Yu. P. Petrov

Kinetics of \dot NO_2 formation upon the decomposition of nitromethane behind shock waves and the possibility of nitromethane isomerization in the course of the reaction

The decomposition of nitromethane behind shock waves was studied at T = 1190–1490 K and P ≈ 1.5 atm; the reaction was monitored based on the formation and consumption of

Decomposition of nitromethane in shock waves: The primary stage and the kinetics of decomposition at pressures of about 40 atm

\dot NO_2

Dynamics of L-929 cell spreading after mitosis

, radicals, which were detected by their absorption in the region of λ = 405 nm. It was found that the curves of the yield of

The effect of type I collagen and fibronectin on the morphology of human mesenchymal stromal cells in culture

\dot NO_2

Two spreading states of human embryo mesenchymal cells in vitro

have a convex shape, which is characteristic of the formation of primary decomposition products. Based on an analysis of the initial sections of the experimental curves of the yield of