Labmix24

Description

Pellet for LA-ICP-MS and LIBS application /// The principle behind LA-ICP-MS (Laser Ablation - Inductively Coupled Plasma - Mass Spectrometry) involves a laser beam removing (ablating) material from a sample and analysing its chemical composition in a mass spectrometer /// LIBS (Laser-Induced Breakdown Spectroscopy) uses a laser beam to interact with the sample. Due to the extreme heat of the laser (10,000 K and more) a plasma is formed. A plasma is a cloud of ions (charged atoms) and electrons (negatively charged particles). When this plasma collapses it emits light. Light is a mixture of different wavelengths. This light is then transferred through a fiberoptic cable to a spectrometer, which can precisely split the light into its respective wavelengths. The working principle of the LIBS-spectrometer is similar to a prism as it disperses the incomming light. Each element has several characteristic wavelengths. A detector is able to attribute an intensity to each of them.

Contents

Analyte	CAS Number	Concentration	Unit
CaO		12,6 ± 0,32	g/100g
Fe2O3(T)		10,12 ± 0,08	g/100g
Scandium (Sc)	[7440-20-2]	34 ± 1,5	µg/g
Vanadium (V)	[7440-62-2]	186,4 ± 7,6	µg/g
Chromium (Cr)	[7440-47-3]	319 ± 9,4	µg/g
Cobalt (Co)	[7440-48-4]	49 ± 2	µg/g
Nickel (Ni)	[7440-02-0]	117,8 ± 3,5	µg/g
Zinc (Zn)	[7440-66-6]	60 ± 4,2	µg/g
Rubidium (Rb)	[7440-17-7]	0,978 ± 0,057	µg/g
Strontium (Sr)	[7440-24-6]	279,2 ± 6,2	µg/g
Yttrium (Y)	[7440-65-5]	11,31 ± 0,35	µg/g
Zirconium (Zr)	[7440-67-7]	38,2 ± 1,7	µg/g
Niobium (Nb)	[7440-03-1]	2,44 ± 0,23	µg/g
Caesium (Cs)	[7440-46-2]	0,372 ± 0,047	µg/g
Barium (Ba)	[7440-39-3]	148,1 ± 4	µg/g
Lanthanum (La)	[7439-91-0]	2,683 ± 0,092	µg/g
Cerium (Ce)	[7440-45-1]	6,87 ± 0,25	µg/g
Praseodymium (Pr)	[7440-10-0]	1,069 ± 0,045	µg/g
Neodymium (Nd)	[7440-00-8]	5,52 ± 0,21	µg/g
Samarium (Sm)	[7440-19-9]	1,784 ± 0,058	µg/g
Europium (Eu)	[7440-53-1]	1,069 ± 0,04	µg/g
Gadolinium (Gd)	[7440-54-2]	2,04 ± 0,083	µg/g
Terbium (Tb)	[7440-27-9]	0,338 ± 0,015	µg/g
Dysprosium (Dy)	[7429-91-6]	2,095 ± 0,045	µg/g
Holmium (Ho)	[7440-60-0]	0,428 ± 0,013	µg/g
Erbium (Er)	[7440-52-0]	1,14 ± 0,036	µg/g
Ytterbium (Yb)	[7440-64-4]	0,997 ± 0,022	µg/g
Lutetium (Lu)	[7439-94-3]	0,151 ± 0,005	µg/g

Analyte

CAS Number

Concentration

Unit

Additional information

Method

CaO

12,6 ± 0,32

g/100g

Fe2O3(T)

10,12 ± 0,08

g/100g

Scandium (Sc)

[7440-20-2]

34 ± 1,5

µg/g

Vanadium (V)

[7440-62-2]

186,4 ± 7,6

µg/g

Chromium (Cr)

[7440-47-3]

319 ± 9,4

µg/g

Cobalt (Co)

[7440-48-4]

49 ± 2

µg/g

Nickel (Ni)

[7440-02-0]

117,8 ± 3,5

µg/g

Zinc (Zn)

[7440-66-6]

60 ± 4,2

µg/g

Rubidium (Rb)

[7440-17-7]

0,978 ± 0,057

µg/g

Strontium (Sr)

[7440-24-6]

279,2 ± 6,2

µg/g

Yttrium (Y)

[7440-65-5]

11,31 ± 0,35

µg/g

Zirconium (Zr)

[7440-67-7]

38,2 ± 1,7

µg/g

Niobium (Nb)

[7440-03-1]

2,44 ± 0,23

µg/g

Caesium (Cs)

[7440-46-2]

0,372 ± 0,047

µg/g

Barium (Ba)

[7440-39-3]

148,1 ± 4

µg/g

Lanthanum (La)

[7439-91-0]

2,683 ± 0,092

µg/g

Cerium (Ce)

[7440-45-1]

6,87 ± 0,25

µg/g

Praseodymium (Pr)

[7440-10-0]

1,069 ± 0,045

µg/g

Neodymium (Nd)

[7440-00-8]

5,52 ± 0,21

µg/g

Samarium (Sm)

[7440-19-9]

1,784 ± 0,058

µg/g

Europium (Eu)

[7440-53-1]

1,069 ± 0,04

µg/g

Gadolinium (Gd)

[7440-54-2]

2,04 ± 0,083

µg/g

Terbium (Tb)

[7440-27-9]

0,338 ± 0,015

µg/g

Dysprosium (Dy)

[7429-91-6]

2,095 ± 0,045

µg/g

Holmium (Ho)

[7440-60-0]

0,428 ± 0,013

µg/g

Erbium (Er)

[7440-52-0]

1,14 ± 0,036

µg/g

Ytterbium (Yb)

[7440-64-4]

0,997 ± 0,022

µg/g

Lutetium (Lu)

[7439-94-3]

0,151 ± 0,005

µg/g

Miscellaneous

Certificate of Analysis (specimen)

Reference Material CoA specimen: for the current lot, please contact your customer service representative at info@labmix24.com

Product data sheet

View all available product details e.g. description, analytes/parameters, CAS Number, concentrations/values, sales unit/product format, method, source, transport information

Download CV

myStandards GmbH, headquartered in Kiel, Germany, was founded in 2018 and has since become a leader in the development and manufacturing of (certified) reference materials for solid state geochemical analysis. Applicable methods include LA-ICP-MS, µXRF, XRF and LIBS. Using a high-tech procedure developed in-house, myStandards manufactures binder-free, ultra-homogenous nano-particulate pressed pellets.

Available material classes and products include:

Mineral – Nano-Pellets
Carbonate – Nano-Pellets
Sulphides and Ore – Nano-Pellets
Felsic Rocks – Nano-Pellets
Mafic Rocks – Nano-Pellets
Ultramafic Rocks – Nano-Pellets
Aluminium and polymer sample mounts für Nano-Pellets

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Description

Contents

Miscellaneous

Certificate of Analysis (specimen)

Product data sheet