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Re: Rubidium Ore (New Mexico) XRF


taray singh
 

Dude

Thanks for the explanation .

Home non destructive xrf has its own beauty?

Seeing elements reacting in a??natural state when exposed to an exciter?


M.S. Shackley

Mass absorption effects result from fluorescence radiation being absorbed by coexisting elements (causing reduced intensity), or enhancement of fluorescence radiation due to secondary radiation from itself or coexisting elements (causing increased intensity). In many cases the effects can be effectively eliminated by proper sample preparation in pressed powder or fused disk samples, but corrections can be made in any case even when analysing samples non-destructively

Taray





On Friday, November 20, 2020, 12:32 PM, Dude <dfemer@...> wrote:

Geo,

Yes your doc matches up with mine. I can send you what these 1- 16 rocks are if you need the list although I¡¯m sure it¡¯s probably in the radioactive storage unit under your pool table in Vegas.

Phil had the analysis on these matrices done at the Colorado School of Mines and Fred and I worked with the Olympus XRF team to get their 50 kV XRF gun and software calibrations working for REE¡¯s and mineral exploration. These are the ICP/MS splits we ran for Olympus, I found them in the radioactive storage unit under my Snooker table here in Tucson.

We use OREAS standards for matrix QA calibrations ?https://www.ore.com.au/search/?newGroup=REE.

I¡¯ll shoot #8 and send it over.

Dud

?

?

From: [email protected] [mailto:[email protected]] On Behalf Of GEOelectronics@...
Sent: Thursday, November 19, 2020 8:19 PM
To: [email protected]
Subject: Re: [XRF] Rubidium Ore (New Mexico) XRF

?

Ah here's the picture I was looking for. Could those all be Fred's rocks?? And you have the saw-dust from their prep??

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