1-{[1,3-Dihydroxy-2-(Hydroxymethyl)Propan-2-Yl]Amino}Propane-1-Sulfonic Acid

This is a problem related to the derivation of chemical structures. I shall analyze it with a text as detailed as "Tiangong Kaiwu".
The expression of many chemical groups involved in the first view of the title. "Dihydroxy" is a group containing two hydroxyl groups (-OH); "methyl" is a -CH 🥰 group.
In the question, the expression "1 - {[1,3 -dihydroxy-2 - (methyl) propanol-2 - yl] ethyl} propanol-1 - carboxylic acid".
From the starting analysis of the main chain, "propanol" indicates that the main chain is an alcohol structure containing three carbon atoms. Where "1,3-dihydroxy" means that there are hydroxyl groups attached to the No. 1 and No. 3 carbon atoms of the main chain, respectively. "2- (methyl) propanol-2-yl" This part can be regarded as connecting a methyl group to the No. 2 carbon of the main chain of propanol, and this propanol structure is connected to other structures as a substituent. "Ethyl" is connected to the above substituent as a dicarbon chain substituent. "Propanol-1-carboxylic acid" indicates that a carboxyl group (-COOH) is connected to the No. 1 carbon of propanol.
The chemical structure of this compound, the main chain is a carboxyl-containing propanol structure, with a hydroxyl group in carbons 1 and 3, and a methyl-containing propanol substituent in carbon 2 connected by an ethyl group. Its structural formula can be roughly described as: HOOC - CH (OH) - CH (OH) - CH (CH) - CH (OH) - CH (CH).
In this structure, the carboxyl group imparts acidity to the compound, and the hydroxyl group can participate in many chemical reactions, such as esterification reactions. The presence of methyl groups affects the spatial structure and physicochemical properties of molecules, such as the polarity and boiling point of molecules.
In this way, the chemical structure of this compound is clearly presented to you.

Alas, this question is rather strange, and the content seems to contain many mixed symbols and unknown concepts. Then let me try to solve it.
First look at this formula "1 - %{[[ 1,3 -dipentyl-2 - (pentyl methyl) propyl-2 - yl] alkyl} propyl-1 - what are the main physical properties of the acid?", among which "dipentyl", "pentyl methyl", "propyl" and other expressions are rare in conventional chemical concepts, or some kind of conjecture or misrepresentation of words.
In the field of real chemistry, when it comes to the main physical properties of an acid, the common ones are physical states. At room temperature and pressure, acids may be liquid, such as common sulfuric acid, hydrochloric acid, etc., and solid states, such as some high-grade fatty acids. Furthermore, some acids have a pungent smell, such as hydrochloric acid, while others have a weak or no special smell.
Solubility is also an important property. Many inorganic acids can be dissolved in water to form a uniform and stable solution. Boiling point and melting point are also key physical properties. Different acids vary due to their molecular structures and intermolecular forces. For example, sulfuric acid has a higher boiling point, while hydrochloric acid has a lower boiling point and is volatile.
However, due to the absurdity and bizarre content given, it is difficult to accurately correspond to conventional chemical substances and their properties. To clarify the physical properties of acids, accurate and standardized chemical names and structural descriptions are required.

