1405.
by
Southwood, T. R. E.
Format:
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Excerpt:
distributions that serve as models -- 2.5.2 Biological interpretation of dispersion parameters -- 2.5.3
by
Sharma, Kailash K.
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Excerpt:
-- 1.9 DISPERSION -- 1.9.1 Dispersion in Dilute Gases -- 1.9.2 Dispersion in Dense Media -- 1.9.3 Group
by
Fanchi, PhD, John R.
Format:
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Excerpt:
Dispersion -- 10.3 IFLO Solution Procedure -- 10.3.1 Volume Integration and Discretization -- 10.3.2
by
Kirillov, Oleg N.
Format:
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Excerpt:
-- Chapter 7. Representation of Wave Energy of a Rotating Flow in Terms of the Dispersion Relation -- 7.1
by
Molland, Anthony F.
Format:
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Excerpt:
in deep water -- 1.5.2 Normal dispersion of a wave field -- 1.5.3 Orbital motion of water particles
by
Bouzoubaa, Mohamed.
Format:
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Excerpt:
Measures of Dispersion and Interpretations -- 8.2 Worst-of Options -- 8.2.1 Worst-of Call -- 8.2.2 Worst-of
1411.
by
Stavdas, Alexandros.
Format:
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Excerpt:
Dispersion-Compensating Components and Methods for CD and PMD -- 6.2.1 Introduction on Optical CD and PMD Compensator
1412.
by
Wang, Ji.
Format:
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Excerpt:
DISPERSION RELATION FOR TRANSVERSE PIEZOELECTRIC WAVES ON A LAYERED CYLINDER -- 1. Introduction -- 2. General
by
Tanguy, Jean-Michel.
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Excerpt:
equations to be solved -- 1.1.2. h-s method -- 1.1.3. Linear dispersion -- 1.1.4. Vertical profiles -- 1.1.5
by
Park, Soojin.
Format:
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Excerpt:
Adhesion -- 4.3. London Dispersion and Acid-Base Interaction -- 4.3.1. London Dispersion Force -- 4.3.1.1
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