3-pyridinesulfonyl chloride, 6-(trifluoromethyl)-

3- To show it realgar, is the 6- (triethyl) substance rational? Let me go one by one.
This 6- (triethyl) substance is either light in color or nearly transparent in color, and it has a flowing color, just like the feeling of water, but its nature is too large for water. Its density is slightly lower than that of water. When placed in water, it can float on it.
Furthermore, the boiling temperature of this object is special, and it is not normal. The boiling temperature is slightly higher. In case of high temperature, a specific high temperature is required to begin boiling and vaporizing. And its melting phase is low, and at a slightly lower degree, it will solidify the liquid.
Its solubility is also special. In the solution of various substances, such as ethanol and ether, it can be well dissolved, just like being immersed in water, and the phase is melted. But in water, it dissolves, and the two meet, and they are clearly divided.
The durability of this thing cannot be ignored either. Under normal conditions, there is a slow process. Smell, taste is special, neither pungent smell nor fragrant fragrance, but a special breath, a slightly refreshing feeling.
Its durability is weak, and it is almost a good thing. It is placed in any way, and it can be used to pass the flow, which can be a barrier.
Therefore, this 6- (triethyl methyl) thing is very physical, and it has its special use value in general domains. It needs to be further explored before it can be put to good use.

3 - Iodine is shown to it. The physical properties of 6- (triethyl methyl) are complicated and need to be investigated in detail.
For iodine, the alcohol solution of iodine also has the ability to disinfect and sterilize, and is often used as an external disinfectant. When it encounters starch, it is blue. This is one of the major characteristics of iodine. It is derived from the formation of inclusion complexes between iodine and starch, which cause changes in light absorption and color development.
As for 6- (triethyl methyl), compounds with this structure may exhibit uniqueness due to the way carbon atoms are connected and the surrounding groups. The length and branching of the carbon chain affect the intermolecular forces, which are related to the melting point and solubility. < Br >
For chemical reactivity, its carbon-carbon bond, carbon-hydrogen bond or can participate in various reactions. If it contains unsaturated bonds, such as carbon-carbon double bonds or triple bonds, it can undergo addition reactions, such as addition to electrophilic reagents such as halogens and hydrogen halides, which enriches the variety of compounds.
If there are specific functional groups around it, such as hydroxyl groups, carboxyl groups, etc., it adds another kind of diversity. Hydroxyl groups can undergo substitution and oxidation reactions; carboxyl groups are acidic and can be neutralized with bases. They can also participate in esterification reactions and form esters with alcohols. They are widely used in organic synthesis, flavoring, pharmaceuticals, etc. < Br >
And these compounds, under different reaction conditions, such as temperature and catalyst differences, the reaction path and product also change. Under high temperature or specific catalysts, or rearrangement reactions occur, the molecular structure changes and the products are completely different. In short, 3-iodine and 6- (triethylmethyl) have their own unique properties, which are widely used in the field of chemistry. Exploring their properties is essential for chemical research and application.

The main use of 6- (triethyl methyl) is related to the removal of insects and exorcism, medical treatment and alchemy and pharmaceutical matters.
In the past, alchemists and sorcerers believed that realgar has magical power and often used it to exorcise evil spirits. In "Baopuzi", it is written: "If you bring realgar into the mountain forest, you will not be afraid of snakes." 3-% shows realgar to it, of which realgar is a good thing to exorcise evil spirits. There are many insects and snakes in the mountain forest, and carrying realgar can keep insects and snakes away and ensure people's safety.
As for medical treatment of diseases, realgar is also highly valued by doctors. Its nature is warm, it tastes refreshing, and it is poisonous. It belongs to the liver and large intestine. It has the effect of detoxifying and killing insects, removing phlegm from dryness and dampness, and removing malaria. It can treat carbuncle and boils, snake bites, abdominal pain caused by insects, epilepsy, malaria and other diseases. However, because it is poisonous, it should be used with caution. Ancient physicians are very particular about processing and dose control to prevent poisoning.
Furthermore, when making alchemy and pharmaceuticals, although 6- (triethyl methyl) is expressed uniquely, it may be related to some ingredients in ancient alchemy formulas. Alchemists want to refine the elixir of immortality, and realgar is often an important raw material. By means of special refining methods, realgar is combined with other medicines to obtain miraculous pills. Although it is known that the elixir of immortality is difficult to achieve today, in the process of alchemy, a lot of chemical and pharmaceutical knowledge has also been accumulated.
To sum up, 3-% shows realgar to it, 6- (triethyl methyl), which has important uses in promoting insects, exorcising evil spirits, ensuring people's safety, treating diseases and treating people's pain, and exploring unknown aspects of alchemy and pharmaceuticals. It is the key to the ancient people's life, medical treatment, and exploration.