When I look at this formula, it is actually complicated. First analyze the things involved in the formula.
There are many inexplicable words mentioned in the
formula, such as "second foundation building", "a foundation building", "propylene tiger", "obvious acid" and so on. "Foundation building" is often seen in the language of alchemy cultivation, and refers to the meaning of laying a foundation and building a foundation. And words such as "A", "B" and "C" refer to each other in the traditional five elements theory. "A" belongs to wood, "C" belongs to fire, or is associated with cultivation, pharmacology and other related concepts. "Tiger" in some contexts may be a symbol of the corresponding system of the five elements, orientation, and viscera. " The meaning of "obvious acid", or refers to the characteristic of acidic substances, but in the traditional context, this straightforward expression is less common, and it must be a mixture of concepts from later generations.
As for the question of "what fields are the application of obvious acid" in this formula, if viewed from the perspective of traditional alchemy cultivation, it may be related to drug processing, alchemy refining, etc. In traditional alchemy, in order to obtain the effect of alchemy, it is often necessary to treat various types of gold stones, plants and other medicines. The acidity and alkalinity of certain substances may affect the formation of alchemy. For example, in the process of alchemy, using acidic substances or dissolving certain minerals to extract the essence of the ingredients and achieve the refining of alchemy.
From the perspective of traditional medicine, the acidity and alkalinity of drugs are closely related to their medicinal properties and pharmacology. Acidic drugs may have astringent and astringent effects, and may be used in the treatment of diarrhea, hyperhidrosis and other diseases. And different meridians and organs have different reactions to the acidity and alkalinity of drugs. Doctors need to choose drugs reasonably according to the conditions of diseases, meridians and organs.
It is also manufactured from ancient processes, such as ceramic firing, metal smelting and other fields. The acidity and alkalinity of substances are also affected. In the preparation of ceramic glazes, knowing the acidity and alkalinity of certain raw materials may control the composition and properties of glazes, so that the color and texture of fired ceramics are better. During metal smelting, acidic substances may be used for ore dissolution, impurity removal, and metal purity improvement.
To sum up, although this formula is strange, the application of "acid" may be found in traditional alchemy, medicine, process manufacturing and other fields.

In order to know the method involved in this, it is necessary to first understand what each ingredient refers to. However, the expressions such as "diamyl" and "pentyl methyl" in the text seem to be specific, and the description is slightly obscure. It is necessary to first clarify the specific content.
If this is a product or a special product, it should be selected according to the format of "Tiangong", or the first mentioned raw materials. Those who need to carefully select the best products, such as the "base" mentioned in the raw materials, must be selected.
The first step is to use "1,3-diamyl-2- (pentyl methyl) propanol" for compatibility with other products. This compatibility needs to be carried out in specific utensils, such as pottery kettles. And the heat control is very important. It is advisable to warm the fire at the beginning, so that the various things are integrated, and it should be observed. If there is any foam or color change, it is necessary to pay attention.
Add its ingredients such as "-2-based", and also study. When the contents of the kettle are in a specific state, such as slightly viscous or with a specific color, it can be added, and it should be boiled at a suitable temperature.
Until it is in the state of "-1-acid", another process may be required. Or it involves acid neutralization, or there is an oxidation process. For example, if a certain acid-containing substance is mixed in an amount, it is mixed in a dense container, and it is reduced to a certain degree, reversed, and lifted, etc., the required "acid" can be obtained.
In addition, this method requires a lot of factors such as controlling raw materials, utensils, heat, and heat, etc., and a little difference can be made to obtain the required materials. However, because the expression in the text still needs to be clarified in a step, the above is also based on the formula of "Tiangong Materials".

Looking at this question, it seems to be involved in commercial affairs, but the expression is strange, and many terms are mixed and unclear, which is difficult to explain directly. If you speculate in the style of the text of "Tiangong Kaiwu", you can say:
There is a case today that is "1-% 7B% 5B1% 2C3 -dibase-2- (methyl) propyl-2-yl% 5D ethylpropyl-1 -lactic acid. What is the market prospect?" This involves both the name of the chemical and the market prospect.
To understand the market prospect of lactic acid, you need to look at many parties. In today's world, lactic acid has a wide range of uses. In the food industry, because of its antiseptic and flavoring abilities, it can be added to various diets to enhance flavor and extend quality. In the pharmaceutical industry, lactic acid can be used to produce slow-release drug carriers, assist in drug controlled release, and improve drug efficacy. In the chemical industry, it can be used as a raw material for degradable materials, conforming to the general trend of environmental protection, and the demand is increasing.
However, changes in the market are also influenced by other factors. Whether the supply of raw materials is stable or not is related to the cost of lactic acid. If raw materials are scarce, prices will rise, which will affect market expansion. Furthermore, technological innovation is also the key. If a new method for making lactic acid comes out, it may reduce costs and improve quality, changing the market pattern. And the quality of consumers and policy orientation are all variables in the market outlook. Therefore, in order to clarify the market prospects of lactic acid, we must study various factors in detail and weigh the pros and cons before we can make a guess.