Guanidine Phosphate

For plex anhydride, the use is not limited. It can be used as a raw material for synthesis, and it is often reversed. In the field of chemistry, it is often used as a starting material, a series of polymerization, polymerization, or to modify the properties of molecules, such as improving the solubility and characterization of the compound, and improving the efficiency. In the field of materials, plex anhydride also plays an important role. It can be copolymerized with other materials to synthesize polymer materials with special properties. This material may have mechanical properties and chemical resistance, and can be used in the manufacture of high-performance engineering plastics, plastics, etc., and is widely used in aerospace, automotive, and other industries. Furthermore, in the biological field, due to its special chemistry, it can be used as a component of bioactive molecules. Through the biological active phase, it can be targeted to a specific cell or cell, improve the utilization efficiency of the biological active substance, and reduce the side effects of normal bioactivity. And in some biocatalytic reactions, it can be used as a catalyst or a catalyst, accelerate the reaction process, and promote the benefit of biosynthesis. And because of its certain anti-activity, it is also widely used in the fabrication of materials, adhesives, etc. It can improve the adhesion and wear resistance of materials, increase the adhesion of adhesive materials, and improve the performance of the product. In addition, the acid anhydride has indispensable uses in many fields such as chemical, chemical, materials, and biology, and promotes the development of technology in each field.

Borax is a common mineral traditional Chinese medicine with many physical properties. The appearance of borax is usually colorless and translucent crystals, or white crystalline powder, which is brittle and fragile, and has a glass-like luster on the cross-section. Its crystals are often columnar, granular or soil-like aggregates. The specific gravity of borax is about 1.69 to 1.72, which is relatively light. In terms of hardness, its Mohs hardness is about 2 to 2.5, and the texture is relatively soft. It can be scratched on the surface with your fingernails. Borax has a certain water solubility, with a high solubility in hot water, and the aqueous solution is alkaline. When borax is heated, it will gradually lose its crystalline water, expand, and eventually melt into a transparent glassy substance. This property was often used in ancient times for firing glass or as a flux. Borax is relatively stable in air, but it may absorb water and deliquescent when exposed to humid environments for a long time. Due to its unique physical properties, it was used in many fields in ancient times. For example, in alchemy, metallurgy and some traditional processes, borax was often used as an important auxiliary material, playing a key role in melting and clarification.

Borax anhydride is obtained after the loss of water from borax. Borax, whose chemical composition is the crystalline hydrate of sodium tetraborate, gradually loses its crystalline water when heated, and finally forms borax anhydride, that is, boron trioxide. The chemical properties of borax anhydride are quite unique. First, it has the properties of acidic oxides and can react with alkali substances. In case of sodium hydroxide solution, it can combine with it to form borate and water, which is the common reaction of acidic oxides and alkalis to form a typical reaction of salt and water. Second, it can co-melt with some metal oxides to form borate glass with a specific color. This property is widely used in metallurgy, glass dyeing and other processes. By observing the color of the borate glass produced, it can be inferred that the metal elements contained in the ore are also a simple means of ore identification in ancient times. Third, boric anhydride has a certain degree of water absorption, which can slowly absorb water in the air and transform into boron compounds containing crystalline water again. Boric anhydride has important uses in many fields. In the ceramic industry, it can be used as a flux to reduce the melting point of the ceramic body, promote the sintering of the body at a lower temperature, and can improve the luster and transparency of the ceramic. In the glass manufacturing industry, the addition of boric anhydride can improve the thermal stability and chemical stability of the glass. For example, common heat-resistant glass, boric anhydride plays a key role. In the field of metallurgy, it can be used as a flux to help remove impurities in metals and improve the purity of metals.

The essence of taste is also very important for the taste of food. Its production process can be studied, and it can be described in ancient methods, which can also show its delicacy. In the beginning, it is necessary to obtain the best raw materials. It is often rich in protein, such as soybean meal and small skin. In these materials, protein is rich, which is the foundation of amino acids. This raw material is immersed in water to dissolve the protein in it, and if the essence is produced from the substance. And, the method of hydrolysis is applied. This hydrolysis, which is not usual, is the disassembly of protein molecules by acids or enzymes. The process of acid hydrolysis involves mixing raw materials with an acid solution of a certain degree according to a certain proportion, and placing them under a specific degree and force. It is just like a craftsman using tools to carve jade, so that the protein can be decomposed into amino acids again and again, among which there is the amino acid we need. The method of enzymatic hydrolysis is more delicate. With a specific enzyme medium, its function is harmonious and efficient. If it is used well, it is accurate and less expensive, and it can also make the protein dissolve amino acids. Hydrolysis has been completed, and it is a point of improvement. First, the method of sedimentation and erosion is used to remove its properties, so that the liquid is clear, like water in a clear canal, and all substances are removed. Then, the crystallization of the whole solution is used, such as the degree of temperature and the degree of temperature, so that the amino acid precipitates from the solution, such as ice crystals condensing in cold winter, and the shape is solid. At the end, the amount of the amino acid is reversed, such as oxidation, so that it can generate amino acid. And the general processes such as dryness and pulverization, the most accurate amino acid powder, can be used to add flavor and color, and add a lot of color to delicacies. This is the general strategy of the production of amino acids, among which there are many, and careful operation is required to make a good product.

When using tannic acid paste, there are many matters that must not be ignored. The first thing to pay attention to is the cleanliness of the affected area. To make the tannic acid paste perform its effect, it must make the affected area clean and free of dirt. Wash it lightly with warm water first to remove its dirt and pus. If there is any hair, it should be shaved off first, so that the medicine can directly touch the sick area without barrier. And after washing, use a soft cloth, wipe it lightly to dry, and do not leave water stains to prevent moisture from accumulating and causing other diseases. Furthermore, the method of using paste is also exquisite. With a clean finger, or a thin wood or bamboo slice, pick an appropriate amount of tannic acid paste and apply it evenly to the affected area. The application should be applied gently, so that the paste is evenly covered, neither too thick nor too thin. If it is too thick, the medicinal power will be stagnant, and the skin will not be smooth and comfortable; if it is too thin, the medicinal power will be insufficient, and it will be difficult to achieve good results. And when applying, the action should be done quickly to avoid the paste being exposed to the outside for a long time, causing the ingredients to dissipate. When using it, it is also necessary to examine the condition of the affected area. If the skin is broken seriously, or there is a lot of exudation, it is advisable to consult a doctor first, weigh the pros and cons, and then apply the medicine. Although the cover tannic acid cream has the effect of astringency, it may cause irritation where it is too broken, which is not conducive to healing. If after taking the medication, the affected area feels burning, itching intensifies, or there are erythema or swelling, which is a sign of allergies. Stop using it immediately, wash it with warm water, and seek medical attention as soon as possible. The frequency of using the ointment must also depend on the severity and severity of the disease. In light cases, you can apply it once or twice a day; in severe cases, you may need to apply it three or four times. However, you should not increase the number of times without authorization to prevent the drug from being too powerful and damaging the skin. And during the medication period, you should also be cautious in your diet, and avoid spicy, greasy, and fishy things to prevent fire from generating moisture, which is contrary to the power of the medicine. All of these are what you should pay attention to when using tannic acid cream, and you should not be careless.