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2 Jul 2010: It's hot (JCR) pleasant (MJI) down here - upper windows can be kept open 24/7 to keep the punters happier.

26 Oct 2010: In the K-band, for example, the surface brightness of these stripes is between 23.5 and 24 mag/sq arcsec.

2 Sep 2010: 0.088725 24.3 0.4 2.3 3.2 -0.03 0.9 -0.1. ... K-band magnitudes from2MASS were extrapolated to 24 µm based on a set of pho-.

10 Nov 2010: at 18.1µm and 0.3 mJy/pixeland 9.8 mJy/pixel at 24.5µm. ... in the 18.1-µmimage and 29.9 in the 24.5-µm image.

27 May 2010: Type A3 Va A1 V F2 VPACS OM scan point-source scanD [pc] 11.0 24.3 18.2rms100 [mJy/beam] 1.4 3.1 1.2rms160 [mJy/beam] 3.9 ... Stars mark the 100and 160µm flux densities fromHerschel. Optical data were obtainedfrom Simbad and Vizier.Spitzer 24 and 70µm

24 Mar 2010: 24/25th October - UK VDFS Review at Cambridge. The documents are available here.

29 Jan 2010: Averag-ing the measured E70 for these 24 stars we find 0.03 0.02. ... in prep.) will present the final model parame-ters fitting both 70 and 24 µm debris statistics among theSpitzer-surveyed FGK stars.

19 Feb 2010: We therefore arrive at Equation(9) by focusing on the 24 µm peak excesses. ... inferred from the 24 70 µm colour assuming blackbodygrains at a single temperature, Eq.

6 Apr 2010: Afit to the Q band excess emission and the 24 and 70µm excessreported in Su et al. ... Su et al. (2006) presented new 24 and 70µmphotometry which also confirms the excess.

22 Aug 2010: Forexam-ple a disc with an inner radius of 24 AU, surface density profileΣ r7/3 between 24 and 34 AU, andΣ r1.5 from 34 to 90AU can fit the

27 Jul 2010: Su et al.(2006) search a sample of 160 stars for excess at both 24 and70µm. ... 2006) at 24 (upper) and 70µm (middle), comparable toFig.2 of Wyatt et al.

25 Nov 2010: The total flux in this 24 µm image is 320 Jy,which yields a peak surface brightness of around 1.25MJy/sr. ... Simple model of Saturn’s irregular satellite dustcloud at 24 µm. Grains follow parent body orbits.

15 Dec 2010: 127271 39.081915 1734.49 69459.2 20.3629 1798.92 127704 24.029317 2272.84 68903.7 13.6835 2346.56 128024 15.814919 2883.61 68472.8 9.63420 ... 4. 48. 816. 24. 2nd order. Figure 6. Top: Mean libration offsets for the first-order resonances, in de-grees.