Page 337 - Microsensors, MEMS and Smart Devices - Gardner Varadhan and Awadelkarim
P. 337

REFERENCES     317

  Ewing, W.  M.,  Jardetsky,  W.S.,  and  Press,  F.  (1957).  Elastic  Waves  in Layered  Media,  McGraw-
    Hill, New  York.
  Gangadharan,  S. (1999). Design,  development  and fabrication  of a conformal  love wave ice sensor,
    MS  thesis  (Advisor V.K.  Varadan),  Pennsylvania  State  University, USA.
  Gizeli,  E., Goddard,  N. J.,  Lowe,  C. R. and Stevenson,  A.  C.  (1992).  "A  love plate  biosensor  util-
    ising  a polymer  layer," Sensors  and Actuators  A,  6,  131–137.
  Gizeli,  E.,  Liley,  M.  and  Lowe,  C.  R.  (1995).  Detection  of  supported  lipid  layers  by  utilising the
    acoustic  love  waveguide device:  applications to biosensing,  Technical Digest  of  Transducers '95,
    vol.  2, IEEE,  pp. 521-523.
  Grate,  J. W., Martin,  S. J. and White, R.  M. (1993a). "Acoustic  wave microsensors,  Part I,"  Analyt-
    ical  Chem.,  65, 940-948.
  Grate,  J.  W.,  Martin,  S. J.  and  White,  R. W.  (1993b).  "Acoustic  wave  microsensors.  Part  II,"
    Analytical  Chem.,  65, 987-996.
  Haueis,  R.  et al,  (1994).  A  love wave based  oscillator  for  sensing  in fluids, Proceedings  of  the 5th
    International  Meeting  of  Chemical  Sensors  (Rome,  Italy),  1,  126–129.
  Hoummady,  M., Hauden, D. and Bastien,  F. (1991).  "Shear horizontal  wave sensors  for analysis of
    physical  parameters  of liquids and  their mixtures,"  Proc.  IEEE  Ultrasonics Symp.,  1, 303-306.
  Kondoh, J. and Shiokawa,  S. (1995).  Liquid identification using SH-SAW sensors,  Technical Digest
    of  Transducers'95,  vol. 2, IEEE,  pp. 716-719.
  Kondoh, J.,  Matsui, Y.  and  Shiokawa,  S.  (1993).  "New  biosensor  using  shear  horizontal  surface
    acoustic  wave device,"  Jpn.  J. Appl.  Phys.,  32, 2376-2379.
  Kovacs,  G. and Venema,  A. (1992). "Theoretical comparison  of sensitivities of acoustic  shear wave
    modes  for  (bio)chemical  sensing  in liquids," Appl.  Phys. Lett., 61, 639–641.
  Kovacs, G.,  Vellekoop,  M. J.,  Lubking, G.  W.  and  Venema, A.  (1993).  A  love  wave  sensor  for
    (bio)chemical  sensing  in liquids, Proceedings  of  the  7th International  Conference  on  Solid-State
    Sensors  and Actuators, Yokohama, Japan,  pp. 510-513.
  Love, A.  E.  H.  (1934).  Theory  of  Elasticity,  Cambridge  University Press,  England.
  Mason,  W.  P.  (1942).  Electromechanical  Transducers  and  Wave  Filters, Van Nostrand,  New  York.
  Morgan,  D.  P.  (1978).  Surface-Wave  Devices for  Signal  Processing,  Elsevier,  The  Netherlands.
  Nakamura,  N., Kazumi, M. and Shimizu, H. (1977). "SH-type  and Rayleigh-type surface waves on
    rotated  Y-cut LiTaO3,"  Proc. IEEE  Ultrasonics Symp.,  2, 819-822.
  Shiokawa,  S.  and  Moriizumi,  T.  (1987).  Design  of  SAW  sensor  in  liquid,  Proceedings  of  the  8th
    Symposium  on  Ultrasonic  Electronics,  July, Tokyo.
  Smith,  W. R. (1976).  "Basics of  the SAW interdigital  transducer,"  Wave  Electronics,  2, 25–63.
  Tournois, P. and Lardat,  C. (1969).  "Love wave dispersive delay lines for wide band pulse compres-
    sion,"  Trans. Sonics  Ultrasonics,  SU-16,  107–117.
  Varadan,  V.  K. and  Varadan, V.  V.  (1997).  "IDT,  SAW  and  MEMS  sensors  for  measuring deflec-
    tion,  acceleration  and  ice detection  of  aircraft,"  SP1E, 3046,  209-219.
  Viktorov,  I. A. (1967). Rayleigh and Lamb  Waves:  Physical  Theory  and Applications,  Plenum Press,
    New  York.
  White,  R. W.  and  Voltmer, F. W.  (1965).  "Direct  piezoelectric  coupling  to  surface elastic  waves,"
    Appl.  Phys. Lett., 7, 314–316.
   332   333   334   335   336   337   338   339   340   341   342