The phrase "a straightforward method that" is correct and usable in written English.
You can use it when describing a method that is simple and easy to understand or implement.
Example: "The research presents a straightforward method that can be easily replicated by other scientists."
Alternatives: "an uncomplicated approach that" or "a clear technique that".
We investigate a straightforward method that relies on local image features to compare single-image pairs.
This paper outlines a straightforward method that can be used to predict the total number of orientation relationships between a pair of lattices that can be related by an invariant plane strain transformation and the shape change associated with each of the orientation relationships.
Here, we introduce a straightforward method that allows Wikipedia editors to embed computable semantic relations directly in the context of current Wikipedia articles.
In another study from Arizona and Sonora, Mexico, Kepner et al. (2000) built up a straightforward method that consolidated remote-sensing data such as triplicate Landsat MSS imagery from the mid-1970s, mid-1980s and 1990s to report changes.
The 14-step tutorial shows you how to bind your book using a Japanese stab binding technique, a straightforward method that basically entails sewing a stack of pages together.
As an extension of our previous study, we developed a more straightforward method that enables more specific and sensitive detection of dysplasia in this study.
The time-to-peak (TTP) method has been highlighted by several groups [ 8, 11, 12] as a relatively straightforward method that can be applied to intensity normalized curves.
Thus, we present a complete, straightforward method that combines MALDI imaging and characterization of tissue-specific N-glycans and complements existing strategies.
Therefore, the methodology described here is a versatile and straightforward method that allows evaluating the bioadhesive features of surface-modified polyurethane-urea nanoparticles in contact with blood and the vascular network and appears as a powerful tool to better design any drug delivery systems or implantable devices for biomedical applications.
In particular, we sought to create a simple and straightforward method that enables unspecialized laboratories to engineer custom DNA-modifying proteins using only defined modular components, a web-based utility, and standard recombinant DNA technology.
Herein, we report a simple and straightforward method that can directly determine the percentage of POPA in supported lipid bilayers (SLBs) by monitoring the electrophoretic-electroosmotic focusing (EEF) position of a fluorescently tagged streptavidin molecule that is bound to the membrane via a biotinylated lipid.
