His eyes, turning magnetised upon Betty, revealed the story of his soul.
"The Shuttle" by Frances Hodgson Burnett
Numbers of them, forsaking their old pursuits, made themselves magnetisers.
"Memoirs of Extraordinary Popular Delusions" by Charles Mackay
His mind, as if magnetised again by his speech, seemed to circle slowly round and round its new centre.
"Dubliners" by James Joyce
I cut out of this cerecloth a small square the size of the Bee's thorax; and I insert the magnetised point through a few threads of the material.
"The Mason-bees" by J. Henri Fabre
A powerful ordinary horseshoe magnet might probably do just as well, but would require to be re-magnetised from time to time.
"Getting Gold" by J. C. F. Johnson
I drew a full breath and looked at her as if magnetised.
"Simon the Jester" by William J. Locke
There was something northern about him that magnetised her.
"Women in Love" by D. H. Lawrence
Immediately behind her, on the same bench, stood Fru Holmbo, magnetised, beautiful as a statue.
"The Bridal March; One Day" by Bjørnstjerne Bjørnson
She will take much if it comes from you, and I really believe you have magnetised her.
"Dr. Dumany's Wife" by Mór Jókai
For example, a common effect of magnetisation is to produce an elongation of an iron rod.
"Response in the Living and Non-Living" by Jagadis Chunder Bose
Mrs Piper falls into trance spontaneously, without the intervention of any magnetiser.
"Mrs. Piper & the Society for Psychical Research" by Michael Sage
You will magnetise the Queen as you have magnetised me.
"Tancred" by Benjamin Disraeli
Such facts were numerous in the case of magnetisers in olden days.
"Reincarnation" by Th. Pascal
The intense earnestness of Trennahan's gaze magnetised her out of self-consciousness.
"The Californians" by Gertrude Franklin Horn Atherton
With these round stones the point of a needle was rubbed, as often as it required fresh magnetising.
"How Britannia Came to Rule the Waves" by W.H.G. Kingston
Let us go on with our magnetising.
"The Day of Wrath" by Maurus Jókai
Numbers of them, forsaking their old pursuits, made themselves magnetisers.
"Memoirs of Extraordinary Popular Delusions and the Madness of Crowds" by Charles Mackay
What is it that takes place among the atoms of the steel when the substance is magnetised?
"Fragments of science, V. 1-2" by John Tyndall
Montacabere so states, and M. Fontaine succeeded in magnetising a lion.
"Bouvard and Pécuchet" by Gustave Flaubert
This was a large tub, filled with bottles of water previously "magnetised" by Mesmer.
"Psychical Miscellanea" by J. Arthur Hill
***
Here, the time-averaged magnetisation Q = H m(t)dt/τ (τ = 2π/ω is the time period of the oscillating ﬁeld) over a full cycle of the oscillating ﬁeld plays the role of order parameter for this type of proposed nonequilibrium dynamic transition.
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
In this situation, the magnetisation does not change its sign.
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
As a result, the magnitude of the time-averaged magnetisation If one sees the plot of m(t) − h(t), it is asymmetric about the is nonzero (Q 6= 0).
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
As a result, the magnetisation can change its sign for this amount of ﬁeld.
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
Consequently, the time-averaged magnetisation over a full cycle becomes zero (Q = 0) when m(t) − h(t) plot is symmetric.
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
It should be noted here (in eqn.1) that the dynamics of the one component magnetisation (m) is purely deterministic.
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
First the instantaneous response magnetisation per lattice site at time t is easily calculated: m(t) = ΣiSi (t)/N , where N is the total number of spins in the lattice (N = Ld if one considers a d-dimensional hypercubic lattice of linear size L). N such spin updates is deﬁned as one MC step per spin(MCSS).
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
For lower values of T and h0 , the magnetisation oscillates asymmetrically (around m = 0 line) which gives rise to asymmetric m − h loop (resides asymmetrically in m − h plane) (see Fig.1).
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
When T and h0 become large, the magnetisation oscillates symmetrically (around m = 0 line).
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
However, the difference of this upper bound increases with increasing frequency, because of the effectice relaxational lag (τef f , time lag of magnetisation with respect to the applied ﬁeld).
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
The effective relaxational lag of the magnetisation arises due to the intrinsic relaxation time of the system.
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
An analytical formulation of this critical slowing down (of Q) can be done by solving the linearised mean-ﬁeld equation of motion for the average magnetisation .
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
The reason behind it is, that the axial transition occurs in presence of axial ﬁeld which reverses the z -component of magnetisation.
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
In the case of off-axial transition, the off-axial ﬁeld cannot reverse the z -component of magnetisation.
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
But as the value of off-axial ﬁeld increases, the value of x-component of magnetisation increases at the cost of z -component of magnetisation.
Nonequilibrium Phase Transitions in Model Ferromagnets: A Review
***