The phrase "a general method for finding" is correct and usable in written English.
You can use it when discussing a systematic approach or technique for discovering or identifying something.
Example: "In this paper, we will present a general method for finding optimal solutions to complex problems."
Alternatives: "a universal approach to discovering" or "a broad technique for identifying".
A general method for finding sharp constants in interpolation inequalities of L ∞ - L 2 - L 2 -type was developed in [1, 11, 18], which was also used in the discrete case in the present paper.
This paper presents a general method for finding all the possible testable subsystems i.e. sets of relations, than can lead to detection tests, taking into account actuator and sensor locations.
This work constructs a basic theoretical framework of fractional conformal invariance method, and provides a general method for finding conserved quantities of an actual fractional dynamical system that is related to science and engineering.
It is worth pointing out that, for a disturbed dynamical system, this work reveals intrinsic relation between the fractional symmetrical perturbation and the adiabatic invariant, and provides a general method for finding adiabatic invariants of an actual disturbed fractional dynamical system that is related to science and engineering.
Toward this end, we have developed a general method for finding pathways associated with traits that control for pathway size.
The Estimation Maximization (EM) algorithm (Dempster et al., 1977) is a general method for finding the ML estimate for general finite mixture models.
Variation of parameters, general method for finding a particular solution of a differential equation by replacing the constants in the solution of a related (homogeneous) equation by functions and determining these functions so that the original differential equation will be satisfied.
In principle, the only systematic general method for finding solutions of differential equations is based on the theory of Lie group symmetries of differential equations.
The idea is to avoid as much as possible heavy atomistic simulations, e.g. static relaxation or general methods for finding transition paths.
Currently, general methods for finding RF shifts and inversions comprise the search for similarities between amino acid sequences through the BLAST program or its analogues.
Our findings produced a general method for site-specific and efficient chemical labeling or modification of recombinant proteins, which has a number of unique advantages over previously reported methods.
