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Title:	Characteristics of a sensitive micro-Hall probe fabricated on chemical vapor deposited graphene over the temperature range from liquid-helium to room temperature
Source:	Applied Physics Letters [0003-6951] Tang, Chiu-Chun yr:2011

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description	1.	Sandhu, A. "Room temperature scanning Hall probe microscopy using GaAs/AlGaAs and Bi micro-hall probes." Ultramicroscopy 91.1-4 (2002): 97-101.
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description	5.	Lu, J. "Graphene magnetoresistance device in van der pauw geometry." Nano letters 11.7 (2011): 2973-2977.
description	6.	Geim, AK. "Ballistic Hall micromagnetometry." Applied physics letters 71.16 (1997): 2379-2381.
description	7.	Watahiki, T. "Characterization of low temperature epitaxial Si and Si1-yCy films grown by hot wire cell method." Materials science & engineering. B, Solid-state materials for advanced technology 89.1-3 (2002): 328-331.
description	8.	Ohtsuka, T. "Epitaxial growth of gamma-In2Se3 films by molecular beam epitaxy." Japanese journal of applied physics. Part 1, Regular papers & short notes 40.2A (2001): 509-512.
description	9.	Zhou, Y. "From positive to negative magnetoresistance in graphene with increasing disorder." Applied physics letters 98.22 (2011): 222502-222502.
description	10.	de Boor, J. "Efficient thermoelectric van der Pauw measurements." Applied physics letters 99.2 (2011): 22102-.
description	11.	Liu, Xiao H. "Anisotropic swelling and fracture of silicon nanowires during lithiation." Nano letters 11.8 (2011): 3312-3318.
description	12.	Yang, Y. "Spin-orbit interaction effects on magnetoresistance in graphene-based ferromagnetic double junctions." Applied physics letters 96.22 (2010): 223102-223102.
description	13.	Wu, L. "Highly sensitive graphene biosensors based on surface plasmon resonance." Optics express 18.14 (2010): 14395-14400.
description	14.	Owens, R. "Organic Electronics at the Interface with Biology." MRS bulletin 35.6 (2010): 449-456.
description	15.	Cheng, Z. "Suspended Graphene Sensors with Improved Signal and Reduced Noise." Nano letters 10.5 (2010): 1864-1868.
description	16.	Pisana, S. "Tunable Nanoscale Graphene Magnetometers." Nano letters 10.1 (2010): 341-346.
description	17.	Fowler, J. "Practical Chemical Sensors from Chemically Derived Graphene." ACS nano 3.2 (2009): 301-306.
description	18.	Kuhn, Theil T. "Magnetisation of isolated single crystalline Fe-nanoparticles measured by a ballistic Hall micro-magnetometer." The European physical journal. D, Atomic, molecular, and optical physics 10.2 (2000): 259-263.
description	19.	Novoselov, KS. "Submicron probes for Hall magnetometry over the extended temperature range from helium to room temperature." Journal of applied physics 93.12 (2003): 10053-10057.
description	20.	Goren, Robert N. "Patterns of magnetic flux penetration in superconducting films." Journal of Low Temperature Physics 5.4 (1971): 465-494.