1994
DOI: 10.1007/bf00786119
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Laser ignition of nickel-aluminum powder systems

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Cited by 10 publications
(3 citation statements)
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“…As the compacted specimen reaches a temperature approximately equal to the nickel melting point, the thermogram exhibits another isothermal region, also reported in [8]. This isothermal region results from melting of nonreacted nickel and, possibly, from melting of the Ni 3 Al phase in the intermetallide interlayer (the melting points of nickel and Ni 3 Al are rather close).…”
Section: Analysis Of Thermograms Of High-temperature Synthesis Of Thementioning
confidence: 72%
“…As the compacted specimen reaches a temperature approximately equal to the nickel melting point, the thermogram exhibits another isothermal region, also reported in [8]. This isothermal region results from melting of nonreacted nickel and, possibly, from melting of the Ni 3 Al phase in the intermetallide interlayer (the melting points of nickel and Ni 3 Al are rather close).…”
Section: Analysis Of Thermograms Of High-temperature Synthesis Of Thementioning
confidence: 72%
“…Значения эффективной энергии активации химического взаимодействия в системе Ni-Al, найденные различными авторами, существенно отличаются и составляют величину порядка 100000-158000 Дж/моль [19][20][21][22]. В настоящих расчетах из предложенного диапазона значений Е использовалась максимально возможная энергия активации, обеспечивающая стационарное прохождение волны горения в моделируемых условиях синтеза.…”
Section: аналитические оценки и определение кинетических константunclassified
“…Experimental heat situation studies in the LI area for exothermal powdered mixtures (Section 11.3) [13,14] and a detection of electromotive force occurrence on the combustion front [8] indicate that we have a deal with "laser-controlled" hightemperature syntheses (LHS) of new chemical compounds (more information on this Sources: [9,10].…”
Section: Self-organization Under Sls On Exothermal Powder Compositionmentioning
confidence: 99%