Sort by
Refine Your Search
-
Listed
-
Category
-
Country
-
Program
-
Field
-
associated thermodynamic calculations Experience with microbial inhibition models Model-based data processing Excellence in both written and spoken English You will be working in the research group
-
University of Toronto | Downtown Toronto (University of Toronto / Harbord), Ontario | Canada | 28 days ago
ensemble formalisms. These tools will be used to calculate thermodynamic and equilibrium properties of both classical and quantum mechanical systems from the ideal gas, to ferromagnetism, to Bose
-
mass and energy balances, thermodynamic constraints, and scale-up principles. Generate production inventories for AIR2FOOD's product demonstrators and for relevant BRIGHT missions. Develop process
-
framework using open-source models for: Thermal management system modelling for novel cooling concepts. Aero-thermodynamic integration focusing on top-level modelling of drag penalties associated with
-
are highly valued Research experience on ion exchange, sorption, membrane processes and/or thermodynamic processes are highly valued Interest for technological developments, modelling efforts and
-
, chillers, cooling towers, and conditioned water systems. Administer and execute water and steam chemistry programs to maintain regulatory compliance, maximize thermodynamic efficiency, support system
-
, chillers, cooling towers, and conditioned water systems. Administer and execute water and steam chemistry programs to maintain regulatory compliance, maximize thermodynamic efficiency, support system
-
, cooling towers, and conditioned water systems. Administer and execute water and steam chemistry programs to maintain regulatory compliance, maximize thermodynamic efficiency, support system reliability and
-
conditions, phases, microstructure, diffusion, and interfacial reactions. Apply thermodynamic, phase-equilibrium, and kinetic principles to interpret material behavior and develop scientifically supported
-
, and materials kinetic processes in materials. Design and perform systematic computer simulations on LLNL supercomputers to establish the foundational understanding of thermodynamic and kinetic