Rhodium atomic absorption standard solution - Materials / Alfa Chemistry

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Rhodium atomic absorption standard solution

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Catalog Number

ACMA00017465

Product Name

Rhodium atomic absorption standard solution

Category

Reference-Calibration Standards

Description

Rhodium metal fume is a reddish-gray to black dust-like powder. mp: 1966° C, bp: 3727°C. Insoluble in water. Bulk rhodium is a white or blueish-white, hard, ductile, malleable metal. The appearance and other properties of insoluble Rh compounds varies depending upon the specific compound.;DryPowder, OtherSolid;GREY-TO-BLACK POWDER.;Appearance and odor vary depending upon the specific soluble rhodium compound.;Metal: White, hard, ductile, malleable solid with a bluish-gray luster.

IUPAC Name

rhodium

Molecular Weight

102.9055g/mol

Molecular Formula

Canonical SMILES

[Rh]

InChI

InChI=1S/Rh

InChI Key

MHOVAHRLVXNVSD-UHFFFAOYSA-N

Boiling Point

6741 °F at 760 mm Hg (NIOSH, 2016);3695 °C;3695 °C;6741°F

Melting Point

3571 °F (NIOSH, 2016);1964 °C;1965 °C;3571°F

Density

12.41 (metal) (NIOSH, 2016);12.41 g/cu cm @ 20 °C;12.4 g/cm³;12.41 (metal)

Solubility

Insoluble (NIOSH, 2016);Insoluble in acids and aqua regia; soluble in fused potassium bisulfate.;Insoluble in hot or cold water; soluble in concentrations of sulfuric acid and in sulfuric acid + hydrochloric acid.;Solubility in water: none;Insoluble

Application

The purpose of the Rhodium atomic absorption standard solution is to provide a reliable and precise reference material for the quantification and analysis of rhodium, a highly valued element in the platinum group metals, known for its exceptional hardness, resistance to corrosion, and high reflectivity. This solution is essential in testing applications where rhodium's unique properties-such as its ability to withstand high temperatures and its role in forming durable, high-temperature alloys used in electric coils, thermocouples, and catalytic converters-are utilized. Additionally, its corrosion resistance makes it a crucial element for electroplating applications, including the production of jewelry, mirrors, and optical instruments. The solutions further enable accurate measurement and quality control in laboratories to ensure consistency in these industrial uses.

Color/Form

Silvery-white, soft, ductile, malleable metal; face-centered cubic structure;...In air, it occurs in the form of gray fume or dust.

Complexity

Covalently-Bonded Unit Count

EC Number

231-125-0

Exact Mass

102.90549g/mol

Formal Charge

Heavy Atom Count

ICSC Number

1247

MeSH Entry Terms

Rhodium;Rhodium 103;Rhodium-103

Monoisotopic Mass

102.90549g/mol

Other Experimental

Atomic number 45; valences 1-6; most common states 1, 3; One naturally occurring isotope:103; artificial radioactive isotopes: 97-102; 104-110;Electrical resistivity 4.51 microohm-cm @ 0 °C; Brinell hardness: 100; Not attacked by acids even aqua regia when in compact form; the finely divided metal reacts with aqua regia; Absorbs oxygen when melted; at a read heat is slowly oxidized to the sesquioxide; Converted to the trihalide by chlorine or bromine at a red heat; not attacked by fluorine.;Enthalpy of formation: 556.9 kJ/mol (gas); Heat capacity: 25.0 J/mol K (crystal); 21.0 J/mol K (gas);Enthalpy of fusion: 26.59 kJ/mol;Magnetic susceptibility: 9.9X10-7 cu cm/g; Vickers' hardness: 100-120;High surface reflectivity;Solid phase-temperature of transition (deg K): 2240; liquid phase-temperature of transition (deg K) 4150; heat of transition (Kcal/g mole): solid phase 5.2; liquid phase 127; entropy of transition (EU): solid phase 2.3; liquid phase 30.7; entropy at 298 deg K (EU): solid phase 7.6.;Magnetic susceptibility (Temp K= 298 deg) 111.0X10-6 CGS; (Temp K= 723 deg) 123.0X10-6 CGS;Oxidizes slowly at 6 °C

Rotatable Bond Count

Stability

Absorbs oxygen when melted; at a red heat is slowly oxidized to the sesquioxide.;Converted to trihalide by chlorine or bromine at a red heat; not attacked by fluorine.

UNII

DMK383DSAC

UN Number

3089

Vapor Pressure

0 mm Hg (approx) (NIOSH, 2016);1 Pa @ 2015 °C; 10 Pa @ 2223 °C; 100 Pa @ 2476 °C; 1 kPa @ 2790 °C; 10 kPa @ 3132 °C; 100 kPa @ 3724 °C;0 mmHg (approx)

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