Bore my readers to death
Photoassisted electrochemistry carried out by irradiation of UV light on the electrode surface resulted resulted in a less resistive film coating after 1 hour of potentistatic holding.
Potassium iodide is an inappropriate supporting electrolyte, as it undergoes redox chemistry in the potential range under investigation, resulting in uncertainties in measured values. Despite this, trends observed with supporting lecetrolye could be correlated with trends in the absense of supporting electrolyte, which were reproducible.
The addition of NaBH4 also resulted in a less resistive film coating, attributed to the incorporation of B and the successful formation of a p doped semiconductor.
EELs will be a very useful tool in the investigation of sp2 to sp3 ratios.
Saddest thing is?
This is really, really exciting stuff.
posted by Aislinn Sirk @ 11:19 AM
11 Comments:
*reads title*
*starts reading post*
*eyes gloss over*
*reads last sentence*
No.
I'll just assume you're talking to someone else. K?
No, it really is super cool. I've very excited. It's great.
Trust me.
I am very excited for you, Bob. I understand all the words, anyway, if not their import.
You use eels in your research???? *gasp* Someone should report you to PETA!
And is a semiconductor the conductor's understudy?
~arkie <---- making dumb comments since forever.
Actually, I just discovered how useful EELs can be so I sent an email to my labmate (who can run this) with a picture of some very cute eels.
Sometimes I like a blue lollipop...usually I go for red.
So you like your roomba, have you tried that automatic shower cleaner thingy?
*shoves butter in closet*
My hovercraft is full of eels.
Cocooooooooooooooooooooo!
*humps Coco's leg*
Did ya miss me? I miss you! How are you? What are you doing? What are you wearing? Do you read wierd porn still?
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