Study of Delacroix’s “An orphan girl in the graveyard” 1824

12 11 2010

Pencil on paper study of Eugene Delacroix's 1824 work entitled "An orphan girl in the graveyard" by Robert Corkery (2004). Sketching the orphan girl was an amazing way to experience Delacroix's sensationally powerful, expressive and visually magnificent portrait. Poised as if she had seen a ghost, the beautiful orphan girl in Delacroix's painting is probably visiting her dead parents in the graveyard, and she appears to be utterly conscious of an inescapable destiny. Delacroix's mastery of immediacy was probably a massive influence on the impressionists. One must view the colour version to feel the full impact of this work. After all he is celebrated as a colourist of inestimable influence. Today we might call him a drama-queen under some circumstances, but back in his day many critics perceived his work so dramatic as to be offensive. Delacroix was greatly influenced by Rubens amongst notable others. Delacroix lived 1798-1863.

My original sketchbook containing this pencil drawing was last seen in London July 2009. Fortunately I made a copy beforehand.

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Oil Spill I

16 06 2010
oil spill BP deepwater horizon

50,000 barells per day with a proportion of this dispersed with detergents has probably contaminated 100's of millions to billions of gallons of water in the Gulf of Mexico. Sea life ecological communities could be in real danger. There could be a giant burst of microbes on its way. Lets hope the hurricanes hold off for a while longer.





Gas hydrate I – Deepwater Horizon

9 05 2010
gas hydrate methane water oil rig BOP is a Hydril 18¾ inch 15,000 psi, six-ram system with a Cameron 15,000 psi wellhead connector.

9 May 2010. The gas hydrate I structure is one of the likely possible gas hydrates clogging the "Macondome", the containment dome being lowered by BP to control the Macondo oil well under the Deepwater Horizon rig in the Gulf of Mexico. This sets back the containment date. Gas hydrates are crystals of water and gas. The gas in this case is probably hydrocarbon gas. The transparent black balls above represent the gas molecules trapped in the cages of the water-ice and gas structure. These gas hydrates form a vast reserve of future fuel, but are ironically the enemy in this case. They form when four things are right - that is you need water, gas, cold temperature and high pressure. Gas hydrates burn when ignited. Were gas hydrates involved in the initial explosion? Did they form in the blowout preventer (BOP)? The BOP is a Hydril 18¾ inch 15,000 psi, six-ram system with a Cameron 15,000 psi wellhead connector, apparently, and currently in a state of disastrous disrepair! Crystals of these flammable ice form on surfaces, and thats the problem with the containment effort. The dome is getting coated with gas hydrate crystals . Surface active agents (detergents) can prevent the clogging. So can glycols and other chemicals. What will BP do?








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