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In a number of current investigations within the scope of modern physics the time-resolved experiments and consequence theories play a central role in understanding of physical phenomena. Important application of these new results would be the detailed investigation of interaction of blood particles with environment. In the processes inside the moving elements of the living organism, the properties of the smallest particles, whose states are significantly determined by the speed of movement and the interactions with the surrounding objects, should play a significant role. As an important example consider the detailed information about the particle-solid and particlenucleus interaction physics. Although the standard scattering theory in principal can give us estimations of probabilities of transitions of the system to different conceivable final states, it cannot explain some important intermediate processes which can effectively change the expected results. As an example of such a situation emphasize the next results:

Density matrix in description of the collision of atomic particle with solid film.