 < W 2 ≤ W b 2 (5) (3) Phase III.
Substituting Equation 40 into Equation 5 and according to the binomial theorem, the probability distribution of random variable Y can be further modified as Pr Y = y = n y pq y 1 - pq n - y. (41).
