'Theoretical values' presentation slideshows

Nuclear decay

Nuclear decay. The atom. Nuclei. A piece of the chart of nuclei. carbon isotopes. Mass. 1 unified mass unit: mass( 12 C)/12 Einstein: E=mc 2 so: m=E/c 2 1eV=1 .60217733x10 -19 J 1MeV=1.60217733x10 -13 J. 1u=931.494 MeV/c 2. Binding energy.

475 views • 38 slides

EReg ANNUAL CONFERENCE 11 th MAY 2010

EReg ANNUAL CONFERENCE 11 th MAY 2010. Vehicle Administrative Platform. Walter Nissler European Commission Directorate General Mobility & Transport Road Safety Unit. Content. Vehicle Administration Link to Road Safety Changes in EU Legislation Continuous Compliance

486 views • 36 slides

Precision tests of calculated internal-conversion coefficients: the case of 134 Cs.

Precision tests of calculated internal-conversion coefficients: the case of 134 Cs. W. E. Rockwell Cyclotron Institute, TAMU Summer 2005 Advisor: J. C. Hardy. W. E. Rockwell Cyclotron Institute, TAMU Summer 2005 Advisor: J. C. Hardy. Outline. Background: ? -decay Internal conversion

400 views • 25 slides

Gamow-Teller Transitions for Light Nuclei by the Deformed Quasi-particle RPA(DQRPA)

Gamow-Teller Transitions for Light Nuclei by the Deformed Quasi-particle RPA(DQRPA). Soongsil University, Korea Eun Ja HA and Myung-Ki CHEOUN. Contents. Motivation Formalism - Deformed basis (Nilsson basis) - Deformed Bardeen Cooper Schrieffer (DBCS)

358 views • 20 slides

The Definition of Performance Metrics for HEW

The Definition of Performance Metrics for HEW. Date: 2013-09-16. Authors:. Recap the Goal of HEW SG. Enhance 802.11 PHY and MAC in 2.4 and 5GHz with a focus on: Improving spectrum efficiency and area throughput Improving real world performance in indoor and outdoor deployments

231 views • 11 slides

No QOTD 9/26/14

238 views • 7 slides

Friction Testing - Finite Element Modeling

Friction Testing - Finite Element Modeling. Comparing Two Real Life Friction Tests to Finite Element Models. Inclined Plane Test and Dragging Friction Test Determine Theoretical Values for Three Friction Cases Steel on Steel (coefficient = .80) Delrin on Steel (coefficient = .27)

222 views • 5 slides