Markov model of a digital stochastic generator

A stochastic process generator based on a chain of modulo-two adders with asynchronous feedback loops is investigated. The generator dynamics is described by the Erlang equations. A mathematical model of the generated stochastic process is proposed. The implementation of the generator using modern electronic devices is considered. © 2008 MAIK Nauka

Technology ability of laser bonding of compacted graphite iron

© Published under licence by IOP Publishing Ltd. Laser welding features of compacted graphite iron are described in this paper. An approach that allows to reduce residual stresses and the probability of occurrence of "hot" cracks in the weld seam as well as to increase the absorption coefficient of laser radiation due to the use of metal powder Ni-Cr-B-Si-Fe, BoroTec-Eutalloy® 10009-chromium-nickel alloy are proposed. Recommendations are given when conducting a welding with compacted graphite iron

Markov model of a digital stochastic generator

A stochastic process generator based on a chain of modulo-two adders with asynchronous feedback loops is investigated. The generator dynamics is described by the Erlang equations. A mathematical model of the generated stochastic process is proposed. The implementation of the generator using modern electronic devices is considered. © 2008 MAIK Nauka

Markov model of a digital stochastic generator

A stochastic process generator based on a chain of modulo-two adders with asynchronous feedback loops is investigated. The generator dynamics is described by the Erlang equations. A mathematical model of the generated stochastic process is proposed. The implementation of the generator using modern electronic devices is considered. © 2008 MAIK Nauka

Markov model of a digital stochastic generator

A stochastic process generator based on a chain of modulo-two adders with asynchronous feedback loops is investigated. The generator dynamics is described by the Erlang equations. A mathematical model of the generated stochastic process is proposed. The implementation of the generator using modern electronic devices is considered. © 2008 MAIK Nauka

Reaction Training on a Moving Object

The Research Method for the stabilization of time reaction on a moving object is proposed. Training time is determined by the number of point-like object stops in the place where it is marked made during transition process

Technology ability of laser bonding of compacted graphite iron

© Published under licence by IOP Publishing Ltd. Laser welding features of compacted graphite iron are described in this paper. An approach that allows to reduce residual stresses and the probability of occurrence of "hot" cracks in the weld seam as well as to increase the absorption coefficient of laser radiation due to the use of metal powder Ni-Cr-B-Si-Fe, BoroTec-Eutalloy® 10009-chromium-nickel alloy are proposed. Recommendations are given when conducting a welding with compacted graphite iron

Precise Positioning of Laser Spot in the Restoration of Hob Teeth

© 2019, Allerton Press, Inc. Abstract: The restoration of the cutting edge on hob teeth may be controlled by precise positioning of the laser spot. In experiments, the microstructure after laser surfacing and quenching is analyzed by means of metallographic data

Precise Positioning of Laser Spot in the Restoration of Hob Teeth

© 2019, Allerton Press, Inc. Abstract: The restoration of the cutting edge on hob teeth may be controlled by precise positioning of the laser spot. In experiments, the microstructure after laser surfacing and quenching is analyzed by means of metallographic data