'Cell model' diaporamas de présentation

HIGHER GEOGRAPHY PHYSICAL CORE

995 views • 77 slides

Nano Mechanics and Materials: Theory, Multiscale Methods and Applications

Nano Mechanics and Materials: Theory, Multiscale Methods and Applications. by Wing Kam Liu, Eduard G. Karpov, Harold S. Park. 9. Multiscale Methods for Material Design. Why is Multi-scale Material Design Important?. Environmental factors lead to fracture of a gas pipeline.

791 views • 50 slides

MET 61 Introduction to Meteorology - Lecture 11

MET 61 Introduction to Meteorology - Lecture 11. Global Circulation Dr. Eugene Cordero Reading: W&H Pg. 297-298 Ahrens: Chapter 11: Wind: Global Systems Class Outline: Circulation models Jet stream El Nino. Review.

647 views • 47 slides

543 views • 40 slides

Description Language of Calculation Scheme for Automatic Simulation Code Generation

Description Language of Calculation Scheme for Automatic Simulation Code Generation. Akira Amano College of Lifescience, Ritsumeikan University. HD Physiology Project. Project Leader: Prof. Y. Kurachi (Osaka Univ.) 2010-2015 http://hd-physiology.jp/. HD Physiology Project.

429 views • 34 slides

455 views • 33 slides

Model-based approach

Model-based approach. Purpose Improve understanding Optimization Control Macroscale approach Mannapperuma et al. (1991); Lammertyn et al. (2003) Geometry: intact fruit Gas transport coupled with respiration kinetics. Gas transport properties. Effective parameters. D eff. Liquid phase.

465 views • 31 slides

Tessellation OS Architecting Systems Software in a ManyCore World

Tessellation OS Architecting Systems Software in a ManyCore World. John Kubiatowicz UC Berkeley kubitron@cs.berkeley.edu. Services Support for Applications. What systems support do we need for new ManyCore applications? Should we just port parallel Linux or Windows 7 and be done with it?

378 views • 29 slides

Cell Organelles

758 views • 28 slides

Atmosphere

Atmosphere. 78% nitrogen, 21% oxygen. Water Vapor. up to 4% by volume leaves atmosphere as dew, rain or snow. Density of Air. Warm air is less dense than cold air Humid air is less dense than dry air. Air Movement. Air near sealevel is packed by pressure As air rises - expands and cools

439 views • 26 slides

?????????????? (The development of cell model and biochip platform)

?????????????? (The development of cell model and biochip platform). Prof. Ching-Hsing Luo National Cheng Kung University Tainan, Taiwan. Cell Model in Ion Channles Luo-Rudy model in 1991 &1994 Circ. Res. Ca 2+. Action Potential by Model Simulation.

437 views • 26 slides

Wind: Global Systems

313 views • 21 slides

Fig. 7-15, p.182

273 views • 19 slides

HIGHER GEOGRAPHY PHYSICAL CORE

280 views • 15 slides

Activity 40: A Cell Model

289 views • 12 slides

Aim: Quantum chem. of insulator-metal transition.

Quantum-chemistry evidence of metallic FCC fullerite[60] under high pressure S.S.Moliver State University of Ulyanovsk, Russia. Aim: Quantum chem. of insulator-metal transition. structure model of the high-pressure FCC close packing with [ r 5 +r 5 ] contacts of unbroken C 60 s.

236 views • 11 slides

Models of Cells

183 views • 10 slides

DYNAMIC BEHAVIORAL MODEL OF A PEM FUEL CELL

DYNAMIC BEHAVIORAL MODEL OF A PEM FUEL CELL. - Alexis Kwasinski EE394J-10 Distributed Generation Technologies Final Presentation. Introduction. Goals: - Develop a Dynamic Behavioral Model of a PEM Fuel cell. Characteristics

320 views • 9 slides

Activity 40: A Cell Model

188 views • 8 slides

C3H.SW TCD-BM C3H.SW Tconv (1.5x106) C3H.SW Tregs B6 OT-1

C3H.SW TCD-BM C3H.SW Tconv (1.5x106) C3H.SW Tregs B6 OT-1. Recipient Chimeras. C3H.SW BM ->9Gy-> b 2 m -/- B6- b 2 m -/- BM -> 9Gy-> B6 B6-wt BM -> B6 (Normal). Can we test 3 cell model hypothesis. BM. BM. CD8. CD8. APC. b 2 m -/-. OT-1. CD4 FOXP3.

152 views • 5 slides