Page 321 - Microsensors, MEMS and Smart Devices - Gardner Varadhan and Awadelkarim
P. 321

REFERENCES     301

  Gardner,  J.  W.  (1989).  "A  diffusion-reaction  model  of  electrical  conduction  in  tin  oxide  gas
     sensors," Semicond.  Sci Technol., 4, 345-350.
  Gardner,  J. W.  (1994).  Microsensors:  Principles  and Application,  John  Wiley  &  Sons,  Chichester.
  Gardner,  J. W.  (1995).  "Intelligent  gas  sensing using an integrated  sensor  pair," Sensors  and Actu-
     ators B,  27, 261–266.
  Gardner,  J.  W.  et al.  (1995).  "Integrated  chemical  sensor  array  for  detecting  organic  solvents,"
     Sensors and Actuators  B,  26, 135–139.
  Gardner,  J. W.  and  Bartlett,  P.  N.  (1999).  Electronic  Noses:  Principles  and Applications,  Oxford
     University  Press,  Oxford.
  Geballe,  T. H. and Hull, G. W.  (1955). "Seebeck  effect  in silicon," Phys. Rev,  98, 940–947.
  Geiger,  W.  et al.  (1998).  "New  design  of micromachined  vibrating rate  gyroscope  with  decoupled
     oscillation  modes," Sensors  and Actuators  A, 66,  118–124.
  Gopel,  W.,  Hesse,  J.  and  Zemel,  J. N.  (series  eds.).  Sensors:  A  Comprehensive  Review,  in  eight
     volumes  1989–98, Wiley-VCH,  Weinheim.
  Greenwood,  J. C. (1988). "Silicon in mechanical  sensors," J. Phys E.: Sci. Instrum, 21,  1114–1128.
  Grieff,  P., Boxenhorn,  B., King, T. and Niles,  L. (1991).  Silicon monolithic  micromechanical  gyro-
     scope, Proceedings  of  Transducers  '91, July, San Fransisco,  pp. 966-969.
  Hanna,  S. M. (1987).  "Magnetic  field  sensors  based on SAW propagation  in magnetic  films,"  IEEE
     Trans.  UFFC,  34,  191–194.
  Hatfield,  J.  V.,  Covington, J. A.  and  Gardner,  J.  W.  (2000).  "GasFETs  incorporating  conducting
     polymers as gate  materials,"  Sensors and Actuators  B,  65, 253–256.
  Hauptmann, P.  (1991).  Sensors:  Principles  and Applications,  Prentice  Hall,  New York.
  Heilig,  A.  et al,  (1997). "Gas  identification by modulating temperatures  of tin dioxide based  thick-
     film gas  sensors,"  Sensors and Actuators  B,  43, 45–51.
  Ihokura,  K.  and Watson,  J.  (1994).  The Stannic  Oxide Gas Sensor, CRC  Press,  Florida,  p.  245.
  Janata, J.  (1992).  "Microsensors  based  on  modulation  of  work  function,"  in  J. W.  Gardner  and
     P.  N.  Bartlett,  eds.,  Sensors  and  Sensory  Systems for  an  Electronic  Nose,  NATO  ASI  Series,
     212, Kluwer Academic  Publishers,  Dordrecht,  pp.  103–116.
  Johnson,  R.  G.  and  Higashi,  R.  E.  (1987).  "A  highly  sensitive  chip  microtransducer  for  air flow
     and  differential pressure  sensing  application,"  Sensors  and Actuators, 11, 63-72.
  Koch,  H.  (1989).  In  W.  Gopel,  J.  Hesse  and  J.  N.  Zemel,  eds.  SQUID  Sensors  in  Sensors:  A
     Comprehensive  Survey,  Vol. 5: Magnetic  Sensors, pp.  381-445.
  Kung,  J.  T.  and  Lee,  H.  S.  (1992).  "An  integrated  air  cap  capacitor  pressure  sensor  and  digital
     read-out  with sub  100 attofarad  resolution," J. Microelectromech  Syst.,  1, 121–129.
  Lee,  S. M.  et al.  (2000).  Silicon  planar  pellistors  based  on  nanoporous  films  and  microhotplates,
     Proc. of  Euspen  Technology  Workshop,  University of  Warwick, UK,  September,  pp.  18–21.
  Llobet,  E. (1998).  "Selectivity  enhancement of metal oxide semiconductor chemical  sensors through
     the study of their transient response  to a step-change in gas concentration," Ph.D. Thesis, Univer-
     sity  of  Barcelona,  Spain.
  Lundstrom,  I.  (1981).  "Hydrogen  sensitive MOS structures,"  Sensors  and Actuators, 1, 403–426.
  Lundstrom,  I.  et al.  (1992).  "Electronic  nose  based  upon  field  effect  structures,"  in J.  W.  Gardner
     and P.  N. Bartlett, eds.,  Sensors and Sensory Systems for  an Electronic Nose,  NATO ASI  Series,
     212,  Kluwer Academic  Publishers,  Dordrecht,  pp. 303-319.
  Lutes,  O.  S.,  Nussbaum, P.  S.  and  Aadland,  O.  S.  (1980).  "Sensitivity  limits  in  SOS  magnetodi-
     odes," IEEE  Trans. Electron Devices, 27, 2156–2157.
  Madou,  M. J.  (1997).  Fundamentals  of  microfabrication,  CRC  Press,  Boca  Raton, p.  589.
  Madou,  M. J.  and  Morrison,  S. R.  (1989).  Chemical  Sensing  with  Solid-State  Devices, Academic
     Press,  New  York,  1-556.
  Makinwa,  K. A.  and Huijsing, J.  H.  (2000). A wind-sensor interface  based  on  thermal  sigma-delta
     modulation, Proc. of  Eurosensors  XIV,  Copenhagen,  Denmark,  August,  pp. 27-30.
  McNie,  et al.  (1998).  "Design,  fabrication and  testing of  a  silicon ring  gyroscope,"  J.  Micromech
     Microeng.,  8, 284-292.
   316   317   318   319   320   321   322   323   324   325   326