Multiple accelerations-decelerations

These modern computer controlled ignition systems use multiple sensors to determine optimum firing. This may include double pick-up sensors on the flywheel to determine rpms under acceleration and deceleration, intake and atmospheric pressure compensation, oxygen sensor levels to maximize combustion, temperature sensors and exhaust emission sensors. All this data is constantly fed into the on-board computer and processed using complex algorithms to determine optimum firing and fuel consumption levels. 

As mentioned above, in impinging streams, it is possible for the particle to penetrate to and fro many times between the two opposing streams. In other words, it would experience multiple decelerations-accelerations of motion. The time for each deceleration or acceleration motion, ruj or /aci (i = 1, 2, ) can be analyzed and calculated with the same principles and procedures as described above. Of course, the distance the particle travels in each of the deceleration stages,. v,u, can also be calculated however, those distances lack of significance, except for that in the first deceleration stage,. vdj =. vmav... 

Accelerated Mice (SAM) line being characterized by accelerated rate of accumulation of senescence features and essential (approximately two-fold) shortening of lifespan in relation to the animals of the control line [99]. SAM mice are characterized by multiple defects in the system of anti-oxidant defense and increased level of chromosomal aberrations in the stem cells [99,100]. Every day use of camosine by the animals of this line (100 mg/kg body weight) results in deceleration (or reversion) of senescence, increase in average lifespan (approximately by 20%) as well as favored the exterior of the animals [101-103]. 

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