PPT-Self-propelled motion of a fluid droplet under chemical rea

Shunsuke Yabunaka 1 Takao Ohta 1 Natsuhiko Yoshinaga 2 1Department of physics Kyoto University 2 WPIAIMR Tohoku University arXiv12030593v1 nlinPS J Chem Phys . Photograph: Tony Clarke, VOCALS . REx. flight RF07. Robert Wood. University of Washington. with help/data from Dan Grosvenor, Daniel McCoy, Chris . Terai. , Matt . Lebsock. , Dave Leon, Jeff Snider, Tony Clarke. Sweden. Bouncing. . Waterdroplets. ”. Investigate. the motion of water . droplets. . falling. on a . hydrophobic. . surface. (e. g. . coated. with . soot. or teflon).”. Overview. of presentation. 1 b) a) b) Figure 2: Hexadecane droplet formation in a) a FC_FFDG.2 chip and b) a FC_TSDG.2 chip. The continuous phase is deionized water containing 2% (v/v) Tween 20. The flow rates are 0.2 Kinetics (external). Forces in human motion. . Impulse-momentum. Mechanical work, power, & energy. Locomotion Energetics. Outline. Kinetics. Forces in human motion. Gravity. Ground reaction. Inertial (F = ma). Overview and applications. Genetic Technologist Training Day. Thursday 20. th. November 2014. Natalie Brace. Contents. Introduction into Digital PCR. Workflow. Advantages of . ddPCR. JAK2 testing. Future developments. Background information: what students needed to know. How to calculate velocity. Newton’s 3 Laws of Motion. Kinetic and static friction. Momentum. Making sketches. EDP steps . As engineers for a toy manufacturing company, students were expected to:. Photograph: Tony Clarke, VOCALS . REx. flight RF07. Robert Wood. University of Washington. with help/data . from Chris . Terai. , Dave Leon, Jeff Snider. Radiative. impact of cloud droplet concentration variations. Warsaw: April 20. th. 2015: . Eulerian vs. Lagrangian methods for cloud microphysics. D. aniel. Partridge*, Ricardo Morales and Philip Stier. *dan.partridge@aces.su.se. Solving cloud droplet activation in a . Forces. Forces. Forces have . Magnitude . and . Direction. . We represent these in diagrams with arrows. . Larger the force the bigger the arrow. . 50N in Each direction. Forces and Motion. When we look at a diagram we can figure out the sum of forces. . Photograph: Tony Clarke, VOCALS . REx. flight RF07. Robert Wood. University of Washington. with help/data . from Chris . Terai. , Dave Leon, Jeff Snider. Radiative. impact of cloud droplet concentration variations. Charles Gamble. Trade Regulations Branch. International Trade Management Division. Topics and Overview:. What is a Used Self-Propelled Vehicle?. Obtaining an Employer Identification Number . Creating . Control of Cloud Droplet Concentration in Marine Stratocumulus Clouds Photograph: Tony Clarke, VOCALS REx flight RF07 Robert Wood University of Washington with help/data from Chris Terai , Dave Leon, Jeff Snider Control of Cloud Droplet Concentration in Marine Stratocumulus Clouds Photograph: Tony Clarke, VOCALS REx flight RF07 Robert Wood University of Washington with help/data from Chris Terai , Dave Leon, Jeff Snider Warsaw: April 20. th. 2015: . Eulerian vs. Lagrangian methods for cloud microphysics. D. aniel. Partridge*, Ricardo Morales and Philip Stier. *dan.partridge@aces.su.se. Solving cloud droplet activation in a .