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2 Sep 2012: Figure 5(a) shows the. 0 50 100 150 200 2500. 50. ... 100. 150. 200. X (µm). Y (µm. ). FIG. 4. Flows at the bottom of a pendant drop.

2 Sep 2012: 2tdt, where the finitetime difference dt is taken to be the longest time of themeasurements, 200 , t , 300 s.

27 May 2012: recently because phylogenetic analyses indicate that mul-ticellularity evolved in volvocine green algae ‘only’approximately 200 million years ago [59], which is muchmore recently than in any other group, and inversionmust

27 Aug 2012: Eukaryotic flagella and cilia are much larger than bacterialflagella, with a typical diameter of 200 nm, and withan intricate internal structure [21]. ... A human spermatozoon with U 200 µm s1and L 50 µm moves with Re 102.

22 Aug 2012: STRATOSPHERE-TROPOSPHERE EXCHANGE. James R. Holton • Peter H. Haynes 2 and Michael E. Mcintyre 2 Anne R. Douglass 3 and Richard B. Rood 3 Leonhard Pfister 4. Abstract. In the past, studies of stratosphere-tropo- sphere exchange of mass and

3 Oct 2012: R. Querry, “Optical Constants of Water in the 200-nm to 200-micrometer Wavelength Re-gion,” Appl. ... Calibration was carried out at five different laser powers: 200 mW, 150 mW, 100 mW, 50 mWand 25 mW (top to bottom in Fig.

2 Sep 2012: W. & McClelland, G. B. (1997) J. Exp. Biol. 200, 381–386.15. ... Exp. Biol. 200, 203–216.21. Norris, A. J., Martin, S. S., Harita, T., Nelson, J.

2 Sep 2012: a. eff. 04 nm (. M. 200) (Robinson & Stokes 1959; Fig.

2 Sep 2012: 128.2. ( b ) w-7. 0.5 1 2. 2465 197.0 19.9 2467 197.3 20.1 2470 198.5 20.5 2476 200.5 21.3 2485

2 Sep 2012: It typifies many biflagellatedmicroorganisms with two anterior 10–12 m long flagellathat beat at 50–60 Hz propelling the cell in an oscillatorymanner at a mean speed of 100–200