Photonic Devices

Kawakami, Yoichi; Kamiyama, Satoshi; Hatakoshi, Gen–ichi; Mukai, Takashi; Narukawa, Yukio; Nomura, Ichirou; Kishino, Katsumi; Hasegawa, Hideki; Kawasaki, Masashi; Ohtomo, Akira; Okushi, Hideyo; Taniyasu, Yoshitaka; Kasu, Makoto; Makimoto, T.; Hirano, Akira; Kohmoto, Kohtaro; Kanie, Hisashi; Shibata, Naoki; Nakamura, Toshio; Tadatomo, Kazuyuki; Kuramoto, Masaru; Yanamoto, Tomoya; Amano, Hiroshi; Akimoto, Katsuhiro

doi:10.1007/978-3-540-47235-3_3

Cited by 2 publications

(1 citation statement)

References 244 publications

(213 reference statements)

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“…Likewise, AlGaN, AlN and ZnO present piezoelectric properties ideal to build resonator devices for high mass sensitive sensor devices and for biosensor applications (Otoole et al 1992;Deger et al 1998). AlN based light emitter devices (LEDs) are expected to emit in the deep UV (~210 nm) which makes it appealing for the detection of small toxic and cancer causing particles (Kawakami et al 2007). Silicon carbide (SiC), possesses good biocompatibility (Kotzar et al 2002;Coletti et al 2007b;Frewin et al 2009;) in addition to high chemical inertness and can be used to make different types of electronic devices with similar processes used in Si processing.…”

Section: Introductionmentioning

confidence: 99%

Silicon carbide: a versatile material for biosensor applications

Oliveros

Guiseppi‐Elie

Saddow

2013

Biomed Microdevices

172

125

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Silicon carbide (SiC) has been around for more than 100 years as an industrial material and has found wide and varied applications because of its unique electrical and thermal properties. In recent years there has been increased attention to SiC as a viable material for biomedical applications. Of particular interest in this review is its potential for application as a biotransducer in biosensors. Among these applications are those where SiC is used as a substrate material, taking advantage of its surface chemical, tribological and electrical properties. In addition, its potential for integration as system on a chip and those applications where SiC is used as an active material make it a suitable substrate for micro-device fabrication. This review highlights the critical properties of SiC for application as a biosensor and reviews recent work reported on using SiC as an active or passive material in biotransducers and biosensors.

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Section: Introductionmentioning

confidence: 99%

Silicon carbide: a versatile material for biosensor applications

Oliveros

Guiseppi‐Elie

Saddow

2013

Biomed Microdevices

172

125

View full text Add to dashboard Cite

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Radial space-charge-limited electron flow in semi-insulating GaN:Fe

Mareš¹,

Hubík²,

Krištofik³

et al. 2011

Journal of Applied Physics

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Semi-insulating iron-doped gallium nitride (GaN:Fe), a promising material for microwave electronics and optoelectronics, is characterized by means of current-voltage curves measured under non-equilibrium charge carrier injection conditions. To increase the electric field and enable local characterization of GaN:Fe, measurements are performed using a two-electrode configuration including a point contact with a diameter of 30 μm and large-area alloyed counter contact. Experimental evidence for various radial flow regimes corresponding to the universal 3/2 and quadratic power laws and to the so-called trap-filled-limit is presented. Furthermore, it is shown that the space-charge-limited current injected from the point contact may serve as a probe to measure both local and average scale density of electrically active traps, i.e., parameters that are necessary for GaN:Fe to be applied and optimized.

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Photonic Devices

Cited by 2 publications

References 244 publications

Silicon carbide: a versatile material for biosensor applications

Silicon carbide: a versatile material for biosensor applications

Radial space-charge-limited electron flow in semi-insulating GaN:Fe

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