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	Definition: equilibrium mode distribution (Site not responding. Last check: 2007-10-23)
		equilibrium mode distribution (EMD): That condition in a multimode fiber wherein after propagation has taken place for a certain distance, called the "equilibrium length," the relative power distribution among modes becomes statistically constant and remains so for the course of further propagation down the fiber.
		Note 2: After the equilibrium length has been traversed, the numerical aperture of the fiber's output is independent of the numerical aperture of the optical source, i.e., beam, that drives the fiber.
		Note 3: In the ray-optics analogy, the equilibrium mode distribution may be loosely thought of as a condition in which the "outermost rays" in the fiber core are stripped off by such phenomena as microbends, and only the "innermost rays" continue to propagate.
	www.its.bldrdoc.gov /fs-1037/dir-014/_2052.htm (271 words)

	Lab M5: Hooke’s Law and the Simple Harmonic Oscillator
		The displacement of the mass is (+) and the spring force is to the left (-).
		Simple harmonic motion occurs whenever there is a restoring force which is proportional to the displacement from equilibrium, as is the case here.
		When the mass is hung from the spring, the spring is stretched from its equilibrium length by the gravitational force on the mass, mg, which we call the weight.
	www.colorado.edu /physics/phys1140/phys1140_fa02/lab_instructions/M5/M5.htmlrevised2002.html (1308 words)

	Self-assembly of living polymers in the gravitational field, phase separation and aggregates growth
		The polymer length in equilibrium is not fixed: the length distribution in equilibrium is determined by the balance of the translational entropy and contact energy.
		Equilibrium length distribution is exponential and the average length depends on concentration.
		Length distributions in the isotropic phase (i) and the nematic phase (n) in the absence and in the presence of the gravity
	vbaulin.front.ru /research/a_polymviv.html (547 words)

	Definition: equilibrium mode distribution (Site not responding. Last check: 2007-10-23)
		equilibrium mode distribution (EMD): That condition in a multimode fiber wherein after propagation has taken place for a certain distance, called the " equilibrium length," the relative power distribution among modes becomes statistically constant and remains so for the course of further propagation down the fiber.
		Note 2: After the equilibrium length has been traversed, the numerical aperture of the fiber's output is independent of the numerical aperture of the optical source, i.e., beam, that drives the fiber.
		Note 3: In the ray-optics analogy, the equilibrium mode distribution may be loosely thought of as a condition in which the "outermost rays" in the fiber core are stripped off by such phenomena as microbends, and only the "innermost rays" continue to propagate.
	www.atis.org /tg2k/_equilibrium_mode_distribution.html (293 words)

	GSAOI
		The “equilibrium length” is the distance at which the wire is within 1 degree of the equilibrium temperature; for a 60K ambient and low current this is effectively zero (as indicated).
		The equilibrium length was not calculated for heavier-gauge copper wire, but it should scale roughly as the square root of the wire diameter.
		This is because the equilibrium lengths are close enough to the 60 cm used for the non-radiative case that the temperature profile along the wire is about the same.
	www.noao.edu /ets/gnirs/sdn0012-01.htm (4461 words)

	equilibrium - Hutchinson encyclopedia article about equilibrium (Site not responding. Last check: 2007-10-23)
		In a dynamic equilibrium, in contrast, a steady state is maintained by constant, though opposing, changes.
		For example, in a sealed bottle half-full of water, the constancy of the water level is a result of molecules evaporating from the surface and condensing on to it at the same rate.
		Each molecule of the gutter bore away a molecule of heat radiating from Gringoire's loins, and the equilibrium between the temperature of his body and the temperature of the brook, began to be established in rough fashion.
	encyclopedia.farlex.com /equilibrium (295 words)

	[No title]
		In equilibrium all types of employers wage discriminate women: prejudiced employers because of preference and unprejudiced employers because of spillover effects that worsen the bargaining position of women.
		Equilibrium provision by a duopoly is characterized, and delivery of the constrained optimal bundles is possible, as long as providers are paid risk-adjusted fees for each individual they serve.
		Equilibrium existence in dynamic political games requires a resolution to a political fixed point problemin which a current political rule (e.g., majority voting) admits a solution only if all feasible political rules in the future admit solutions in all states.
	www.georgetown.edu /departments/economics/repec/geo/guwopa/papers.rdf (10358 words)

