In social scientific inquiry more generally, emotional engagement with one's subjects of study may be necessary both to elicit and interpret behaviors of scientific interest.
Then the thermal and dynamic behavior of a scientific balloon in a real environment were simulated and discussed in details.
In contrast, we propose a general measure that exploits knowledge encoded in the annotations and exhibits a stable behavior for scientific entities of a variety of abstract types and properties.
Educator's entrepreneurial behavior of applied-scientific institutions formed the dependent variable, which was examined by three indicators (recognition of the opportunities, initiative taking, and risk management) and 17 items.
When great scientific upheavals occur, they involve the rejection of the current paradigm in favor of a new paradigm that better integrates the facts available and better predicts the behavior of a particular scientific system.
These assertions are self-defeating because they reinforce an image of the chiropractic profession as functioning outside the boundaries of scientific behavior.
Burgess, for example, argues that what the patterns of scientific behavior show is not a concern with multiplying entities per se, but a concern more specifically with multiplying 'causal mechanisms' (Burgess 1998).
As well as generic arguments about the connections among consciousness, neural activity, and behavior, a considerable amount of scientific research directed towards understanding particular conscious states uses animals as proxies for humans.
These trends suggest a simple model of scientific behavior: as young researchers rise in their productivity, they first accumulate a basic set of references in their field and add to it the most recent papers as they appear, until they are about 40.
AnnSim is a general-purpose measure that exhibits a stable behavior in a variety of scientific entities and ontologies.
