The model employed to estimate the amount of inhibitors necessary for bearing water and dissolution water during the salt dissolution process is described. This model was inputed on a spreadsheet which allowed many different case studies to be performed. This memo describes the assumptions and equations which are used in the model, and documents the input and output cells of the spreadsheet. Two case studies are shown as examples of how the model may be employed
Constitutive models describing the deformation of crushed salt are presented in this report. Ten con...
Knowledge of water and salt movement in soils is necessary for development of a management scheme fo...
Damp rising and salt crystallization are important factors affecting degradation of porous materials...
Small-scale (15 to 50 mL) dissolution equilibrium tests were performed on surrogate waste representi...
Laboratory experiments were performed to support the field demonstration of improved techniques for ...
A model was devised for waste dissolution in bedded salt, a hydrologically tight medium. For a typic...
A mathematical model to predict the dissolution of salt particles suspended in a brine flow is provi...
The use of mathematical concepts and language aiming to describe and represent the interactions and ...
A procedure was recommended for Phase 1 removal of saltcake from Tank 41 using inhibited water. The ...
The model presented is based on thermodynamic expressions describing the equilibrium between inorgan...
In this paper, a finite element model is presented, describing moisture and salt transport combined ...
Chemical precipitation-dissolution and cation exchange subroutines were interfaced with an existing ...
A mathematical model to predict the dissolution of salt particles suspended in a brine flow is provi...
International audienceThis article addresses the problem of modeling the dissolution of cavities in ...
Extraction of salt by leaching process is used intensively nowadays. In this analysis about cavity d...
Constitutive models describing the deformation of crushed salt are presented in this report. Ten con...
Knowledge of water and salt movement in soils is necessary for development of a management scheme fo...
Damp rising and salt crystallization are important factors affecting degradation of porous materials...
Small-scale (15 to 50 mL) dissolution equilibrium tests were performed on surrogate waste representi...
Laboratory experiments were performed to support the field demonstration of improved techniques for ...
A model was devised for waste dissolution in bedded salt, a hydrologically tight medium. For a typic...
A mathematical model to predict the dissolution of salt particles suspended in a brine flow is provi...
The use of mathematical concepts and language aiming to describe and represent the interactions and ...
A procedure was recommended for Phase 1 removal of saltcake from Tank 41 using inhibited water. The ...
The model presented is based on thermodynamic expressions describing the equilibrium between inorgan...
In this paper, a finite element model is presented, describing moisture and salt transport combined ...
Chemical precipitation-dissolution and cation exchange subroutines were interfaced with an existing ...
A mathematical model to predict the dissolution of salt particles suspended in a brine flow is provi...
International audienceThis article addresses the problem of modeling the dissolution of cavities in ...
Extraction of salt by leaching process is used intensively nowadays. In this analysis about cavity d...
Constitutive models describing the deformation of crushed salt are presented in this report. Ten con...
Knowledge of water and salt movement in soils is necessary for development of a management scheme fo...
Damp rising and salt crystallization are important factors affecting degradation of porous materials...