Optical correlator - Revision history

en>LokiClock: /* Introduction */

2014-11-11T23:18:34Z

Introduction

← Older revision		Revision as of 01:18, 12 November 2014
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	~~In [[mass transfer]], the '''sieving [[coefficient]]'''~~ is ~~a measure of [[Mass transfer\|equilibration]] between the [[concentration]]s of two mass transfer streams~~. It is ~~defined as the [[mean]] pre- and post-contact concentration of the mass receiving stream divided by the pre- and post-contact concentration of the mass donating stream~~.		Claude is her name and she totally digs that name. Interviewing is what she does. To perform badminton is something he really enjoys performing. Delaware is the only location I've been residing in.<br><br>Visit my weblog :: auto warranty - [http://www.Holzkunst-scholz.de/index.php?mod=users&action=view&id=7124 mouse click the up coming website] -

	~~<math>S = \frac{C_r}{C_d}</math>~~

	~~where~~
	* ''S'' is ~~the sieving coefficient~~
	* ''C''<sub>r</sub> is the ~~mean concentration mass receiving stream~~
	* ''C''<~~sub~~>d<~~/sub~~> ~~is the mean concentration mass donating stream~~

	~~A sieving coefficient of [[1 (number)\|unity]] implies that the concentrations of the receiving and donating stream equilibrate, i.e. the out~~-[[mass flow rate\|flow]] concentrations (post-mass transfer) of the mass donating and receiving stream are equal to one another. Systems with sieving coefficient that are greater than one require an external [[energy]] source, as they would otherwise violate the [[laws of thermodynamics]].

	~~Sieving coefficients less than one represent a mass transfer process where the concentrations have not equilibrated.~~

	~~Contact time between mass streams in important in consider in mass transfer and affects the sieving coefficient.~~

	~~==In kidney==~~
	~~In [[renal physiology]], the sieving coefficient can be expressed as:~~
	~~sieving coefficient = [[renal clearance\|clearance]] / [[ultrafiltration rate]]<ref>~~[http://www.~~aic~~.~~cuhk.edu.hk/web8~~/~~Renal%20replacement%20therapy%20-%20CVVH.htm Sieving coefficient in drug clearance] - cuhk.edu~~.~~hk</ref>~~

	==~~See also~~==
	*[[Heat exchanger]]
	*[[Condenser pinch point]]
	*[[Sieve]]

	~~==References==~~
	~~<references />~~

	~~[[Category:Transport phenomena]]~~
	~~[[Category:Chemical engineering]]~~
	~~[[Category:Mechanical engineering]~~]

128.252.20.193: /* Implementation */ minor typographical

2013-08-30T15:02:15Z

Implementation: minor typographical

← Older revision		Revision as of 17:02, 30 August 2013
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	~~The writer~~ is ~~called Araceli Gulledge~~. ~~Managing individuals~~ is ~~what I do in my day job~~. ~~Delaware~~ is the ~~place I adore most but I need to move for my family members. Playing crochet~~ is ~~something that I~~'~~ve carried out for years.~~<br><br>~~My weblog~~: [http://~~Www~~.~~rulecubed~~.~~com~~/~~blogs~~/~~post~~/~~9981 http~~:~~//Www.rulecubed.com~~]		In [[mass transfer]], the '''sieving [[coefficient]]''' is a measure of [[Mass transfer\|equilibration]] between the [[concentration]]s of two mass transfer streams. It is defined as the [[mean]] pre- and post-contact concentration of the mass receiving stream divided by the pre- and post-contact concentration of the mass donating stream.

			<math>S = \frac{C_r}{C_d}</math>

			where
			* ''S'' is the sieving coefficient
			* ''C''<sub>r</sub> is the mean concentration mass receiving stream
			* ''C''<sub>d</sub> is the mean concentration mass donating stream

			A sieving coefficient of [[1 (number)\|unity]] implies that the concentrations of the receiving and donating stream equilibrate, i.e. the out-[[mass flow rate\|flow]] concentrations (post-mass transfer) of the mass donating and receiving stream are equal to one another. Systems with sieving coefficient that are greater than one require an external [[energy]] source, as they would otherwise violate the [[laws of thermodynamics]].

			Sieving coefficients less than one represent a mass transfer process where the concentrations have not equilibrated.

			Contact time between mass streams in important in consider in mass transfer and affects the sieving coefficient.

			==In kidney==
			In [[renal physiology]], the sieving coefficient can be expressed as:
			sieving coefficient = [[renal clearance\|clearance]] / [[ultrafiltration rate]]<ref>[http://www.aic.cuhk.edu.hk/web8/Renal%20replacement%20therapy%20-%20CVVH.htm Sieving coefficient in drug clearance] - cuhk.edu.hk</ref>

			==See also==
			*[[Heat exchanger]]
			*[[Condenser pinch point]]
			*[[Sieve]]

			==References==
			<references />

			[[Category:Transport phenomena]]
			[[Category:Chemical engineering]]
			[[Category:Mechanical engineering]]

en>RibotBOT: Robot: Adding ca:Correlador òptic

2011-12-07T20:15:07Z

Robot: Adding ca:Correlador òptic

New page

The writer is called Araceli Gulledge. Managing individuals is what I do in my day job. Delaware is the place I adore most but I need to move for my family members. Playing crochet is something that I've carried out for years.<br><br>My weblog: [http://Www.rulecubed.com/blogs/post/9981 http://Www.rulecubed.com]