The phrase "accordingly efficient" is correct and usable in written English.
It can be used to describe something that is efficient in a manner that is appropriate or suitable to the context or situation.
Example: "The new software update has made our processes accordingly efficient, allowing us to complete tasks in half the time."
Alternatives: "appropriately efficient" or "suitably efficient."
Accordingly, efficient simulation models to predict the acoustic insulation of double-leaf wall structures are needed.
Accordingly, efficient methods for characterization of proteases and their associated substrates could enhance our understanding of biological systems, which ultimately may result in new therapeutic strategies.
Accordingly, efficient redox buffers have low redox potentials and high reducing potency, and can therefore efficiently suppress the oxidation of other compounds in the ESI emitter.
Accordingly, the efficient orienting of attention at pre-reading stage was a good predictor of future reading skills in different orthographies14, 16.
The dynamic compensator parameters are computed by solving a set of quadratic matrix inequalities, and accordingly, an efficient algorithm is built to solve related matrix inequalities.
Specifically, the fundamental mathematical structures of the formulated nonlinear problem and solution set are provided and accordingly, an efficient algorithm, called polynomial-time approximation algorithm (PTAA), is proposed to yield the fast convergence to a near optimal solution by employing the alternating direction method of multipliers (ADMM).
Accordingly, an efficient use of neural capacities in the current task could have entailed the suppression of a further analysis of the novel picture.
The Belle detector will be upgraded accordingly so that efficient measurement is possible at the highest luminosity.
Accordingly, the only efficient way to reduce drastically the total zone width is to decrease the analysis time and, thereby, the diffusional broadening.
The basic idea is that the smaller the digraph becomes, the smaller the amount of data to be handled becomes and, accordingly, the more efficient the inference process that uses these data.
Accordingly, based on efficient dissociation of photogenerated excitons, the interpercolation of these two nano-building blocks allows a photovoltaic conversion efficiency of 1.7% in the hybrid solar cell, up to 42% enhancement compared to the reference solar cell with traditional P3HT molecules as electron donor.
