"cerium iii acetate hydrate"
- 23 Items Found-
Rare Earth Salts Neodymium Fluoride NdF3 CAS 13709-42-7 For Detector Scintillator
Neodymium Fluoride NdF3 CAS 13709-42-7 For Detector Scintillator Name: Neodymium fluoride, Neodymium fluoride anhydrous Molecular formula: NdF3 CAS: 13709-42-7 Molecular weight: 201.24 Description: Neodymium fluoride is a white purplish red powder, insoluble in water, hydrochloric acid, nitric acid and sulfuric acid, but soluble in perchloric acid,NH4FNdF3 insoluble double salt is formed with ammonium fluoride. The preparation method is to add hydrofluoric acid to neodymium
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Lanthanum Fluoride LaF3 CAS 13709-38-1 For Scintillator And Laser Glass
Lanthanum Fluoride LaF3 CAS 13709-38-1 For Scintillator And Laser Glass Name: Lanthanum fluoride, Lanthanum fluoride anhydrous Molecular formula: LaF3 CAS: 13709-38-1 Molecular weight: 195.9 Description: Lanthanum fluoride is a white powder insoluble in water, insoluble in hydrochloric acid, nitric acid and sulfuric acid, but soluble in perchloric acid. Stable in air. Ammonium fluoride produces NH4FLaF3 insoluble double salt.The preparation method is to add hydrofluoric acid
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Rare Earth Salts Lanthanum Hydroxide La(OH)3 CAS 14507-19-8 For Ceramics Industry
Lanthanum Hydroxide La(OH)3 CAS 14507-19-8 For Ceramics Industry Name: Lanthanum hydroxide Molecular formula: La(OH)3 CAS: 14507-19-8 Molecular weight: 189.93 Description: Lanthanum hydroxide is a white powder, soluble in acid, insoluble in water, easy to absorb carbon dioxide in the air. The production process of lanthanum hydroxide is characterized by the reaction of lanthanum oxide and water. The product is dried, and the best amount of water is 5 times of the weight of
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Samarium Boride SmB6 CAS 12008-30-9 For Chemical Valence Fluctuation
Samarium Boride SmB6 CAS 12008-30-9 For Chemical Valence Fluctuation Name: Samarium boride, Samarium hexaboride Molecular formula: SmB6 CAS: 12008-30-9 Molecular weight: 215.22 Description: Samarium hexaborate is a black powder, which is difficult to dissolve in water and hydrochloric acid. At present, the preparation of samarium hexaborate is generally by boron carbide thermal reduction method, and the reaction formula is Sm2O3 + 3B4C--2SmB6 + 3CO; because of the introductio
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Ytterbium Boride YbB6 CAS 12008-33-2 For Non-magnetic Narrow-band Semiconductor
Ytterbium Boride YbB6 CAS 12008-33-2 For Non-magnetic Narrow-band Semiconductor Name: Ytterbium boride, Ytterbium hexaboride Molecular formula: YbB6 CAS: 12008-33-2 Molecular weight: 237.91 Description: Ytterbium hexaborate is a black powder, which is difficult to dissolve in water and hydrochloric acid. At present, the preparation of ytterbium hexaborate is generally by boron carbide thermal reduction method, and the reaction formula is Yb2O3 + 3B4C--2YbB6 + 3CO; because of
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Rare Earth Salts Europium Fluoride EuF3 CAS 13765-25-8 For Laser Amplifier
Europium Fluoride EuF3 CAS 13765-25-8 For Laser Amplifier Name: Europium fluoride, Europium fluoride anhydrous Molecular formula: EuF3 CAS: 13765-25-8 Molecular weight: 208.96 Description: The preparation method is to weigh a certain amount of europium oxide, add a certain amount of dilute nitric acid, stir and heat until Eu2O3 is completely dissolved and becomes clear, then add a certain amount of ammonium fluoride, react for a certain time under a certain temperature, the
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Ytterbium Fluoride YbF3 CAS 13760-80-0 For Optical glass
Ytterbium Fluoride YbF3 CAS 13760-80-0 For Optical glass Name: Ytterbium fluoride, Ytterbium fluoride anhydrous Molecular formula: YbF3 CAS: 13760-80-0 Molecular weight: 230.04 Description: Ytterbium fluoride was prepared by hydrogen fluoride gas fluorination. This is a dry fluorination method. The optimum reaction temperature is 700 . The reaction time was 8h. The reaction is carried out in a rotary kiln type fluorination furnace. The consumption of dry HF is about 2.5
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Rare Earth Salts Yttrium Fluoride YF3 CAS 13709-49-4 For Laser Crystal Material
Yttrium Fluoride YF3 CAS 13709-49-4 For Laser Crystal Material Name: Yttrium fluoride, Yttrium fluoride anhydrous Molecular formula: YF3 CAS: 13709-49-4 Molecular weight: 145.9 Description: Yttrium fluoride is a white powder, insoluble in water, insoluble in hydrochloric acid, nitric acid and sulfuric acid, but soluble in perchloric acid. It is relatively stable in the air and forms insoluble complex salt with ammonium fluoride. The chemical preparation method is to dissolve
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Lanthanum Boride LaB6 CAS 12008-21-8 For High-power Electronic Tube Material
Lanthanum Boride LaB6 CAS 12008-21-8 For High-power Electronic Tube Material Name: Lanthanum boride, Lanthanum hexaboride Molecular formula: LaB6 CAS: 12008-21-8 Molecular weight: 203.77 Description: Lanthanum hexaborate is a dark purple powder, which is difficult to dissolve in water and hydrochloric acid. In terms of chemical composition, lanthanum borate belongs to inorganic non-metallic materials, and in terms of material properties, it belongs to non oxygen metal
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Gadolinium Boride GdB6 CAS 12008-06-9 For Main Component of Ceramic Materials
Gadolinium Boride GdB6 CAS 12008-06-9 For Main Component of Ceramic Materials Name: Gadolinium boride, Gadolinium hexaboride Molecular formula: GdB6 CAS: 12008-06-9 Molecular weight: 222.12 Description: Gadolinium hexaborate is a dark purple powder, which is difficult to dissolve in water and hydrochloric acid. At present, the preparation of gadolinium hexaborate is generally by boron carbide thermal reduction method, and the reaction formula is Gd2O3 + 3B4C--2GdB6 + 3CO;
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Scandium Fluoride ScF3 CAS 13709-47-2 For Additive Of Improving Alloy Properties
Scandium Fluoride ScF3 CAS 13709-47-2 For Additive Of Improving Alloy Properties Name: Scandium fluoride, Scandium fluoride anhydrous Molecular formula: ScF3 CAS: 13709-47-2 Molecular weight: 101.95 Description: Scandium fluoride exhibits an unusual negative thermal expansion, which means it contracts when heated. This phenomenon can be explained by four oscillations of fluorine ions. Scandium fluoride can be prepared by the reaction of scandium and fluorine, or by the
