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ソンブーンパープン 研究業績一覧 (26件)
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論文
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Pakpum Somboon,
Takamichi Nakamoto.
Study on Improvement of Odor Recording Capability based on real-time Mass Spectrometry with variable Ionization Energy,
IEEJ,
131,
332-336,
Sept. 2011.
-
B. Wyszynski,
P. Somboon,
T. Nakamoto.
Self-assembled Lipopolymers with Physisorbed Amphiphilic GC Materials for QCM Odor Sensors,
Trans. IEEJ,
129,
273-277,
Sept. 2009.
-
P. Somboon,
B. Wyszynski,
T. Nakamoto.
Development of Odor recorder with enhanced recording capabilities based on real-time Mass spectrometry,
Sensors & Actuators B,
Volume 141,
Issue 1,
Page 141-146,
Aug. 2009.
-
P. Somboon,
B. Wyszynski,
T. Nakamoto.
Odor recorder capable of wide dynamic recordable range based on higher-order sensing and signal extraction technique for small signal,
IEEE Sensors Journal,
Vol. 19,
Issue 2,
pp. 93-102.,
Feb. 2009.
-
B. Wyszynski,
P. Somboon,
T. Nakamoto.
Mixed self-asembled lipopolymers with spacer lipids enhancing sensitivity of lipid-derivative QCMs for odor sensors,
Sensors and Actuators B,
Elsevier,
Vol. 134,
pp. 72-78,
Aug. 2008.
-
B. Wyszynski,
P. Somboon,
T. Nakamoto.
Chemisorbed PEGylated lipopolymers as sensing-film supports for QCM odor-sensors,
Sensors and Actuators B,
Elsevier,
Vol. 130,
pp. 857-863,
Mar. 2008.
-
P. Somboon,
B. Wyszynski,
T. Nakamoto.
Odor recorder based on higher-order sensing system using preconcentrator with variable temperature,
Sensors and Actuators B,
Elsevier,
Vol. 127,
pp. 392-398,
2007.
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P. Somboon,
B. Wyszynski,
T. Nakamoto.
Realization of recording wide range of odor by utilizing both of transient and steady-state sensor responses in recording process,
Sensors and Actuators B,
Vol. 124,
pp. 557-563,
2007.
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B.Wyszynski,
P. Somboon,
T. Nakamoto.
Study of PEGygated-lipid sensing films in QCM odor sensors,
IEEJ,
Vol. 127E,
pp. 165-169,
2007.
-
B. Wyszynski,
P. Somboon,
T. Nakamoto.
Pegylated lipids as coatings for QCM odor-sensors,
Sensors and Actuators B,
Vol. 121,
pp. 538-544,
2007.
-
P. Somboon,
B. Wyszynski,
T. Nakamoto.
Novel odor recorder for extending range of recordable odor,
Sensors and Actuators B,
Vol. 121,
pp. 583-589,
2007.
国際会議発表 (査読有り)
国内会議発表 (査読有り)
国際会議発表 (査読なし・不明)
-
P. Somboon,
T. NAKAMOTO.
Study of odor recorder based on real-time mass spectrometry with variable ionization energy,
ISOEN 2009,
117-117,
Apr. 2009.
-
B. Wyszynski,
P. Somboon,
T. Nakamoto.
Highly sensitive QCM odor sensors functionalized with self-assemled lipid-derivatives and GC materials,
IEEE Sensors,
C5-LA-2.,
pp. 1552-1555,
Oct. 2008.
-
P. Somboon,
T. Nakamoto.
Extension of recordable range of odor based on real-time mass spectrometry,
Eurosensors 2008,
T4C-2,
Sept. 2008.
-
AL Mamun,
P. Somboon,
T. Nakamoto.
Recording and reproducing odor recipe using mass spectrometer,
7th East Asian Conference on Chemical Sensors,
IMCS12,
pp. CBST111,
July 2008.
-
B. Wyszynski,
P. Somboon,
T. Nakamoto.
Chemisorbed PEGygated lipopolymers as sensing-film supports for QCM odor sensors,
IMCS11,
IMCS11,
pp. WP47,
2006.
-
B. Wyszynski,
P. Somboon,
T. Nakamoto.
PEG lipopolymers as coatings for QCM odor sensors: Effect of tether's chain length,
IEEE Sensors,
IEEE Sensors,
pp. A4L-E3,
2006.
-
P. Somboon,
B. Wyszynski,
T. Nakamoto.
Imrpovement of odor recorder for extending range of recordable odor,
APCOTMNT 2006,
APCOTMNT 2006,
pp. 95-CSM-A0188,
2006.
国内会議発表 (査読なし・不明)
-
P. Somboon,
T. Nakamoto.
Study of odor recorder based on real-time mass spectrometry with variable ionization energy,
電気学会全国大会,
3-158,
Mar. 2009.
-
P. Somboon,
T. Nakamoto.
Odor recorder based on real-time mass spectrometry,
IEEJ Sensor Symp.,
D1-4,
Oct. 2008.
-
B. Wyszynski,
P. Somboon,
T. Nakamoto.
Self-assembled Lipopolymers with Physisorbed Amphiphilic GC Materials for QCM Odor Sensors,
IEEJ Sensor Symp,
D1-2,
Oct. 2008.
-
P. Somboon,
T. Nakamoto.
Developement of odor recorder based on real-time mass spectrometry,
電気学会全国大会,
3-151,
Mar. 2008.
-
ソンブーン パープン,
ウィンスキー バルト,
中本高道.
Recording of Fruit Flavors based on Multi Odor Component,
電気学会全国大会,
電気学会全国大会,
pp. 3-164,
2006.
-
B. Wyszynski,
P. Somboon,
T. Nakamoto.
Influence of polymeric chain length on sensing properties of PEG-lipid sensing films coated over QCMs for odor sensors,
Sensor Symposium,
Proceedings of Sensor Symposium,
pp. Po42,
2006.
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