What techniques are used to make surface plasmon resonance chips?

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SUMMARY

Surface plasmon resonance (SPR) chips are essential for measuring reaction rate constants and are typically coated with gold or silver due to their low losses and high chemical stability. The discussion highlights that while SPR can be observed without chips, specific applications necessitate their use. Nanofabrication techniques such as metal ion implantation and chemical routes are suggested for chip production, particularly in nanoscale facilities. The cost of these chips is noted as a significant factor in their use.

PREREQUISITES
  • Understanding of surface plasmon resonance (SPR)
  • Familiarity with nanofabrication techniques
  • Knowledge of metal coatings, specifically gold and silver
  • Basic principles of chemical detection methods
NEXT STEPS
  • Research nanofabrication techniques for SPR chip production
  • Explore the properties and applications of gold and silver in SPR
  • Learn about metal ion implantation methods
  • Investigate chemical routes for creating metal nanoparticles
USEFUL FOR

Researchers, chemists, and engineers involved in biosensing, chemical detection, and nanotechnology who are interested in the production and application of surface plasmon resonance chips.

gkiverm
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The chips used for surface plasmon resonance are fairly expensive. Does anyone know what nanofabrication techniques are used to make the chips? I've been told they are relatively easy to make if one has access to a nanoscale facility.
 
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Surface plasmon resonance (SPR) is a phenomenon that occurs on any metal surface. You need no chips to observe it. It looks like you are talking about some particular application of SPR, but you should be more specific.
 
I'm planning to measure the rate constant of a specific reaction. I don't completely understand surface plasmon resonance, but don't you need to coat a chip with some gold or silver in order to proceed?
 
In your case, you deal with a chemical detector based on the sensitivity of the SPR band position to the chemical environment of the metal. Gold and silver are indeed used most often due to their small losses and high chemical stability. You can make metal nanoparticles by very simple techniques but I ignore how the chips for your particular application are made. Just a guess: metal ion implantation in a glass surface? There are also purely chemical routes.
 

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