ReaCer - Reactive sintering of ceramics – project code-26-1-(CUP640005)
pOrganisation/Company Università di Trento Research Field Engineering Researcher Profile Recognised Researcher (R2) Leading Researcher (R4) First Stage Researcher (R1) Established Researcher (R3) Application Deadline 11 Nov 2026 - 12:00 (UTC) Country Italy Type of Contract To be defined Job Status Not Applicable Is the job funded through the EU Research Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No /ph3Offer Description /h3pReaCer aims to develop a new fundamental understanding of the consolidation mechanisms activated inbr/reactive hydrothermal liquid-phase sintering, RHLPS. The main goal is to identify a kinetic model for the processbr/and bind it to the physics of the system. This will allow us to clarify the rate-controlling bottlenecks for the reactivebr/consolidation, the diffusion pathways, and the activation energy of the process. Remarkably,
the assumptions behind this consolidation approach are mechanistically different from those mastering the traditional solid-state sintering models. The fellow should propose a set of experiments that will allow the identification of a physical model for the system evolution in RHLPS and connect it to kinetic equations, including the effect of different processing parameters (time, temperature, particle size, solution molarity, and pH). /pulliAFRICA /liliEUROPE /liliOCEANIA /liliNORTH AMERICA /liliSOUTH AMERICA /liliASIA /liliOTHER /liliE.U. /liliCHINA (MAINLAND) /liliCHINA (HONG KONG) /li /ulpbEligibility of fellows: country/ies of residence: /b /pulliAFRICA /liliEUROPE /liliOCEANIA /liliNORTH AMERICA /liliSOUTH AMERICA /liliASIA /liliOTHER /liliE.U /liliCHINA (MAINLAND) /liliCHINA (HONG KONG) /li /ulpbEligibility of fellows: nationality/ies: /b /pullibContact phone: /b - 1157 - 1914 - 1969 - 3547 /li /ul #J-18808-Ljbffr
the assumptions behind this consolidation approach are mechanistically different from those mastering the traditional solid-state sintering models. The fellow should propose a set of experiments that will allow the identification of a physical model for the system evolution in RHLPS and connect it to kinetic equations, including the effect of different processing parameters (time, temperature, particle size, solution molarity, and pH). /pulliAFRICA /liliEUROPE /liliOCEANIA /liliNORTH AMERICA /liliSOUTH AMERICA /liliASIA /liliOTHER /liliE.U. /liliCHINA (MAINLAND) /liliCHINA (HONG KONG) /li /ulpbEligibility of fellows: country/ies of residence: /b /pulliAFRICA /liliEUROPE /liliOCEANIA /liliNORTH AMERICA /liliSOUTH AMERICA /liliASIA /liliOTHER /liliE.U /liliCHINA (MAINLAND) /liliCHINA (HONG KONG) /li /ulpbEligibility of fellows: nationality/ies: /b /pullibContact phone: /b - 1157 - 1914 - 1969 - 3547 /li /ul #J-18808-Ljbffr