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Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
The Sentinel 2a Mission Control Team in simulation training at ESOC on 28 April 2015. Liftoff is set for June 2015.
pretty interested to see where this goes....the simulation is pretty slow so we won't know for many hours
--
starting from a flat surface
Argonne principal mechanical engineer Sibendu Som (left) and computational scientist Raymond Bair discuss combustion engine simulations conducted by the Virtual Engine Research Institute and Fuels Initiative (VERIFI). The initiative will be running massive simulations on Argonne’s Mira supercomputer to gain further insight into the inner workings of combustion engines.
30799D
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
November American Red Cross meeting in Contra Costa County was a well attended shelter operations simulations.
Photography by | Cate Calson of American Rec Cross
Argonne principal mechanical engineer Sibendu Som (left) and computational scientist Raymond Bair discuss combustion engine simulations conducted by the Virtual Engine Research Institute and Fuels Initiative (VERIFI). The initiative will be running massive simulations on Argonne’s Mira supercomputer to gain further insight into the inner workings of combustion engines.
30799D
The Sentinel 2a Mission Control Team in simulation training at ESOC on 28 April 2015. Liftoff is set for June 2015.
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
Dissipative Particle Dynamics (DPD) simulation of liposome formation. One lipid molecule has been tagged to better illustrate lipid dynamics during the self-assembly process. This video shows a cut through the center of the vesicle illustrating the existence of the double layer structure.
The video is a bit off center (made quickly for testing & checking the system), but it still clearly demonstrates the formation of a double layered structure.
See also:
- Fission/fragementation of an SDS micelle
- MD simulation of micelle fission/framentation due to electrostatics
- Formation of a vesicle in a DPD simulation
References:
1. How would you integrate the equations of motion in dissipative particle dynamics simulations? Petri Nikunen, Mikko Karttunen, and Ilpo Vattulainen Comp. Phys. Comm. 153, 407-421 (2003). [Online]
2. Towards better integrators for dissipative particle dynamics simulations, G. Besold, I. Vattulainen, M. Karttunen, and J.M. Polson, Phys. Rev. E, vol. 63, pp. R7611-R7614 (2000). link.aps.org/abstract/PRE/v62/pR7611
3. Modeling of biologically motivated soft matter systems.
I. Vattulainen and M. Karttunen. In the "Handbook of Theoretical and Computational Nanotechnology", edited by M. Rieth and W. Schommers (American Scientific Publishers).
Business Management - BMN301 is the new (started 2011-12) double-semester capstone module, which nearly all Business Management students, plus some others, study. These photographs are of the experimental major simulation exercise, run in the main hall (PK TC007) at the University of Gloucestershire's Park Campus.
Photo by Sgt. Grady Jones. Pfc. Brandon Hughes, cavalry scout, Troop B, 4th Squadron, 10th Cavalry Regiment, 3rd Armored Brigade Combat Team, 4th Infantry Division, sits in the vehicle commander’s seat of a simulated Bradley Fighting Vehicle, Oct. 23, at Fort Carson’s Close Combat Tactical Trainer building.
FujiFilm Eterna film simulation
Film Simulation = Eterna
Sharpness = +2
Shadows = +4
Highlights = +4
Grain = Strong
Noise Reduction = -4
Dynamic Range = DR100
White Balance = Auto +5R, -6B
Color = +4
ISO Auto (6400)
Color Chrome Effect = Weak
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The Sentinel 2a Mission Control Team in simulation training at ESOC on 28 April 2015. Liftoff is set for June 2015.
Unfortunately trees and clouds prevented me from seeing Comet McNaught for myself, and now it's only visible from the southern hemisphere. Bummer. This picture is NOT McNaught, it's an Orbiter screen shot of a simulated comet moved (by text editing) into Earth orbit so I could make it visible over Cape Canaveral.
The "coma" shown here is a large "spacecraft" from an Orbiter add-on by Brian Jones, simulating the ESA Rosetta mission to comet 67P/Churyumov-Gerasimenko, found at www.avsim.com (search for file rosetta2.zip). The comet itself is set up as a new small "planet" in a special purpose solar system configuration file, and the Rosetta spacecraft is defined, along with a number of scenarios for different parts of the mission. Brian also defined what he called "an unrealistic symbolic coma" to make it look somewhat like a comet (Orbiter doesn't model any comets by default). The coma was formally defined as a large, translucent spacecraft that could be "landed" on the comet's core (which is defined as a small planet orbiting the Sun, as a comet actually does) so it would move with the comet (i.e., Orbiter is not physically modeling the process that produces the comet's tail). I "borrowed" the coma "spacecraft", placed it in Earth orbit, and modified its orbital elements (with the scenario editor) to make it visible over Cape Canaveral. Just for the heck of it.
