Sentence examples for amount and depth of from inspiring English sources

Because of the amount and depth of drilling involved, geothermal heat pumps are not typically a do-it-yourself project.

The data that were obtained in the observation study consist of both a generous amount and depth of data that have made the observed object more understandable.

The total amount and depth of incorporated phosphorus species increase with increasing current density and decreasing temperature, in correspondence with the enhancement of the electric field.

The amount and depth of this dataset enabled us to carry out a systematic analysis of insertions and deletions in proteins inferred from these transcripts by comparing to proteins from a range of other organisms (including a range of metazoans).

Once again, however, limitations in the amount and depth of data prohibit any firm conclusions regarding the extent to which this behaviour is underpinned by deliberate or misplaced intent.

Increase the amount and depth of the workload for advanced students.

One of the reasons might be the radicalism of her program, the amount, speed and depth of the changes she is leading simultaneously, alienating this way a great part of the center minded electorate.

PA is classified on a sliding scale with additional descriptors referring to the amount of perspiration and depth of breathing when examples of exercise are inappropriate.

These are attributed to dissimilar kind of anions, smaller amount of incorporated ones and depth of penetration in barrier layer and pore walls during the film growth in oxalate solutions and to their participation in a step of oxide dissolution mechanism that becomes the rate controlling in this case.

Immediately following the consultation the participants completed the Consultation Satisfaction Scale [ 26], an 18 item questionnaire that evaluates overall satisfaction with a medical visit, satisfaction with professional care, amount of time spent, and depth of the doctor-patient relationship.

Iyer et al. (2012) developed a reaction-transport model that enables better quantification of the amount and depth at which hydration occurs in an incoming oceanic plate due to normal faulting caused by the bending force.