Hi
For a personal project, I am seeking papers or information on the energy level diagrams (where the y-axis is energy (eV)) for Lithium Nitrite (LiNO2) and di-oxygen (O2).
I tried the internet and science direct (www.sciencedirect.com) but to no avail.
Any help in this matter would be...
Hi
For a personal project, I am looking for software that models a QCL laser. It can be free or for a small fee.
Any help would be appreciated.
Thanks.
Adrian
Hi
For a personal project, where can I find the free carrier density and the electron momentum relaxation time of various substances (i.e. Carbon etc .....).
Is there a book or something ?
Thanks.
Adrian
Hi
Thanks for your reply. Its for a personal project which could lead to a phD. The broad source under consideration is patented by Defence Science and Technology Organisation.
Thanks,
Hi
For a personal project, has the energy level diagram of the below reaction been derived? Voltage Applied4B+2LiNO3+C ------------->B4C+2LiNO2+O2
Thanks,
Hi
I am trying to safely setup an experiment to measure a chemical reaction with a spectral detector. I was wondering how to setup the experiment safely in front of the spectral detector?
Do I have to perform some calculations based on the chemical reaction beforehand? Or what?
This is an...
Hi
thanks for that.
i found this:
https://www.researchgate.net/publication/237853608_Infrared_and_Raman_Spectroscopic_Studies_of_Solid_Alkali_Metal_Nitrites
Hi
i am trying to find the infrared emission spectrum of Lithium Nitrite on the web but having no luck.
Has the spectrum been measured?
If so, can I be redirected to the resource?
This for general interest and a personal project.
Thanks.
Thanks for that.
The above reaction forms Boron Carbide, water and Lithium Nitrite (LiNO2)
That is, 4B + C+ LiNO3+ H2 ->B4C + H2O+ LiNO2 (a voltage applied)
I do not know how much is produced of the products.
Thanks.
Adrian
Hi
Thanks for that.
Lets start over
i want to find the actual yield of this reaction:
Given 1 gram of Carbon, 1 gram of LiNO3, 1 gram of Boron + excess hydrogen, how do I determine the actual yield by experiment?
Thanks,
Adrian