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journal article EST
/
journal article ENG
Experimental validation of the Newton observer for a nonlinear flux-controlled AMB system operated with zero-bias flux
Mystkowski, Arkadiusz
;
Kierdelewicz, A.
;
Kotta, Ülle
;
Kaparin, Vadim
International journal of control
2020
/
p. 2257-2266 : ill
https://doi.org/10.1080/00207179.2018.1552025
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journal article EST
/
journal article ENG
2
journal article EST
/
journal article ENG
Feedback linearization of an active magnetic bearing system operated with a zero-bias flux
Mystkowski, Arkadiusz
;
Kaparin, Vadim
;
Kotta, Ülle
;
Pawluszewicz, Ewa
;
Tõnso, Maris
International journal of applied mathematics and computer science
2017
/
p. 539-548 : ill
https://doi.org/10.1515/amcs-2017-0038
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journal article EST
/
journal article ENG
3
journal article EST
/
journal article ENG
Newton observer for a nonlinear flux-controlled AMB system
Mystkowski, Arkadiusz
;
Kotta, Ülle
;
Kaparin, Vadim
Proceedings of the Estonian Academy of Sciences
2018
/
p. 61-72 : ill
https://doi.org/10.3176/proc.2018.1.03
http://www.ester.ee/record=b2355998*est
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journal article EST
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journal article ENG
Number of records 3, displaying
1 - 3
keyword
123
1.
active magnetic bearing
2.
active vs. semi-active vs. passive suspension
3.
ball bearing
4.
bearing capacity
5.
bearing capacity of pile
6.
bearing failure checks
7.
bearing fault diagnosis
8.
load-bearing analysis
9.
load-bearing capacity
10.
Bouguer and magnetic modelling
11.
Earth's magnetic field
12.
functionalized magnetic sorbents
13.
Gravity and magnetic potential fields
14.
Hard magnetic materials
15.
leakage magnetic field
16.
magnetic
17.
magnetic agitation
18.
magnetic alloy
19.
magnetic anisotropy
20.
magnetic behavior
21.
magnetic circuits
22.
magnetic couplings
23.
magnetic equivalent circuit (MEC)
24.
magnetic field
25.
magnetic fields
26.
magnetic flux
27.
magnetic flux density
28.
magnetic forces
29.
magnetic hysteresis
30.
magnetic induction
31.
Magnetic induction monitoring
32.
magnetic induction sensing
33.
magnetic induction sensor
34.
magnetic isolation
35.
magnetic levitation
36.
magnetic levitation system
37.
magnetic losses
38.
magnetic material
39.
magnetic materials
40.
magnetic measurement
41.
magnetic measurements
42.
magnetic microparticles
43.
magnetic permeability
44.
magnetic properties
45.
magnetic resonance
46.
magnetic resonance imaging
47.
magnetic sensor
48.
magnetic storm
49.
magnetic susceptibility
50.
magnetic tracking
51.
magnetic transformers
52.
magnetic tunnel junction (MTJ)
53.
magnetic vector potential
54.
nanocomposite magnetic particles
55.
nuclear magnetic resonance
56.
nuclear magnetic resonance (NMR)
57.
nuclear magnetic resonance spectroscopy
58.
primary magnetic field
59.
rotational magnetic field
60.
soft magnetic composite materials
61.
soft magnetic core
62.
soft magnetic material
63.
soft magnetic materials
64.
solid state nuclear magnetic resonance
65.
static magnetic field
66.
superconducting magnetic energy storage (SMES)
67.
toroidal magnetic core
68.
unbalanced magnetic pull
69.
active and intelligent packaging
70.
active blended learning
71.
active chilled beam
72.
Active chitosan-based film
73.
active clamp
74.
active clamping
75.
active cooling
76.
active decoupling
77.
active distribution network management
78.
active distribution system
79.
active disturbance rejection controller (ADRC)
80.
active frequency bias method
81.
active frequency drift method
82.
active front-end
83.
active front-end converters
84.
active galactic nuclei
85.
Active inference
86.
active learning
87.
active learning methods
88.
active membrane permeability
89.
active NPC qZS inverter
90.
active orthoses
91.
active pharmaceutical ingredients (APIs)
92.
active power
93.
active power decoupling
94.
active redundancy
95.
Active sachet
96.
active tectonics
97.
active thermal control
98.
active-passive ranging
99.
active-passive two-way ranging
100.
Bio-active™ multi-force archwires
101.
capillary active
102.
carbohydrate-active enzyme genes
103.
dual active bridge
104.
dual active bridge (DAB) converter
105.
dual active bridge converter
106.
dual-active bridge (DAB)
107.
Electro-active sensitivity
108.
monolithic active pixel sensors
109.
multiple active bridge
110.
non-active power
111.
odor-active compound
112.
odor-active compounds
113.
odour-active compounds
114.
optically active materials
115.
parallel active power filter
116.
quadruple active bridge
117.
semi-active rectifier
118.
shunt active power filter
119.
surface active ionic liquids
120.
surface active substances
121.
surface-active ionic liquids (SAILs)
122.
virtual active filter
123.
35 °C Thermo-Active Copper NiTi (CuNiTi)
subject term
1
1.
Magnetic MRO AS
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