does anyone know a way to obtain around twenty grams of pure lithium
How pure?
I don't know if this applies to France, but due to the Americanization of Britain, here we have a 20% discount this Friday
does anyone know a way to obtain around twenty grams of pure lithium
How pure?
I don't know if this applies to France, but due to the Americanization of Britain, here we have a 20% discount this Friday
I found this seller on Etsy - a UK seller. About 1/4 the price Ebay charges. He may post to France and also has many interesting items.
.https://www.etsy.com/uk/shop/Metdeals?ref=l2-about-shopname
Well i meant lithium not LAH.
Display MoreHow pure?
https://www.goodfellow.com/fr/m/lithium
I don't know if this applies to France, but due to the Americanization of Britain, here we have a 20% discount this Friday
Difficult to find lithium ( not only 1gr) as powder easier to handle.
I found this seller on Etsy - a UK seller. About 1/4 the price Ebay charges. He may post to France and also has many interesting items.
.https://www.etsy.com/uk/shop/Metdeals?ref=l2-about-shopname
Well i meant lithium not LAH.
Huh? This is metal foil and rod:
Goodfellow won't be cheap (even if you get the 20% discount), but it will be lab-grade material.
I even had my own account with them 20 years ago (before I got distracted by other interests).
I moved 6 lithium material sources posts from the air fare drop thread to here as this is a more proper space for exchange of tips and links for sourcing materials for experiments.
Cydonia you can buy lithium from Bob Lazar also, in the US.
It seems to me that you are unwilling to purchase online, or at least from sites outside France, I don’t know if you’ve had bad experiences with online purchases.
Cydonia this is Amazon France, https://www.amazon.fr/Lithium-élément-qualité-Granulés-lithium/dp/B0928PZ1BC#
Merck, the only provider able to give exces energy...
You mix this up with Mars, the only provider of excess energy:
Nice humor , although i still have to ask Tarasenko if Mars as planet is working as "his" earth ?
If yes, i have to call Elon to help him to go there for more investigations...
Here is the evidence for EVO
Gamma Spectrometers seem to be getting cheaper/smarter
Anyone has any experience with either of these two
measall 330 usd
radiacode 270 euro
Display MoreGamma Spectrometers seem to be getting cheaper/smarter
Anyone has any experience with either of these two
measall 330 usd
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radiacode 270 euro
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The second one is the one that Bob Greenyer has used on some of his videos. Seems very versatile.
Awhile since I posted in this thread. I have been messing with higher temperature electrolysis for H2 implantation into metals like Fe and Ni and have tried several methods of keeping the cells warm, none of them entirely satisfactory. But then I though of the obvious (generally the last thing that happens) and bought a food warmer. Very cheap ($45 including delivery) , thermostatic, good up to the 60C I need and 200 watts power usage. Contents optional but this is around 10X cheaper than the usual lab thermostatic water-bath,
The idea of using higher than ambient temperatures for H2/D2 loading is not new of course, F&P, Mills, Nagoya, Thermocore all used this technique.
Everyone here definitely needs one of these for their respective lab doors...
Everyone here definitely needs one of these for their respective lab doors...
For a moment I thought the spoiler was going to be break-away hinges to keep the blast pressure down.
More work on the LEC. I have been plagued with breakdowns - but everything running at last. Using silicon rubber 3 -D printer heat pads instead of the food warmer to give better independent control of tank temperature... Currently the tank on the left has an iron (actually mild steel) cathode and a copper anode. This is to hydrogenate the steel plate using is 1M K2CO3 in water as an electrolyte . After hydrogenation the plate is transferred to the tank on the right for nickel plating (with co-dep hydrogen). The anode in this tank is nickel batter mesh and the electrolyte is 20% strength Watts plating mixture (Nickel chloride, sulphate etc).. The PID thermostats and the PSU are also visible.
General view.
The heater pads
In action..
PID Thermostats...
Years after years and i don't know why, may remains a good time for experimentations.
Even if all of them take place in laboratories apparently the surrounding sun plays a key role
By sun i meant probably the may longer days which aren't especially sunny.. for example this year in UE..
Display MoreMore work on the LEC. I have been plagued with breakdowns - but everything running at last. Using silicon rubber 3 -D printer heat pads instead of the food warmer to give better independent control of tank temperature... Currently the tank on the left has an iron (actually mild steel) cathode and a copper anode. This is to hydrogenate the steel plate using is 1M K2CO3 in water as an electrolyte . After hydrogenation the plate is transferred to the tank on the right for nickel plating (with co-dep hydrogen). The anode in this tank is nickel battery mesh and the electrolyte is 20% strength Watts plating mixture (Nickel chloride, sulphate etc).. The PID thermostats and the PSU are also visible.
General view.
The heater pads
In action..
PSU...