Harvard |

Harvard

Matches in Harvard for { <http://id.lib.harvard.edu/aleph/005072469/catalog> ?p ?o. }

Showing items 1 to 20 of 20 with 100 items per page.

catalog contributor b7169978.
catalog created "1995.".
catalog date "1995".
catalog date "1995.".
catalog dateCopyrighted "1995.".
catalog description "1. Mass balance, mixing, and fractionation. Concentrations as mixing variables. Reactional assemblage. Working with ratios. Normalized variables. Incremental processes (distillation) -- 2. Linear algebra. A matrix refresher. Square matrices. Eigencomponents. Quadratic forms and associated quadrics. Systems of linear differential equations. Linear function spaces -- 3. Useful numerical analysis. Functions of a single variable. Functions of several variables. Partial differential equations: the finite differences method -- 4. Probability and statistics. A single random variable. Several random variables. Error propagation and error calculation. Principal component analysis -- 5. Inverse methods. Linear estimates. Non-linear least-squares. Constrained least-squares. Handling errors in least-square problems. Gradient projection and the total inverse. The continuous inverse model -- 6. Modeling chemical equilibrium. The Newton-Raphson method applied to solutions. Gibbs energy minimization -- 7. Dynamic systems. Single-variable residence time analysis. One element in several interacting reservoirs. Several elements in several interacting reservoirs -- 8. Transport, advection, and diffusion. Fluxes. The divergence theorem and the conservation equations. Advection and percolation. Diffusion basics. Solutions of the diffusion equation: parallel flux. Radial flux and spherical coordinates. The diffusion coefficient varies with time. Two useful steady-state solutions. Simultaneous precipitation and diffusion -- Appendix 8A: The error function -- Appendix 8B: The theta functions -- Appendix 8C: Duhamel's principle -- 9. Trace elements in magmatic processes. Batch-melting and crystallization. Incremental processes. Open magmatic systems. Which element, which process? Disequilibrium fractionation during crystal growth.".
catalog description "Includes bibliographical references (p. 526-538) and index.".
catalog extent "xix, 543 p. :".
catalog identifier "0521454514".
catalog issued "1995".
catalog issued "1995.".
catalog language "eng".
catalog publisher "Cambridge, England ; New York : Press Syndicate of the University of Cambridge,".
catalog subject "553.9/01/5118 20".
catalog subject "Geochemical modeling.".
catalog subject "Geochemistry Mathematical models.".
catalog subject "QE515 .A53 1994".
catalog tableOfContents "1. Mass balance, mixing, and fractionation. Concentrations as mixing variables. Reactional assemblage. Working with ratios. Normalized variables. Incremental processes (distillation) -- 2. Linear algebra. A matrix refresher. Square matrices. Eigencomponents. Quadratic forms and associated quadrics. Systems of linear differential equations. Linear function spaces -- 3. Useful numerical analysis. Functions of a single variable. Functions of several variables. Partial differential equations: the finite differences method -- 4. Probability and statistics. A single random variable. Several random variables. Error propagation and error calculation. Principal component analysis -- 5. Inverse methods. Linear estimates. Non-linear least-squares. Constrained least-squares. Handling errors in least-square problems. Gradient projection and the total inverse. The continuous inverse model -- 6. Modeling chemical equilibrium. The Newton-Raphson method applied to solutions. Gibbs energy minimization -- 7. Dynamic systems. Single-variable residence time analysis. One element in several interacting reservoirs. Several elements in several interacting reservoirs -- 8. Transport, advection, and diffusion. Fluxes. The divergence theorem and the conservation equations. Advection and percolation. Diffusion basics. Solutions of the diffusion equation: parallel flux. Radial flux and spherical coordinates. The diffusion coefficient varies with time. Two useful steady-state solutions. Simultaneous precipitation and diffusion -- Appendix 8A: The error function -- Appendix 8B: The theta functions -- Appendix 8C: Duhamel's principle -- 9. Trace elements in magmatic processes. Batch-melting and crystallization. Incremental processes. Open magmatic systems. Which element, which process? Disequilibrium fractionation during crystal growth.".
catalog title "Introduction to geochemical modelling / Francis Albarède.".
catalog type "text".