Sentence examples for be sufficient to develop from inspiring English sources

A lap length of 100 mm in concrete with 28 MPa cylinder strength was found to be sufficient to develop the full strength of the headed bars.

The Land Institute estimates that the work of 80 plant breeders and geneticists coupled with 30 agricultural and economic scientists would be sufficient to develop the necessary strains and agricultural practices.

In this study, we found that, in Morris water maze task, 6-OHDA lesioning did not develop non-motor symptoms (e.g., learning and memory), suggesting that unilateral reduction in the hippocampal neurogenesis by the hemispheric dopaminergic deprivation may not be sufficient to develop behavioral non-motor symptoms (e.g., cognitive deficits).

This length of time should be sufficient to develop a tight plant - xinsect relationship.

An exposure period of up to three years can be sufficient to develop occupational CTS.

However, the recognition of linear epitopes by their cognate antibodies may be sufficient to develop a sensitive immunoassay.

The test results indicate that initial steam-heat curing accelerated the strength development and was sufficient to develop its full strength.

In this case, the amount of free vitamin D that this woman received from her diet or exposure to sun may have been sufficient to develop her bones and keep them alive.

However, the selected tests and deterministic parametric studies were sufficient to develop a general understanding of the phenomena involved and to suggest provisional values of resistance factors to account for the effect on shearing resistance of unknown construction flaws.

It was hypothesised that: (i) the habitats surrounding a location were good predictors of the occurrence of the most common carabid species; (ii) the current knowledge on habitat associations for some individual species was sufficient to develop accurate predictive models.

This study shows that two size-sensitive athermal hardening processes, beyond forest hardening, are sufficient to develop the dimensional scaling of the flow stress, stochastic stress variation, flow intermittency and high initial strain-hardening rates, similar to experimental observations for various materials.