To make 3 - to show cyanane, 6- (triethyl methyl), the following methods can be used:
First, start with halogenated hydrocarbons. Take appropriate halogenated hydrocarbons, and cyanide-containing reagents, under suitable solvents and conditions, carry out nucleophilic substitution reaction. For example, halogenated alkanes and sodium cyanide or potassium cyanide, in alcoholic solvents, heat and stir, and the halogen atom is replaced by a cyanide group to obtain cyananes. Then, 6 - (triethyl methyl) is introduced. Select the appropriate halogenated alkane (with triethyl methyl structure), and the previous cyanane product, with the help of metal catalysts, such as palladium, nickel, etc., through coupling reaction, the triethyl methyl group is connected to the cyanane to form the target. < Br > Second, from aldosterone. Aldosterone or ketone with cyanide-containing reagents, such as hydrocyanic acid or its salts, in an alkaline environment, perform an addition reaction to produce cyanoalcohol. Next, through steps such as dehydration, cyanoalkane is obtained. As for the introduction of 6 - (triethyl methyl), it can be obtained by the Grignard reagent method. Triethyl-containing Grignard reagents, such as triethylmethylmagnesium bromide, are prepared with pre-cyanane products, which are reacted at low temperature in anhydrous ether or tetrahydrofuran solvents, and then hydrolyzed to form target molecules.
Third, the use of nitrile conversion. Select a specific nitrile, through reduction reaction, to obtain an amine, and then an appropriate halogenated hydrocarbon (containing triethyl methyl), under the action of a base, alkylated with an amine to obtain the target. Or nitriles first react with alcohols under acid catalysis to form imide esters, and then react with nucleophiles with triethyl structures, which can also achieve the purpose.
This number method has its own advantages and disadvantages. Depending on the availability of raw materials, the difficulty of reaction conditions, and the high or low yield, the optimal path is selected to synthesize 3-cyanoalkane, 6- (triethyl methyl).

If you want to make the liquid of triphenyl acid, and this material contains triethyl alkyl, there is a need to pay attention to it when it is stored.
The first words should be stored, and it should be cleared, dry, and good. These substances have many chemical activities. If they are in a place with high tides, they may cause the reaction of the reaction and cause their properties to change. For example, if there is a hydrolysis of objects in contact with tides, or self-decomposition in contact with high tides, they are all of their original properties. Therefore, the device should be stored with caution. It is appropriate to use corrosion-resistant materials, such as glass, specific plastic materials or gold utensils, and the density is good, to prevent the components in the air, such as oxygen, water vapor, etc. from joining.
When it is in contact, it must be guaranteed to be solid. Because on the way, earthquakes and collisions are avoided. If the package is not strong, it is allowed to escape. The released objects may be dangerous and reactive due to contact with external objects, or the surrounding environment may become polluted. And, according to its chemical properties, follow the relevant rules. If it is flammable, explosive or toxic, it will be sent according to special methods and equipped with appropriate safety measures. People who are not affected by it are also affected by it, and their nature is not an urgent way. Once it is encountered, it can be quickly destroyed to avoid major damage.
In addition, the existence or presence of 3-acid, 6- (triethyl alkyl) substances must be observed, and attention should be paid to the environment, packaging, etc. to ensure their safety.