Noun

Singular dispersion

Plural dispersions

dispersion (plural dispersions)

  1. The state of being dispersed; dispersedness.
  2. A process of dispersing.
  3. The degree of scatter of data.
  4. (optics) The separation of visible light by refraction or diffraction.
  5. (medicine) The removal of inflammation.

From Wiktionary under the GNU Free Documentation License.
Sun May 17 03:23:05 2009

Look up dispersion in Wiktionary, the free dictionary.

Dispersion may refer to:

In physics:

In other sciences:

In other uses:

This disambiguation page lists articles associated with the same title. If an internal link led you here, you may wish to change the link to point directly to the intended article.

From Wikipedia under the GNU Free Documentation License
Wed Mar 10 05:02:17 2010

Off Axis dispersion in the nearfield??
techtalk.parts-express.com
Off Axis dispersion in the nearfield??

marlboro

ue, 15 Sep 2009 05:06:36 GM

Is off axis . dispersion. really much of an issue if one is listening in the nearfield, and no spot on the listening couch is really much off axis? I can understand in big rooms where people are moving around or in rooms where the speakers ...

Firm strategic control: Direct ownership, indirect ownership ...
epublications.bond.edu.au
Firm strategic control: Direct ownership, indirect ownership ...

Timothy Kiessling

Wed, 26 Aug 2009 06:30:15 GM

ownership then other strategic control attributes are necessary. Our results delve into what combinations of Direct ownership, indirect ownership, . dispersion. and Board of Director representation are required for strategic control.

The Dispersion Of The Jews
chriswillard.multiply.com
The Dispersion Of The Jews

unknown

hu, 20 Aug 2009 15:00:00 GM

The . Dispersion. Of The Jews. Juanita Bequeath. June 19, 2009. There may be further revelation of Judges, chapter 19, but the picture it presents of the Jews, and of Yeshua is amazing. When talking of the events that took place, ...

From Google Blog Search: "dispersion"
Fri Sep 18 13:05:47 2009

Race against CTA - Chicago Flame Online (subscription)
news.google.com
Race against CTA

Chicago Flame Online (subscription)

Compare that same map to a map of Chicago's demographic dispersion , and all of a sudden certain lingering thoughts become concrete truths: Chicago is a ...
The Future of Wall Street - Motley Fool
news.google.com
The Future of Wall Street

Motley Fool

... the increasing dispersion of intellectual capital -- away from both historical geographic hubs and from traditional investment banks -- and the reduced ...



and more »
Taiwan Bureau of Food and Drug Analysis Enhances Food Safety Mission with ... - Melodika.net
news.google.com
Taiwan Bureau of Food and Drug Analysis Enhances Food Safety Mission with ...

Melodika.net

... efficiencies and improved MS sensitivity and spectral quality as the result of increased peak concentrations and reduced chromatographic dispersion . ...

From Google News Search: "dispersion"
Mon Jan 18 15:26:17 2010

dispersion jpg
silverminejewelers.com
dispersion jpg
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[source page]

Exclusive charles Colvard Ltd is the sole manufacturer of created moissanite with proprietary patents for the manufacturing process itself as well as for its use as a jewel Designed to Dazzle

dispersion jpg
cs.man.ac.uk
dispersion jpg
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[source page]



dispersion ON OFF jpg
finalrender.com
dispersion ON OFF jpg
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[source page]

Stefano Ehm l immagine http www finalrender com products images fr stage1 dispersion ON OFF jpg l ho utilizzata per farmi capire meglio ma non e stata fatta da me e non credo sia stata fatta con yafray L ho

From Yahoo Image Search: "dispersion"
Wed Jan 13 11:44:50 2010

How can one explain prism dispersion by using nonlinear optics?
Q. We all know, that prism disperses white light. We also can obtain mathematical relation between wavelength and deflection angle by using simple linear optics. But I recently heard that the prism itself somehow affects the way light travels through it and that is the question of nonlinear optics. So how can one explain this effect by using nonlinear optics?
Asked by riomelis - Mon Feb 25 17:34:34 2008 - - 1 Answers - 0 Comments

A. In linear optics, the medium is essentially a fixed quantity. That is, the strength of the light beam's electric field is very low, and essentially has no effect on the medium's response to the light. In nonlinear optics, the light beam's electric field is strong enough that it actually affects how the medium responds to the light. Hence nonlinear, because the light affects the medium which affects the light. These effects only occur in normal materials with very intense light, or in certain special materials which can usually be easily polarized. As a conceptual example, I'll use nonlinear sound waves in water: For a sound wave of normal intensity, the water molecules are locally slightly compressed and slightly expanded as the… [cont.]
Answered by Dr. C - Tue Feb 26 16:50:35 2008

How does pollen shape affect dispersion?
Q. How does pollen shape affect dispersion?
Asked by darkcatalyst_08 - Thu May 14 02:16:19 2009 - - 1 Answers - 0 Comments

A. It isn't just shape - it is about 'stickiness' too. If pollen is dispersed by insects it tends to be heavy and sticky so that it clings well to the body of the insect (bee or whatever). It will also stick to the stigma of the flower which receives it. Pollen from grasses tends to be more or less spherical. Grasses evolved quite recently so that the shape of pollen from different species does not vary a lot. As the pollen is distributed by wind it is very light (and produced in prodigious quantities) and non sticky. The stigma of the receiving flower tends to be feather-shaped so that there is a huge surface area for the pollen to cling to. Trees such as oak, hazel and alder have pollen with similar properties. If you do a search for 'poll [cont.]
Answered by spiderman - Thu May 14 02:50:03 2009

in which of the following ONLY London dispersion forces attract the molecules?
Q. in which of the following ONLY London dispersion forces attract the molecules? w. C2H5OH x. PCL5 y. CS2 z. ClF3 a. x and z b. w and x c. x and y d. w and z e. w and y this problem was a little tricky since i thought all molecules have dispersion forces. i know w is because H-bonding, but was unsure for the rest. the answer is c. x and y pleas explain why
Asked by noapologies001 - Wed Jun 18 17:55:29 2008 - - 1 Answers - 0 Comments

A. did you try looking at the difference in electronegativity? if the difference is larger than 0.4, it could be polar covalent instead
Answered by swuvvy - Wed Jun 18 18:09:17 2008

From Yahoo Answer Search: "dispersion"
Wed Nov 11 03:11:20 2009