Environmental Engineering Reference
In-Depth Information
References
1. Benecki WT (2013) The permanent magnet market
2015. In: Presentation on magnetics 2013
-
8 Feb 2013
2. Bradsher K (2011) Prices of rare earth metals declining sharply. New York Times, 16 Nov
3. Qi L, Yap CW (2014) China to appeal WTO rare-earth ruling group backed US, EU, Japan in
complaint accusing beijing of violating trade rules. New York Times, 17 April 2014
5. Smith L (2012) The rare earth market, a monthly analysis for the rare earth industry. Core
Consultants & Metal Pages, Aug 2013, p 15
6. Smith L (2013) The rare earth market, a monthly analysis for the rare earth industry. Core
Consultants & Metal Pages, Nov 2013, p 14
7. Benecki WT (2011) Permanent magnets 2010
-
2020. In: Magnetics 2011 conference, San
Antonio, Texas, USA, 1 March 2011
8. Tu
conference, Orlando, Florida, USA, 7
-
ek J, Kitanovski A, Zupan S et al (2013) A comprehensive experimental analysis of
gadolinium active magnetic regenerators. Int J Refrig 53(1):57
š
66
-
9. Bj
rk R, Bahl CHR, Katter M (2010) Magnetocaloric properties of LaFe
13-x-y
Co
x
Si
y
and
commercial grade Gd. J Magn Magn Mater 322(24):3882
ø
3888
-
10. Kitanovski A, Poredo
ek J et al (2010) Industrial magnetic dryer and magnetic
precision water cooling system:
nal report of the feasibility study. University of Ljubljana,
Faculty of Mechanical Engineering, p 57
11. Personal communication with Barcza A and Katter M from Vacuumschmelze GmbH & Co,
2011 and 2014
12. Egolf PW, Kitanovski A, Gonin C (2010) Central magnetic cooling and refrigeration machines
(Chiller) and their assessment, a feasibility study. Final report, Swiss Federal Of
ce of Energy,
SFOE contract and project number: 102873/153691, March 2010, p 34
13. Wolsky AM (2013) HTS from precommercial to commercial: a roadmap to future use of
higher-temperature superconductors by the power sector. International Energy Agency, p 146
14. Luongo CA (2001) Optimization of toroidal superconducting magnet storage systems. Physica
C 354:110
-
114
15. Zhu J, Zhang H, Yuan W et al (2013) Design and cost estimation of superconducting magnetic
energy storage (SMES) systems for power grids. In: The 2013 IEEE power and energy society
general meeting (PES), 21
A, Tu
š
š
5
16. Lee SY, Kwak SY, Seo JH et al (2009) Optimal design of HTS magnets for a modular toroid-
type 2.5 MJ SMES using multi-grouped particle swarm optimization. Phys Supercond 469
(15
25 July, pp 1
-
-
1793
17. Schoenung SM, Meier WR, Fagaly RL et al (1993) Design, performance and cost
characteristics of high temperature superconducting magnetic storage. IEEE Trans Energy
Convers 8(1):33
20):1789
-
-
39
18. Schoenung SM, Bieri RL, Meier WR et al (1993) Cost savings and prospects for applications
of micro superconducting magnetic energy storage (SMES) using high temperature
superconductors. IEEE Trans Appl Supercond 3(1):200
-
203
19. Seeber B (ed) (1998) Handbook of applied superconductivity, vol 1. IOP Publishing, Bristol
20. Lubell MS, Lue JW (1995) Structure and cost scaling for intermediate size superconducting
magnetic energy storage (SMES) systems. IEEE Trans Energy Convers 5(2):345
-
349
21. Green MA, Strauss BP (2008) The cost of superconducting magnets as a function of stored
energy and design magnetic induction times the eld volume. IEEE Trans Appl Supercond 18
(2):248
-
251
22. Green MA (2008) The cost of helium refrigerators and coolers for superconducting devices as
a function of cooling at 4 K. In: Advances in cryogenic engineering: transactions of the
cryogenic engineering conference-CEC, vol 52. AIP Conference Proceedings, vol 985,
pp 872
-
878
-
Search WWH ::
Custom Search