High-sensitivity surface plasma resonance detector with multiple total reflection
Title：
High-sensitivity surface plasma resonance detector with multiple total reflection
Application Number：
 200310100368
Application Date：
 2003/10/14
Announcement Date：
 2004/09/15
Pub. Date：
 2006/03/22
Publication Number：
 1529147
Announcement Number：
 1246686
Grant Date：
 2006-3-22
Granted Pub. Date：
 2006-3-22
ApplicationType：
 Invention
State/Country：
 11[China|beijing]
IPC：
 G01N 21/21G01N 21/41G01N 21/55
Applicant(s)：
 Tsinghua Univ.
Inventor(s)：
 Bao Junbo, Wang Juying, Liu Litian
Key Words：
 High-sensitivity, plasma, resonance detector, total reflection, multiple
Abstract：
 The invention relates to optical testing instruments. Metallic thin film as sensing film is prepared on plane above a cylindrical mirror, photoelectric detector is under the cylindrical mirror, and incident light source is at left side. Occurred multiple times inner total reflections of light from source through cylindrical mirror irradiating between the cylindrical mirror and metal thin film make changes of light intensity of refracted light path and emergent light path take place simultaneously. Comparing with traditional inner total reflection of simple point, the invention raises sensitivity and signal resolution for detecting vibrator resonance of plasma on surfaces since tested molecules of specimen absorb the said changes of light intensity fixed on the film. The invention can monitor interreaction between molecules in real time and on site, and is applicable to researches in chemistry, biochemistry, biotechnology, molecular biology and microbiology etc.
Claim：
Priority：
PCT：
LegalStatus：
 2007-12-12Date of termination due to fee

Recommend this patent:
1 2 3 4 5
Average ( 0 votes):
                                                                          Recommended Patents>>

Relevancy information



Other Patents of Same Inventor

Ring-vibration type digital acceleration sensor
Process for mfg. micromechanical inductor with suspended structure on single surface of silicon substrate
Micro-machinery switch low stress silicon oxynitride membranes preparation method
Method for manufacturing radio-frequency micro-machinery series contact type switch
Silicon-based ferroelectric sandwich structure for electronic element and device and its manufacture
Bismuth ferric/bismuth titanate laminated construction electric capacity and method for preparing the same
Micro mechanical switch with strut beam made of sacrificial layer material
Silicon microphone assembly capable of realizing sound source direction
Micro mechanical switch for regulating resonance frequency using spiral coil inductive structure
Micro mechanical switch of multiple resonance points
Double micro mirror 2*2 array MEMS photo switch
Mini-acoustical device based on magneto resistor effect
Mini piezoelectric drive for MEMS
Room temperature infrared detector based on polymer thermal insulating layer
Micro-ultrasonic device making technics facing orientation and distance-measuring application
Nanometer structure micro mechanical biochemical sensor
Stress sensor chip based on SOI
Magnetic displacement sensor containing zero-setting GMR chip
Detection system of space position and its detection method
Process for preparing carbon electrode array with high surface area and high gap filling capacity
Implementation method for 3D integrated circuit
SOI silicon wafer based non-refrigerating infrared sensor and its array and production method
''I'' structured three-dimensional micro solid/hollow silicon needle and silicon knife
Method for manufacturing piezoresistance type microcantilever beam sensor on SOI silicon sheet
Wide stress area silicon pressure sensor
High-speed and highly anti-radiation ferroelectric storage based on strain SiGe channel
Silicon tyre-pressure temperature sensor with monochip integration
Nd-doped Bi4Ti3O12 ferroelectric thin film for the ferroelectric memory and its low temperature preparation method
Electrically-controlled variable-focus liquid lens based on electrowetting-on-dielectric
''-''-shaped structure three-dimensional micre solid, hollow silicone meedle orknife



News & Events More>>

Last Update  
2008-4-17
  Selected patents owned by Tsinghua University filed in 2005 are loaded.
2008-3-31
  Selected patents owned by Tsinghua University filed in 2006 and 2007 are load.







Copyright 2008-2015 All Rights Reserved Patent License of China.      Designed by Easygo