The five-stone different lipid ointment is a good medicine in ancient times, and its main use is quite extensive.
This ointment, with its unique properties, has remarkable effects in healing various diseases. First, it can be used for skin diseases. If a person is invaded by wind evil and heat poison, the skin is sore, swollen and poisonous, and the five-stone different lipid ointment is applied to clear away heat and detoxify, reduce swelling and relieve pain. Its medicinal effect penetrates the skin, penetrates deep into the skin, dispels the poison, and gradually eliminates the sore, redness and swelling, and pain.
Second, it is also wonderfully useful for injuries caused by bruises. When a person accidentally falls, it causes injuries to the muscles and bones, stagnation of qi and blood, and local swelling and pain are unbearable. Wushi Dianzhi lipid ointment can promote blood circulation and remove blood stasis, relieve tendons and collaterals. Applied to the injury, the various medicines in the ointment cooperate with each other, which can promote the local qi and blood operation, dissipate blood stasis, relieve tendons and veins, help damaged muscles and bones recover, relieve pain, and speed up the process of healing.
Third, in the disease of joint arthralgia, Wushi Dianzhi lipid ointment can also play an effect. Wind cold and dampness evil invade the human joints, causing joint pain and unfavorable flexion and extension. This ointment can remove wind and dehumidification, warm and clear the meridians and collaterals. The power of medicine goes directly to the hospital, dispels the wind cold and dampness evil between the joints, smooths the meridians and collaterals, improves the symptoms of joint pain and stiffness
In short, Wushi Different Fat Ointment has good treatment cost for skin sores, bruises, joint arthralgia and many other diseases. It is a good medicine commonly used by the ancients and a rare cure for saving people from illness.

The five-pronged hetero-column borate crystal has unique physical properties, which is a wonder of creation in heaven and earth.
The appearance of this crystal presents a regular and delicate shape. Its edges are clear, and the five edges are intertwined, creating a unique geometric configuration, just like the ancient divine craftsmen carefully carved. Looking at it as a whole, it seems to contain some mysterious order between heaven and earth, which makes people amazed by the ingenuity of nature.
Its texture is hard, like fine steel that has been tempered over time. When touched with ordinary utensils, it is difficult to leave a trace, just like it can resist the invasion of various external forces in the world. However, although it is hard, it is not brittle and easy to fold, and it has a certain toughness. It is soft in the hardness, just like the hardness and softness of the ancient chivalrous.
In terms of optical properties, this crystal also has extraordinary properties. When light shines on it, the light seems to be endowed with spirituality and is refracted in the crystal. Its refracted light forms brilliant colors, or like the splendor of the morning glow, or like the grandeur of the evening sun, colorful and dazzling. And under the illumination of light from different angles and intensities, the colors presented are also different, bright or dark, thick or light, like a flexible and changeable picture.
Furthermore, its thermal properties are also quite unique. Under high temperatures, this crystal can still maintain its own structure stability and does not easily melt and deform, as if it can withstand the scorching of the hot sun. In the low temperature environment, it does not lose its inherent characteristics, showing a kind of tenacity, just like the pine and cypress that are not afraid of the cold.
Five-pronged hetero-column borate crystal, with its unique physical properties, is unique between heaven and earth, and can be called a treasure bestowed by nature on the world.

The chemical properties of this salt are as follows:
This salt has a unique structure, which makes its chemical properties interesting. In common chemical reactions, its stability is quite impressive. In the case of general acid-base environment, the pentagonal iso-columnar borate shows considerable resistance and is not easily eroded by acid and alkali. In acidic media, if there is no strong acid and under specific conditions, the salt only shows a very weak reaction, and only a few ions exchange weakly, and the main structure remains stable.
In aqueous solution, some ions of the pentagonal iso-columnar borate can be dissociated. Its boroxy group will interact with water molecules to a certain extent, and this interaction affects the distribution and activity of ions in the solution. At the same time, the dissociated ions can participate in some ionic reactions, like combining with specific metal ions to form new complexes.
Pentagonal iso-columnar borate also exhibits certain redox properties. In the presence of a specific strong oxidizing agent, the valence state of boron can change, resulting in a series of redox reactions, and the products vary according to the different reaction conditions. In the reducing environment, if there is a suitable reducing agent, it can also promote the reaction of reducing the valence state of some elements in borate.
In terms of thermal stability, Pentagonal iso-columnar borate will gradually decompose at higher temperatures. During the decomposition process, crystal water will be lost in turn, and the structure will change accordingly, which will lead to changes in chemical properties. When the temperature rises further, its chemical bonds break and decompose into other simple compounds. In short, pentagonal isoblastic borate has potential applications in many fields due to its special structure, complex and diverse chemical properties.

