Anhydrous Rare Earth halide
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Lanthanum Chloride Anhydrous LaCl3 CAS 10099-58-8 For Catalysis
Lanthanum Chloride Anhydrous LaCl3 CAS 10099-58-8 For Catalysis Name: anhydrous lanthanum chloride, lanthanum chloride anhydrous CAS: 10099-58-8 Molecular formula: LaCl3 Molecular weight: 245.26 Description: Lanthanum chloride is a white powder, easy to absorb moisture and soluble in water. The preparation method is generally to pack the solid powder of lanthanum chloride hydrate and ammonium chloride in a quartz boat, put pure and dry HCl gas into the boat under reduced
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Cerium Chloride Anhydrous CeCl3 CAS 7790-86-5 For Organic Reaction Catalyst
Cerium Chloride Anhydrous CeCl3 CAS 7790-86-5 For Organic Reaction Catalyst Name: anhydrous cerium chloride, cerium chloride anhydrous CAS: 7790-86-5 Molecular formula: CeCl3 Molecular weight: 246.48 Description: Cerium chloride is a white powder, easy to absorb moisture and soluble in water. CeCl3 is obtained by mixing cerium chloride hydrate with ammonium chloride, heating and dehydrating in a tube furnace under a protective atmosphere or low pressure, and then increasing
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Praseodymium Chloride Anhydrous PrCl3 CAS 10361-79-2 For Ceramic Alloy Additives
Praseodymium Chloride Anhydrous PrCl3 CAS 10361-79-2 For Ceramic Alloy Additives Name: anhydrous praseodymium chloride, praseodymium chloride ultra dry CAS: 10361-79-2 Molecular formula: PrCl3 Molecular weight: 247.27 Description: Praseodymium chloride is a blue-green powder, easy to absorb moisture, soluble in water and ethanol. In the preparation of anhydrous praseodymium chloride, the solid praseodymium chloride hydrate and ammonium chloride are usually packed in a quartz
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Neodymium Chloride Anhydrous NdCl3 CAS 10024-93-8 For Special Rubber Additives
Neodymium Chloride Anhydrous NdCl3 CAS 10024-93-8 For Special Rubber Additives Name: anhydrous neodymium chloride, neodymium chloride ultra dry CAS: 10024-93-8 Molecular formula: NdCl3 Molecular weight: 250.60 Description: Neodymium chloride is a white to off-white powder, easy to absorb moisture and soluble in water. And then it turns into neodymium chloride hydrate which is purple. Neodymium chloride is obtained by mixing neodymium chloride hydrate with ammonium chloride,
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Europium Chloride Anhydrous EuCl3 CAS 10025-76-0 For Organometallic Compounds Of Europium
Europium Chloride Anhydrous EuCl3 CAS 10025-76-0 For Organometallic Compounds Of Europium Name: anhydrous europium chloride, europium chloride ultra dry CAS: 10025-76-0 Molecular formula: EuCl3 Molecular weight: 258.32 Description: Europium chloride is a yellow solid, which will decompose to europium chloride (II) (EuCl2) when it is lower than or equal to the melting point. It has strong water absorption. When the anhydrous substance is exposed to the humid air, it will
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Gadolinium Chloride Anhydrous GdCl3 CAS 10138-52-0 For Receptor Agonist
Gadolinium Chloride Anhydrous GdCl3 CAS 10138-52-0 For Receptor Agonist Name: anhydrous gadolinium chloride, gadolinium chloride ultra dry CAS: 10138-52-0 Molecular formula: GdCl3 Molecular weight: 263.61 Description: The gadolinium oxide or hydroxide is dissolved in hydrochloric acid, evaporated, concentrated, cooled, washed with ethanol to obtain its hexahydrate. The latter is dehydrated at 70 ℃ in the hydrogen chloride gas stream to obtain its monohydrate, and then heated
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Terbium Chloride Anhydrous TbCl3 CAS 10042-88-3 For Catalysis
Terbium Chloride Anhydrous TbCl3 CAS 10042-88-3 For Catalysis Name: anhydrous terbium chloride, terbium chloride ultra dry CAS: 10042-88-3 Molecular formula: TbCl3 Molecular weight: 265.28 Description: After the reaction of terbium oxide with hydrochloric acid, the aqueous solution was evaporated, concentrated and cooled to form hexahydrate. In order to avoid the hydrolysis in the process of heating dehydration, the crystallization water can be removed by vacuum heating
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Dysprosium Chloride Anhydrous DyCl3 CAS 10025-74-8 For Nonferrous Master Alloy
Dysprosium Chloride Anhydrous DyCl3 CAS 10025-74-8 For Nonferrous Master Alloy Name: anhydrous dysprosium chloride, dysprosium chloride ultra dry CAS: 10025-74-8 Molecular formula: DyCl3 Molecular weight: 268.86 Description: Dysprosium chloride is a white powder, easy to absorb moisture and soluble in water. Dysprosium chloride is obtained by mixing dysprosium chloride hydrate with ammonium chloride, heating and dehydrating in a tube furnace under a protective atmosphere or
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Erbium Chloride Anhydrous ErCl3 CAS 10138-41-7 For Organic Reaction Catalyst
Erbium Chloride Anhydrous ErCl3 CAS 10138-41-7 For Organic Reaction Catalyst Name: anhydrous erbium chloride, erbium chloride ultra dry CAS: 10138-41-7 Molecular formula: ErCl3 Molecular weight: 273.62 Description: After the reaction of erbium oxide with hydrochloric acid, the aqueous solution was evaporated, concentrated and cooled to form erbium chloride hexahydrate. In order to avoid the hydrolysis in the process of heating dehydration, the crystallization water can be
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Ytterbium Chloride Anhydrous YbCl3 CAS 10361-91-8 For NMR Shift Reagent
Ytterbium Chloride Anhydrous YbCl3 CAS 10361-91-8 For NMR Shift Reagent Name: anhydrous ytterbium chloride, ytterbium chloride ultra dry CAS: 10361-91-8 Molecular formula: YbCl3 Molecular weight: 279.40 Description: The valence electron configuration of Yb3 + (from ytterbium chloride) is 4f135s25p6, which is the key to influence the chemical behavior of Yb3 +. The size of Yb3 + also affects its catalytic performance and biological application. Ytterbium chloride can be
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Yttrium Chloride Anhydrous YCl3 CAS 10361-92-9 For Chemical Reagent
Yttrium Chloride Anhydrous YCl3 CAS 10361-92-9 For Chemical Reagent Name: anhydrous yttrium chloride, yttrium chloride ultra dry CAS: 10361-92-9 Molecular formula: YCl3 Molecular weight: 195.26 Description: The yttrium oxide or hydroxide is dissolved in hydrochloric acid, evaporated, concentrated, cooled, washed with ethanol to obtain its hexahydrate. The latter is dehydrated at 70 ℃ in the hydrogen chloride gas stream to obtain its monohydrate, and then heated in the helium
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Lanthanum Bromide Anhydrous LaBr3 CAS 13536-79-3 For Scintillation Crystal
Lanthanum Bromide Anhydrous LaBr3 CAS 13536-79-3 For Scintillation Crystal Name: anhydrous lanthanum bromide, lanthanum bromide ultra dry CAS: 13536-79-3 Molecular formula: LaBr3 Molecular weight: 378.62 Description: The lanthanum oxide or hydroxide is dissolved in hydrobromic acid, evaporated, concentrated, cooled, washed with ethanol to obtain its hexahydrate. The latter is dehydrated iwith ammonium bromide, and then heated in the helium gas stream at 600 ℃ to obtain the
