"active interaction" is a correct and usable phrase in written English.
It is typically used to refer to situations in which two or more people (or other entities) are involved in a process of exchange, or two-way communication, that involves both parties engaging, or interacting, in some active, mutually beneficial manner. For example, "The professor encouraged active interaction among the students, allowing them to collaborate on projects and come up with solutions to problems together."
On the surface of a gold cluster there is active interaction of oxygen with gold and additional activation of chemisorbed oxygen on the border of the three-phase system, Au-ZnO-O2.
The presentations covered all of these aspects, enabling an active interaction among participants.
For UK users the Pixel phone and Google's Allo app are the only two places Assistant is available for active interaction, but US users will also be able to buy Google Home, an Amazon Echo competitor.
It is shown that for given initial conditions its value divides modes of active interaction and quasi-stationary evolution.
Turing machines are good at processing symbols according to algorithms designed by humans, but they are limited in ability to process semantics and to do active interaction.
"When you get out of the hospital, you need to have an active interaction with the health system," said Dr. Audet of the Commonwealth Fund, which also provided a grant to the nonprofit Institute for Healthcare Improvement to work with states to try to reduce the number of times patients go back to the hospital.
Therefore, we are developing an integrated system for conducting active interaction experiments and gathering behavior data related to the effect of interactions.
This paper describes about a prototype system for active interaction experiment to a cricket by utilizing an operated micro mobile robot.
The most notable elements that distinguish our UO laboratory are the large number of installed field instruments (173), the distributed control system (DSC), the asset management system (AMS), and the high level of active interaction with field instruments.
In this contribution we demonstrate how theoretical modeling can be effectively used to predict the morphology of adsorbed overlayers comprising cross-shaped functional molecules equipped with active interaction centers.
