06:43

Reconstructing Tectonic Environments From Metamorphic Facies

07:11

Calculate magma density 2

02:55

Calculate magma density 3: checking results

12:22

Calculate magma density 1: Using equations of Dr. Rebecca Lange and collaborators

06:52

Granites part I

05:34

Granites part 2: Using Excel to classify granites

06:08

Subduction-related volcanism

07:06

Rb-Sr isochron: Tuolumne Intrusive Complex Example

02:59

Introduce Sm Nd assignment

06:10

Rb-Sr isochron Part II: A more precise isochron

04:03

Sm Nd isotopes: introduces Sm-Nd isotopic system

05:18

Decay equation: Rb-Sr example

03:05

Rb-Sr isochron: how to obtain an age date from an isocrhron

06:03

Metamorphic Facies: visualizing metamorphic regimes

07:51

Metamorphic Facies: Eskola diagram

06:14

Subduction-Related Volcanism

04:58

Bowen's Reaction Series

03:17

Eutectic melting example 3: An-rich bulk composition (in Di+An system)

04:32

Eutectic melting example 2: Di rich BC

03:30

Make a histogram in Excel: Mono Craters SiO2 contents

09:58

Mono Craters Example 2(fixed): Fractional Crystallization Model

09:41

Mono Craters Example 5: Magma Mixing

08:45

Mono Craters Example 4: Equilibrium Crystallization

05:36

Mono Craters Example 3: Plotting model curves (on top of data)

04:37

Mono Craters Example 1: Introduction to partition coefficients and set up

10:44

Law of Radioactive Decay: age dates of rocks and minerals

06:14

Geology of Subduction Zones

09:54

MORB lecture: Mid-ocean Ridges and Ophiolites

08:06

Modeling Major Oxides 2: Making chart sheets in Excel

03:06

Modeling Major Oxides 1: creating charts in Excel

10:26

Trace element modeling 4: Creating models to explain trace element patterns

13:19

Trace element modeling 3: Creating MORB (or Chondrite)-normalized plots

12:08

Trace element modeling 2: Normalization for plotting

09:35

Trace elements part I: using GERM website and setting up Excel File

06:17

Bulk Distribution Coefficients 2: Example where D is less than 1

06:17

Bulk Distribution Coefficient 1: Illustration and example (where D is greater than 1)

03:31

Partition Coefficients 2.1: Illustration of "incompatible elements"

04:04

Partition Coefficients 3: Example of metal/silicate partitioning

05:49

Partition Coefficients 2: Compatible & Incompatible Elements

03:13

Partition Coefficients 1: Notation

06:17

Ternary with peritectic 3: Crystallization histories similar to ternary eutectics

04:21

Ternary with peritectic 2: Crystallization in Fo-An-SiO2, with En-rich liquid

08:20

Ternary with solid solution 2: Crystallization in Di-Ab-An, with plag-rich liquid

05:25

Ternary with peritectic 1: Crystallization in Fo-An-SiO2, with Fo-rich liquid

08:03

Ternary with solid solution 1: Crystallization in Di-Ab-An, with a Di-rich liquid

07:06

Ternary Eutectic: Melting in the system Fo-Di-An

11:22

Ternary Eutectic: Crystallization in the Fo-Di-An system

05:55

Ternary phase diagrams: introduction

13:56

Peritectic (and solvus and eutectic) relationships, in Fo + Q = En

13:31

Ab-Or binary: solvus and binary minimum

09:15

Peritectic (incongruent) melting: Enstatite

11:58

Growth of Oceanic Lithosphere: Calculating Isotherms and Depth-Age Curves

09:00

Calculate viscosity in Excel

09:31

Eutectic melting: Di + An

06:20

Eutectic crystallization: Di + An

06:09

Eutectic system: Shows qualitative/physical aspects of Di + An

07:50

Plot a geotherm in Excel

05:26

Lever rule: Plagioclase binary loop example

05:06

Solid solution: melting in the plagioclase binary

05:42

Solid Solution: fractional crystallization