	SimScience - Membranes - Intermediate, page 8
		We call the normal length the natural or equilibrium length of the spring.
		This is the length the spring has when no force is applied.
		The spring has a natural (or equilibrium) length when it is neither stretched or squashed.
	simscience.org /membranes/intermediate/page8.html (154 words)

	Chandler Group - Home Page
		When a glass former approaches dynamical arrest, the time scale for its relaxation to equilibrium becomes large, so large that it is longer than an experimentalist will care to measure.
		Under this circumstance it is said that the system has "fallen out of equilibrium." Whether or not a system has fallen out of equilibrium is therefore an issue of experimental technique, and as such, there can be no unambiguous point at which a system changes from a super cooled fluid to a glass.
		Rather, the growing length scales of a glass former are manifested in the phenomenon called dynamic heterogeneity.
	gold.cchem.berkeley.edu /glassformers.html (1408 words)

	Positional frames of reference in motor control: Origin and use
		Since, in the equilibrium state, the net muscle torque equals the external (e.g., gravitational) torque, the EP characterizes the interaction of the joint with the environment and thus emphasizes that they act as equal partners in movement.
		In contrast, the length of a monoarticular muscle subserving, say, joint 1, is a single-valued function of the joint angle and thus the boundary condition for muscle activation (x(1) = lambda(1)) occurs at a specific joint angle R1 irrespective of the configuration of adjacent joints.
		A change in the C command does not influence the equilibrium configuration of the limb or of the body and thus it is functionally independent of the R command.
	www.bbsonline.org /Preprints/OldArchive/bbs.feldman.html (20830 words)

	Equilibrium length - Encyclopedia.WorldSearch (Site not responding. Last check: 2007-10-23)
		A study of the effect of pressure gradient on the Eddy viscosity and mixing length for incompressible equilibrium turbulent boundary layers (Naval Ordnance Laboratory)
		Capital market equilibrium with divergent holding period length assumptions (Faculty working papers)
		Zero change in length at the hardening and austempering of steel (Acta polytechnica Scandinavica.
	encyclopedia.worldsearch.com /equilibrium_length.htm (116 words)

	Results of the calculations
		The figure shows that the total energy decreases rapidly as the cutoff energy and the basis sphere radius are increased, which is to be expected from the additional variational freedom that is introduced.
		The equilibrium bond length of the hydrogen molecule (which is about 0.74 Å) is smaller than the equilibrium bond length of the chlorine molecule (which is about 1.99 Å).
		7 we show the total energy of the hydrogen chloride molecule with a bond length of 1.60 Å as a function of the cutoff energy and the radius of the basis sphere.
	www.tcm.phy.cam.ac.uk /~pdh1001/papers/paper8/node4.html (2138 words)

	Newtonian(2) (Site not responding. Last check: 2007-10-23)
		In static equilibrium the total force and the total torque about the CM must be zero.
		Two identical springs with spring constant k = 1N/m and equilibrium length l = 0.25m are connected by a middle string of length L = (3/8)m and support a weight w = 0.5N.
		A uniform ladder of length 2a and mass M is made of aluminum, so that its electrical resistance is R between its ends.
	electron6.phys.utk.edu /phys594/archives/mechanics/newton/newtonian2.htm (970 words)

	Vector Equilibrium and its Transformation Pathways
		All the edges of the figure are of equal length, and this length is always the same as the dis- tance of any of its vertexes from the center of the figure.
		The vector equilibrium is an omnidirectional equilibrium of forces in which the magnitude of its explosive potentials is exactly matched by the strength of its external cohering bonds.
		Zero pul- sation in the vector equilibrium is the nearest approach we will ever know to eternity and god: the zerophase of conceptual integrity inherent in the positive and negative asymmetries that propagate the differentials of consciousness.
	www.laetusinpraesens.org /docs80s/80vecteq.php (5941 words)

