The phrase "a large time lag" is correct and usable in written English.
It can be used to describe a significant delay or interval between two events or actions, often in contexts like technology, communication, or research.
Example: "The experiment showed a large time lag between the stimulus and the response, indicating a delay in processing."
Alternatives: "a significant time delay" or "a considerable time gap."
Although most bioevents originally proposed based on data from the North Pacific can also be identified in the Japan Sea, the results from the DSDP and ODP cores indicate that some Pleistocene radiolarian events are missing from the Japan Sea or occur with a large time lag (Ling 1992; Alexandrovich 1992).
Furthermore, the software also allowed the experimenter to add a large time lag of 30 s to the display, without informing the patient, in order to test the reliability of a patient's reports of correlations between his/her behavior and the viewed power changes.
In order to avoid a large time lag between the initial population-based postal survey questionnaire (Q1) and the subsequent clinical examination (Q2 and CE), the Q1 questionnaire are sent in three dispatches to allow time for the clinical examinations in the interim.
Furthermore, among women, after excluding those with a large time-lag between blood sampling and CPET, significant positive associations between continuous irisin levels and peakVO2 or oxygen pulse became apparent in a fully adjusted model.
A further complicating factors concerns the large time lag between childhood and adulthood; the longer the period between determinant and outcome, the larger the number of possible intermediate pathways.
However, some Pleistocene data could not be applied to the Japan Sea because of the large time lag between their occurrence at the DSDP and ODP sites and their occurrence in the Pacific (Ling 1992; Alexandrovich 1992; Motoyama 1996).
This strategy, which is already implemented by the BMGF, would help to overcome the large time lag between the proof-of-concept and the scaling and commercialization stage.
The beat pattern clearly pronounced in empirical S 1 for large time lags (see the curve s1 in Fig. 3b) can arise from interference between at least two cosine signals of slightly different frequencies.
Due to the limited number of cells in each field, correlation decay curves are noisy, particularly for large time lags.
Consistent with patient behaviour, re-fixations tended to be made at larger time lags since first fixating a location.
The amplitudes of peaks and troughs attenuate with increasing lag distance and the sill level V here is only meaningful at the larger time lags, where vectors X (and Y) no longer exhibit any significant temporal correlation.
