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Biobuffer is a solution that can keep the pH value of the solution relatively stable when adding a small amount of acid or alkali. Most cells can only operate in a very narrow pH range, and a buffer system is needed to resist the pH changes in the metabolic process. In biochemical research, buffer solution is often used to maintain the ph of the experimental system. 1. Phosphate buffer Phosphate buffer is the most widely used buffer. Due to secondary dissociation, the buffer has a wide pH range and can be configured with acidic, alkaline and neutral buffers of different pH values: Acidic buffer can be prepared by using NaH2PO4 or KH2PO4 directly, pH range is 1~5; Alkaline buffer can be directly used Na2HPO4 or K2HPO4

Lithium Carbonate Side Effects why lithium carbonate is not stable to heat Manufactory

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Why lithium carbonate is not stable to heat? This leads to an increase in the stability of alkali carbonate. However, lithium carbonate is not very stable for heat. This is because lithium carbonate is covalent. Therefore, lithium carbonate decomposes at low temperature, while stable sodium carbonate decomposes at high temperature Lithium Carbonate Basic Information CAS: 554-13-2 MF: CLi2O3 MW: 73.89 EINECS: 209-062-5 Mol File: 554-13-2.mol Lithium Carbonate Structure Lithium Carbonate Chemical...

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Lithium Carbonate Dosage why lithium carbonate is thermally unstable Manufactory

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Why lithium carbonate is thermally unstable? It is mostly clearly on heat stability In Group 1, lithium carbonate produce lithium oxide and carbon dioxide: Li2CO3(s)→Li2O(s)+CO2(1.5). Lithium carbonate is not very stable for heat. This is because lithium carbonate is covalent. Therefore, lithium carbonate decomposes at low temperature, while stable sodium carbonate decomposes at high temperature. Lithium Carbonate Basic Information CAS: 554-13-2 MF: CLi2O3 MW: 73.89 EINECS: 209-062-5 Mol File:...

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Lithium Hydroxide Formula why lithium hydroxide is thermally unstable Supplier

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Lithium hydroxide reacts with sulfuric acid: The reaction between acid and alkali is called hydracy, which leads to the formation of salt and water. If acid is H2SO4, alkali is lithium hydroxide. Lithium hydroxide reacts with sulfuric acid as follows, H2SO4 + LiOH → Li2SO4 +H2O, where the salt formed is Li2SO4. Lithium Hydroxide Basic Information CAS: 1310-65-2 MF: LiOH MW: 23.95 EINECS: 215-183-4 Mol File: 1310-65-2.mol Lithium Hydroxide Structure Lithium Hydroxide Chemical Properties Melting...

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