	Applications of Linear Second Order
		Recall from Calculus I, Hooke's Law for springs, F = kx, where F is the force, k is the spring constant and x is the displacement beyond equilibrium.
		The actual motion of a spring of length 10 ft, with an equation of motion x(t) = 10 + 2sin(2t) - 6cos(2t) is:
		moves a spring 1 ft. beyond equilibrium and a damping constant numerically equal to 2 times the instantaneous velocity, graph the equation of motion if the initial position is 4 ft beyond equilibrium and the initial velocity is 2 ft/sec downward.
	math.stcc.edu /DiffEq/DiffEQ51.html (571 words)

	Newton's 3rd Law
		The length of the arrow in a free-body diagram is proportional the magnitude of the force.
		The knot in the cable is in equilibrium.
		As long as the change in length compared to their equilibrium length is small, the change in length is often proportional to the applied force on either end.
	electron9.phys.utk.edu /phys135d/modules/m4/3rdLaw.htm (1496 words)

	The Williams Lab
		Finite volume effects on equilibrium and non-equilibrium properties of nanocrystallites are studied theoretically and compared to both experiment and simulation.
		When a system is isolated or its size is small compared to the correlation length, all equilibrium and close-to-equilibrium properties will depend on the system boundary condition.
		The thermodynamic and kinetic parameters are obtained from the observations of equilibrium structures and rates of structure evolution.
	www.physics.umd.edu /spg/md.htm (398 words)

	College Physics for Students of Biology and Chemistry - Simple Harmonic Oscillation
		This length can be called the spring's equilibrium length, l.
		Notice what happens when we plot the position in fl, the square of the velocity, which is proportional to the mass' kinetic energy, in red, and the square of the position, which is proportional to its potential energy, in blue:
		The kinetic energy is always a maximum at the equilibrium position, where the potential energy is zero, and the potential energy is always a maximum at the extremes of the oscillation, where the velocity (and kinetic energy) is zero.
	www.rwc.uc.edu /koehler/biophys.2ed/sho.html (1355 words)

	SimScience - Membranes - Advanced, page 9
		The spring has a certain length when no force is applied (in fact we have draw the vertical axes on the graphs so that they go through this value of the extension, x).
		We say the force is positive to stretch (make longer) the spring and negative to compress (make shorter) it.
		The energy stored in the spring increases if the spring is compressed or stretched from that length.
	www.simscience.org /membranes/advanced/page9.html (189 words)

	[No title] (Site not responding. Last check: 2007-10-23)
		The next line contains the length unit in Å; we have used a unit of 1.0 Å, as we are not going to vary the lattice constant anymore (this has already been calculated in the Exercise 2).
		The lattice vectors are determined for the equilibrium lattice constant of 3.64 Å.
		The minimum energy (corresponding to the equilibrium lattice constant of 3.64 Å) is -3.6891 eV per atom.
	www.ims.uconn.edu /~rampi/MMAT320/LabSession.doc (1686 words)

	[No title] (Site not responding. Last check: 2007-10-23)
		The displacement away from equilibrium of an object undergoing simple harmonic motion is described by a sinusoidal function.
		In the case of an object attached to a spring, when the spring is extended beyond its equilibrium length, it exerts a force on the object that tends to pull it back to the equilibrium position.
		Note that x is measured from the equilibrium point, and can be positive or negative, depending on which side of the equilibrium the object is located.
	www.doane.edu /Dept_pages/PHY/HPP/PublicFiles/Sound/SHActivity2v1.doc (1832 words)

	Pseudophosphorylation and Glycation of Tau Protein Enhance but Do Not Trigger Fibrillization in Vitro -- Necula and ...
		The critical concentrations of wild-type htau40 and pseudophosphorylation mutants (mean ± S.D.) were plotted against total filament lengths at equilibrium estimated in Fig.
		Distributions of lengths that segregated into consecutive intervals (50-nm bins) were also calculated and quantified by a slope parameter as described under "Experimental Procedures." All data points are presented as percentages of normalized values, with wild-type control htau40 defined as 100% on both axes.
		and fibrillar aggregates at equilibrium (20, 21, 55).
	www.jbc.org /cgi/content/full/279/48/49694 (5878 words)

