'C4h10' presentation slideshows

The ATLAS RPC trigger system

The ATLAS RPC trigger system. The entire stand-alone muon system has been designed to handle background rates up to 5 times the LHC expectation with minor degradation of performances

441 views • 36 slides

NSF Centers for Chemical Innovation

NSF Centers for Chemical Innovation. Chemistry of the Universe Participating Organizations Emory University The Ohio State University Harvard-Smithsonian Center for Astrophysics National Institute of Standards and Technology National Radio Astronomy Observatory University of Colorado

394 views • 21 slides

Organic Chemistry

304 views • 19 slides

Hexane

Hexane. 1. C 2 H 4. 2 . C 3 H 4. 3 . Cyclopentane. 4 . C 8 H 18. 5 . Butene. 6 . 2-Hexyne. 7 . C 3 H 8. 8 . Cyclohexane. 9 . C 4 H 10. 10. 3-Nonene. 11. 2-Octyne. 12. C 8 H 14. 13. Ethyne. 14. 2-Propene. 15.

391 views • 15 slides

Lecture 5a

Lecture 5a. Mass spectrometry. History . J. J. Thompson was able to separate two neon isotopes ( Ne-20 and Ne-22 ) in 1913, which was the first evidence that isotopes exist for stable elements (Noble Prize 1906 in Physics for the discovery of the electron in 1897)

427 views • 14 slides

Hydrocarbon Rings

Hydrocarbon Rings. Chemistry 122/121. Cyclic Hydrocarbons. Both saturated and unsaturated hydrocarbons may be found in the form of a ring The resulting structure has two less hydrogen than its straight chain counterpart Butane = C 4 H 10 Cyclobutane = C 4 H 8. Aromatic Hydrocarbons.

314 views • 9 slides