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Hysteresis in the equation of state for the 3584-particle WCA system in the melting region. Squares, expansion circles, compression.

Hysteresis in the p-c isotherms in

Hysteresis in the potential energy per particle for the 3584-particle WCA system in the melting region. Squares, expansion circles, compression.

Hysteresis in the stress-strain isotherms for the elongation-retraction cycle of an elastomer. The enclosed area between the two curves is a measure of the elastic energy lost as heat.

Hysteresis in the transition between SSII and the oscillatory state as a function of flow rate ko with 0 0.0065 M, 0.002 M, pH 1.56, and T 25 C. Envelopes of vertical segments show upper and lower limits of pi in the oscillatory state. Numbers next to these segments indicate period of oscillation in seconds. Arrows indicate spontaneous transitions between states

Hysteresis in the transition between steady state SSII and the oscillatory state as a function of flow rate ko with o 0.0065 M, 0.002 M, pH 1.56, and T 25 C. Envelopes of vertical segments show upper and lower limits of pi in the oscillatory state. Numbers next to these segments indicate period of oscillation in seconds. Arrows indicate spontaneous transjLtions between states.

Hysteresis isotherm of polymer 3S on a water air interface. The compression and decompression rate is 50 Mm min.

Hysteresis isotherms for the 1 5 palmitic acid monolayer system at 25 C. Arrows indicate direction of expansion and compression. Reprinted with permission from Arnett et al., 1989. Copyright 1989 American Chemical Society.

Hysteresis loci in planes for a first-order non-isothermal reaction in an adiabatic tubular reactor.

Hysteresis loop

Hysteresis loop and magnetizing curve illustrating hysteresis loss

Hysteresis loop associated with the phase transitions of shape-memory alloys.

Hysteresis loop at T 4.2 K of USbo.ssTeo.islRossat-Mignodet al. 1982aX

Hysteresis loop B.

Hysteresis loop dependence on ,

Hysteresis loop during adsorption and desorption of N2 in a q lindrical pore with a radius of 1 nm Cbet 100, solid line calculated by Eq. for pjp 0.7, dashed curves represent, schematically, capilla condensation and pore draining .

Hysteresis loop for a BaTiOs single crystal

Hysteresis loop for a CSTR with multiple steady states variation of inlet temperature T.

Hysteresis loop for a single-domain single crystal of barium titanate . Reprinted with permission from Wiley-Blackwell Ltd, Oxford, UK.

Hysteresis loop for BDTA. Replotted from data kindly supplied by K.

Hysteresis loop for ErMn at 5.7 K . With kind permission from Springer Science Business Media

Hysteresis loop for H2 oxidation on a single catalyst particle in a packed bed of inactive pellets. Linear gas flow rate w 1.7 cm sec. 0

Hysteresis loop for Permalloy 65 heat treated with and without an applied magnetic field. From K. M. Ralls, T. H. Courtney, and J. Wuhf, Introduction to Materials Science and Engineering. Copyright 1976 by John Wiley Sons, Inc. This material is used by permission John Wiley Sons, Inc.

Hysteresis loop for PZT film on MgO substrate

Hysteresis loop for timber connection note that this right angle joint is stiffer in closing than opening



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