	A Micromechanic Study of Cell Polarity and Plasma Membrane Cell Body Coupling in Dictyostelium -- Merkel et al. 79 (2): ...
		Obviously, the aspiration length grows approximately linearly in time during phase I. It is important to note that aspiration did not permanently damage the cells.
		Lengths are given in micrometers, and intensities as gray scale values ranging linearly from 0 (fl) to 255 (white).
		Simultaneously, the projection length increases by a length that corresponds exactly with the excess surface area created by fusion of the vacuole with the outer cell membrane.
	www.biophysj.org /cgi/content/full/79/2/707 (7088 words)

	September 24 (Site not responding. Last check: 2007-10-23)
		The change in length is proportional to the force acting on the spring.
		The change in length of the spring is proportional to your weight.
		When a spring is stretched or compressed, so that its length has changed by an amount x from its equilibrium length, then it exerts a force F = -k x in a direction towards its equilibrium position.
	electron4.phys.utk.edu /141/sep24/September24.html (1020 words)

	Physics Lecture 21 - Linear Oscillations, cont'd.
		For the spring, A is the maximum extent to which the spring is pushed or pulled from its equilibrium length, omega is given by sqrt[k/m] and is also equal to 2
		defines the new equilibrium point since, by definition, the equilibrium position is the point where the net force on the mass m equals zero.
		The mass overshoots the equilibrium position (it's velocity is non-zero there since it was being accelerated up to that point), and the mass goes to the right of the equilibrium position.
	dept.physics.upenn.edu /courses/gladney/phys150/lectures/lecture_dec_08_1999.html (1118 words)

	Non Linear (Site not responding. Last check: 2007-10-23)
		The equilibrium length of the springs is given by L0 while the distance between the plates is L. Thus, if L>L0 the springs are stretched and the particle oscillates around the equilibrium position at x=0.
		This is illustrated by Twospr1, which shows a family of motions about the equilibrium position.
		To see the kinds of motion, it is convenient to set the initial x value to one of the equilibrium values and start the motions off with a family of initial velocities.
	physweb.mnstate.edu /webphys/NewModel/OldCurrScripts/NonLin/non_linear.htm (651 words)

	Atomic and Molecular Structure
		N1 is the number of a previously defined atom to which the new atom is bonded and L is the length (in Angstrom) of that bond.
		Your task is to construct a potential energy curve for a diatomic molecule and to determine its equilibrium bond length and harmonic vibrational frequency using various levels of electronic structure theory.
		Use of these "advanced" commands does not excuse you from finding the equilibrium bond length and harmonic frequency the "old-fashioned" way described above using parabolic interpolation (and conversion factors!), but they do provide you with the means to check whether you are on the right track or not with respect to magnitudes of numbers.
	www.rci.rutgers.edu /~kroghjes/KK-J421521/ASSGNMT1.htm (1911 words)

	Crowbar mp3
		Equilibrium, mp3, length - 280 sec., size - 6716705 b - Download
		Uncovering, mp3, length - 261 sec., size - 6260971 b - Download
		Existence Is Punishment, mp3, length - 267 sec., size - 10671768 b - Download
	download.mp3forum.ru /artist-2120.html (1086 words)

	Physics 105 - How Things Work - Term Paper Instructions
		In effect, a paper clip consists of two metal surfaces that are pressed against one another by the elasticity of the metal wire from which the paper clip is built.
		As you distort the paper clip away from its equilibrium shape, by spreading the two surfaces apart, it experiences restoring forces.
		A restoring force is defined as a force that "acts to restore the spring to its equilibrium length" (Bloomfield 81) and a force is defined as "an influence that if exerted on a free body results chiefly in an acceleration of the body and sometimes in deformation and other effects" (Bloomfield 482).
	rabi.phys.virginia.edu /105/2005/paper.html (2944 words)

	INTRODUCTION TO MOLECULAR MODELING
		the restoring force is proportional to the change of the spring length from equilibrium, f = -kDr where f is the force, Dr is the stretching (Dr positive) or compression (Dr negative) of the spring, and k is the force constant(or spring constant).
		is the equilibrium length of the spring (i.e.
		Sketch the potential energy as a function of the bond length r between r=0.7 Ǻ and r=2.5 Ǻ.
	www.uark.edu /campus-resources/pulay/Modeling04/test1k.htm (1030 words)

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