'Thin section' presentation slideshows

Minerals in Thin Section

Minerals in Thin Section. Quartz. Microcline. Perthite. Plagioclase. Plagioclase. Plagioclase. Nepheline. Nepheline. Cordierite. Cordierite. Epidote. Epidote. Epidote. Muscovite. Muscovite. Biotite. Biotite with Haloes. Biotite with Haloes. Biotite. Phlogopite. Phlogopite.

1.49k views • 83 slides

Minerals in Thin Section

Minerals in Thin Section. Quartz. Microcline. Perthite. Plagioclase. Plagioclase. Plagioclase. Nepheline. Nepheline. Cordierite. Cordierite. Epidote. Epidote. Epidote. Muscovite. Muscovite. Biotite. Biotite with Haloes. Biotite with Haloes. Biotite. Phlogopite. Phlogopite.

1.38k views • 83 slides

The Nucleus

The Nucleus. Text and image sources are included using the notes function of the .ppt file. Interphase Nuclear Dynamics. Time Lapse Video. DIC Brightfield Euchromatin. EM thin section view. Chromatin organization.

485 views • 32 slides

Preliminary Design Review Prepared by Robert Chave Robert Chave Applied Physics Inc.

Robust, Low Cost Cryo-cooler Goniometer for ARCS using available, commercial grade, instrument components. Preliminary Design Review Prepared by Robert Chave Robert Chave Applied Physics Inc. Altadena, California robert@chave.net 626-622-8562. Design Approach.

325 views • 31 slides

Classifications of Igneous Rocks

Classifications of Igneous Rocks. Chapter 2. Classification of Igneous Rocks. X = 100%. Discussion: Normalization If total does not add to 100%, normalize by multiplying each term by 100/(X + Y + Z). X = 0%.

379 views • 30 slides

Classifications of Igneous Rocks

Classifications of Igneous Rocks. Chapter 2. Classification of Igneous Rocks. X = 100%. Discussion: Normalization If total does not add to 100%, normalize by multiplying each term by 100/(X + Y + Z). X = 0%.

473 views • 30 slides

382 views • 19 slides

Jesse Davenport

337 views • 18 slides

Mineral growth

448 views • 16 slides

ROCK TYPES & NAMES

Igneous. Metamorphic. Sedimentary. ROCK TYPES & NAMES. Igneous Rocks. Igneous rock is formed by magma (molten rock) cooling and becoming solid. Extrusive. Intrusive. Metamorphic.

229 views • 10 slides

What Are The Advantages To Using Thin Section Bearings?

39 views • 3 slides

A Thinner Bearing May Be Just What You Need To See Improvements

It is a misconception that thin section bearings aren’t able to offer the same load capacity or longevity as other options. Visit: http://www.carterbearings.co.uk/

28 views • 2 slides

Can thin bearings be powerful and durable

Don’t judge a book by its cover, or a bearing by its thickness. There are set ups where a thicker one just isn’t practical. Visit: http://www.carterbearings.co.uk/silverthin/thinsection-bearings/

36 views • 2 slides

ABSTRACT

PETROLOGY OF PROTEROZOIC TO TERTIARY ROCKS IN THE SOUTHERN BURRO MOUNTAINS, NM: INSIGHTS INTO MAZATZAL TO BASIN AND RANGE MAGMATISM AND TECTONICS Theda Strickler , with faculty sponsor Dr . Chris A. Barker, Department of Geology. STUDY AREA. ANALYSIS AND INTERPRETATION. ABSTRACT.

137 views • 1 slides

Introduction

Obtaining Quantitative Results from the Scanning Electron Microscope Using Minerals of Known Composition Steele, Anna and El-Shazly, Aley Department of Geology, College of Science, Marshall University. A. Biotite Spectrum.

105 views • 1 slides