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28 Oct 2005: Cambridge is among the world’s richest treasuries of medieval illuminated manuscripts and The Cambridge Illuminations displays over 200 treasures, many never before on public view.

26 Jul 2005: LT. 0.500E-01 CONF 1 E = -200.96 ( 0.050) rejected by starting geometry Minimization converged; gradient = 0.376E-01. ... LT. 0.500E-01 CONF 1 E = -200.75 ( 0.036) rejected by starting geometry Minimization converged; gradient = 0.457E-01.

25 Jul 2005: Cambridge is among the world’s richest treasuries of medieval illuminated manuscripts and The Cambridge Illuminations displays over 200 treasures, many never before on public view.

3 Mar 2005: Over 200 scientists, doctors, biotech executives, government regulators, ethics experts, charity representatives and others with interests in stem cell science attended the launch of the East of England Stem Cell Network

9 Sep 2005: The four-and-a half-mile walk, which takes a different route each year, has regularly attracted more than 1,200 people, but this year has proved a huge success.

14 Dec 2005: The Cambridge Illuminations is a spectacular exhibition of over 200 world-class illuminated manuscripts – many on public view for the first time – drawn from the collections of The Fitzwilliam Museum, Cambridge

26 Jul 2005: 0.206) rejected by structure 27 CONF 1 E = -200.05 ( 0.245) replaces structure 15 Minimization converged; gradient = 0.398E-01. ... 1 E = -200.06 ( 0.077) rejected by starting geometry CONF 1 E = -220.28 ( 0.331) rejected by structure 20 Minimization

26 Jul 2005: LT. 0.500E-01 CONF 1 E = -179.17 ( 0.046) rejected by energy CONF 1 E = -200.48 ( 0.231) rejected by energy Minimization converged; gradient = 0.463E-01. ... LT. 0.500E-01 CONF 1 E = -200.50 ( 0.044) rejected by energy CONF 1 E = -197.90 ( 0.132)

21 Oct 2005: The first FBSA summit begins today, October 21. At 6pm GMT, 7pm Paris-time, on Friday October 21, 200 years to the moment when the Admiral Nelson and the Emperor Napoleon

6 Jul 2005: It should bepointed out that the lengths of the hot arms are 150 and 200 µm. ... The bond pads have an area larger than 200 200 µm2,much wider than the active structure of the tweezers.