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eigenmax
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Hello,
Does anyone know the work function of nichrome ? I can't seem to find it online.
Thanks,
Does anyone know the work function of nichrome ? I can't seem to find it online.
Thanks,
Depending on the cleanliness of the surface of the nichrome, work functions range from 5 to 8 eV.
I had seen that but didn't notice what you pointed out. Any idea about very clean nichrome wire ?Drakkith said:Hmmm. I found the following info, but I'm not sure it helps that much: http://lappddocs.uchicago.edu/documents/230/senditCheck the source to make sure it's what you actually need.
Not specifically, but 'chemically clean' often means washed with a strong acid, such as nitric.eigenmax said:Any idea about very clean nichrome wire ?
Hi,Tom.G said:Not specifically, but 'chemically clean' often means washed with a strong acid, such as nitric.
It would help, but probably not qualify as 'chemically clean.' There are too many things that alcohols do not dissolve.eigenmax said:Would washed with isopropanol and dry air count as clean ?
The article sayseigenmax said:I had seen that but didn't notice what you pointed out. Any idea about very clean nichrome wire ?
Thanks.
Ok, thanks.arydberg said:The article says
The work function of Nichrome runs between 5.1 and 8 eV, depending on the cleanliness of the surface
The Work Function of Nichrome is a measure of the energy required to remove an electron from the surface of the material. It is important because it determines the ease with which electrons can be released from the material, which is crucial in many electronic and thermal applications.
The Work Function of Nichrome is typically measured using a technique called photoemission spectroscopy. This involves shining a beam of light onto the surface of the material and measuring the energy of the electrons that are released as a result.
The Work Function of Nichrome can be affected by various factors such as the composition and purity of the material, the surface structure, and the presence of impurities or coatings. Temperature and external electric fields can also impact the Work Function.
The Work Function of Nichrome is generally higher than most other metals, meaning that it requires more energy to remove electrons from its surface. However, it is still relatively low compared to insulating materials, making it a good conductor for various applications.
The Work Function of Nichrome is important in many practical applications, such as in the production of heating elements and resistors, as well as in thermionic emission devices like cathode ray tubes and vacuum tubes. It is also used in various electronic devices, such as in contacts and electrodes.