The properties of a nanotube, such as the hydrophobicity and charge of the surface, can significantly affect water transport behavior. However, our knowledge of the effects of charge density, dipole orientation, frequency of flipping, and movement behavior on water flow through carbon nanotubes (CNTs) is far from adequate. This study is aimed at gaining insight into the transport of single-file...

The increasing complexity of multiparameter data collection and analysis in flow cytometry and the development of relatively inexpensive arc-lamp-based flow cytometers, which increases the probability that laboratories or institutions may have more than one type of instrument, creates a need for shareable analysis programs and for the transport of flow cytometric data files within an installati...

one of the most important problems in schematization and watershed management is determining the watershed measures impacts on flow distribution. flow distribution algorithms grouped into two main types include single flow direction (sfd) algorithm and multiple flow direction (mfd) algorithms. in many package of gis use the single flow direction to runoff routing. in this research studied water...

Please retain this cover shee For membership or other in Bryan Goff, International T School o Florida State Tallahassee, FL The International Trumpet Guild (ITG) is the copyright owner of all data contained in this file. ITG gives the individual end-user the right to: • Download and retain an electronic copy of this file on a single workstation that you own • Transmit an unaltered copy of this ...

AIM The purpose of this study was to determine the amount of extruded debris and irrigant associated with different single-file systems and one multiple-file system. MATERIALS AND METHODS Forty-five newly extracted single rooted primary canine teeth were used in this study. The root canals were instrumented using the reciprocating single-file system, the single-file rotary system and the mult...

This document describes modular software supporting live signal processing and sound file playback within the Max/MSP environment. Dsp.rack integrates signal processing, memory buffer recording, and pre-recorded multi-channel file playback using an interconnected, programmable signal flow matrix, and an eight-channel i/o format.