The method of synthesis of barium strontium carbonate with five-pronged hetero-column is not detailed in ancient books, but according to today's chemical theory, one or two can be deduced.
First, it can be combined with carbonate by salts containing barium and strontium. For example, the solution of barium chloride ($BaCl_ {2} $) and strontium chloride ($SrCl_ {2} $) is slowly injected into the sodium carbonate ($Na_ {2} CO_ {3} $) solution and stirred to make it fully react. In the reaction formula, barium chloride and sodium carbonate can be reacted to obtain barium carbonate precipitation and sodium chloride, that is, $BaCl_ {2} + Na_ {2} CO_ {3} = BaCO_ {3}\ downarrow + 2NaCl $; strontium chloride and sodium carbonate can be reacted to obtain strontium carbonate precipitation and sodium chloride, that is, $SrCl_ {2} + Na_ {2} CO_ {3} = SrCO_ {3}\ downarrow + 2NaCl $. The two precipitates are co-occurring in one place, and then treated by a special process, or five-pronged hetero-column barium strontium carbonate can be obtained.
Second, the ore containing barium and strontium is started. The ore is first crushed and ground to make the particles fine to increase the surface area of the reaction. Then leach with an appropriate acid solution, such as hydrochloric acid, to dissolve barium and strontium in ionic form. After leaching, filter to remove its insoluble impurities. Then add a carbonate solution dropwise to the obtained filtrate, such as ammonium carbonate ($ (NH_ {4}) _ {2} CO_ {3} $), barium, strontium ions combine with carbonate ions to form barium carbonate and strontium carbonate precipitation. Subsequent washing, drying, calcination and other processes may promote the transformation of its crystalline form to pentagonal hetero-column strontium barium carbonate.
Third, hydrothermal synthesis can also be used. Take an appropriate amount of barium salt, strontium salt and carbonate, and place it in an autoclave in a certain proportion. Add an appropriate amount of water to form a uniform mixing system. After sealing the reactor, heat up to a certain temperature and maintain it for a certain period of time. Under this high temperature and high pressure environment, the reaction activity between various ions is enhanced, and the crystal growth and crystallization process can be regulated, so that it is easier to form a specific crystal form of pentagonal isopylared strontium barium carbonate.
The synthesis process requires careful consideration of various factors such as temperature, concentration, reaction time, etc., subtle changes, or differences in products. Each method has its advantages and disadvantages, and it is necessary to choose the best one according to the actual situation.

Those with five beams of aliphatic gallstones are medicinal stones and the like. When storing and transporting, you need to pay attention to many matters.
When hiding, the environment is the first priority. It is necessary to choose a dry place to cover its resistance to moisture. If it is in a humid place, it is prone to moisture and deterioration, and its medicinal power is damaged. And it is necessary to avoid direct sunlight. If it is overheated, it may change its properties and its medicinal effect will be difficult to complete.
As for the transportation period, the package must be tight. To prevent it from being damaged by earthquakes during the journey and causing the medicinal stones to fall apart. And when handling, handle it with care and do not make excessive bumps. If it is for long-distance transportation, it is even more necessary to check the temperature and humidity of the environment, and prepare corresponding things to adjust it to ensure that it is in a suitable environment. In addition, when transporting, it must be different from other things, and it must not coexist with odor or chemical reactions to prevent it from being contaminated or changed.
These things to pay attention to are to protect the quality of the five-beam xenolithic gall alum, so that when it is used, it can do its best to achieve the expected effect. Therefore, when storing and transporting, it must not be ignored, and it is appropriate to follow this.