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
The Sentinel 2a Mission Control Team in simulation training at ESOC on 28 April 2015. Liftoff is set for June 2015.
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
Students take shelter under a desk as part of a disaster simulation at Wadoi Primary School in Nabire District of Papua,
Indonesia. The simulation is part of a health and
disaster management programme funded by
Australia that aims to teach the community about
disasters and how to minimize risk when they strike.
Nabire was struck by an earthquake in 2004 that
killed over 130 people, injured hundreds and left
over 1,000 residents homeless.
Photo by Dian Lestariningsih / AusAID
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
FujiFilm Eterna film simulation
Film Simulation = Eterna
Sharpness = +2
Shadows = +4
Highlights = +4
Grain = Strong
Noise Reduction = -4
Dynamic Range = DR100
White Balance = Auto +5R, -6B
Color = +4
ISO Auto (6400)
Color Chrome Effect = Weak
Website | Google + | Facebook | Twitter | Visual Ohio Blog | Best Light Photo Blog | Tumblr
Dans le cadre de la Semaine nationale de la prévention de la noyade, les sauveteurs de la piscine la Joie ont pris part à une simulation d’un cas de colonne afin de faire de la prévention auprès de la population face aux dangers en piscine. Sous la supervision de la chef-sauveteur Laurie Gardner, l’équipe de sauveteur est intervenue afin d’effectuer un sauvetage simulé d’un baigneur ayant malencontreusement plongé dans la partie peu profonde de la piscine. Après avoir sifflé l’évacuation immédiate de la piscine, les sauveteurs ont travaillé de pair pour effectuer la sortie de l’eau de la victime blessée à la colonne vertébrale.
En cette Semaine nationale de prévention de la noyade, les ambulanciers d’Urgence Bois-Francs et les pompiers du Service de la sécurité publique de Victoriaville ont eux aussi participé à la simulation, et ont pris en charge la victime blessée à la colonne après la sortie de l’eau effectuée par les sauveteurs. Une communication efficace et le calme de tous ont contribué à faire de cet exercice de sauvetage un réel succès.
À la suite de cette simulation, des ateliers d’éducation au public ont été organisés avec la collaboration de Victoriaville en santé, et ce, tout au long de l’après-midi. Les personnes intéressées à connaitre quelques techniques de sauvetage et de réanimation cardiorespiratoire (RCR) ont pu se rendre sur place lors de cette journée de prévention.
La prochaine activité d’éducation au public portant sur les ateliers de sauvetage et de RCR est prévue le jeudi 31 juillet à 14 h à la piscine des Forges située sur la rue de l’Académie.
FujiFilm Eterna film simulation
Film Simulation = Eterna
Sharpness = +2
Shadows = +4
Highlights = +4
Grain = Strong
Noise Reduction = -4
Dynamic Range = DR100
White Balance = Auto +5R, -6B
Color = +4
ISO Auto (6400)
Color Chrome Effect = Weak
Website | Google + | Facebook | Twitter | Visual Ohio Blog | Best Light Photo Blog | Tumblr
FujiFilm Eterna film simulation
Film Simulation = Eterna
Sharpness = +2
Shadows = +4
Highlights = +4
Grain = Strong
Noise Reduction = -4
Dynamic Range = DR100
White Balance = Auto +5R, -6B
Color = +4
ISO Auto (6400)
Color Chrome Effect = Weak
Website | Google + | Facebook | Twitter | Visual Ohio Blog | Best Light Photo Blog | Tumblr
Day 10 of the 2012 Advanced Science Course 'Around the World and Around the Clock: The Science and Technology of the CTBT'. Participants engaged in an On-site inspection table-top-exercise.
The Sentinel 2a Mission Control Team in simulation training at ESOC on 28 April 2015. Liftoff is set for June 2015.
Made with Cinder. Revisiting flocking behavior for an upcoming conference talk. Blog post forthcoming.