This product "1-dyed-3- (dyed methyl) -2-Artemisia oleum", its main uses are as follows:
Artemisia oleum grows more in the sandy land of Saibei, and is a good wood for sand fixing. Its root system is criss-crossed and deep into the soil, firmly binding the sand grains, so that the quicksand cannot be moved wantonly, protecting one side of the water and soil, and serving as a barrier for wind and sand fixing in the sandy sea.
And Artemisia oleum is also valuable in livestock feeding. When its branches and leaves are fresh and tender, although not all animals like to eat, sheep and camels are quite good. In the grassland pastures outside the Great Wall, when pasture is scarce, Artemisia oleifera can provide necessary nutrients for livestock to help them survive when grass is scarce.
Furthermore, Artemisia oleifera can also be used for medicinal purposes. According to ancient medical records, it is mild in nature, has a slightly bitter taste, and has the effects of clearing away heat, detoxifying, and hemostasis. It is often collected in the folk. After being dried and processed, it is used to relieve diseases such as carbuncle sores and trauma. Although it is not a valuable medicine, it also has its unique uses in daily treatment.
In addition, Artemisia oleifera provides habitat and food sources for many insects and small animals in the ecosystem, maintaining ecological balance. Its existence contributes greatly to the stability of the sandy ecosystem and the protection of biodiversity.

The physical properties of 1-% mercury-3- (mercury methyl) -2-chloropyridine are as follows:
Mercury is the only metal that is liquid at room temperature. It is silver-white in color, has a metallic luster, and has good fluidity. Its density is quite high, about 13.59 g/cm3, boiling point 356.6 ° C, melting point -38.87 ° C. Mercury has good electrical conductivity, but relatively poor thermal conductivity. Its chemical properties are relatively stable and do not interact with oxygen at room temperature. However, when heated, it can combine with oxidation to form mercury oxide.
As for 3- (mercury methyl), this is an organic group containing mercury, which usually changes the chemical and physical properties of the substance. The introduction of mercury methyl may change the solubility and polarity of the compound. In general, the solubility of organomercury compounds in organic solvents may be better than that of simple mercury metals due to the presence of organic groups.
2-chloropyridine, a colorless to pale yellow liquid, has a special odor. Its boiling point is about 170-172 ° C, and its density is about 1.26 g/cm3. 2-chloropyridine has a certain polarity due to the presence of chlorine atoms and pyridine rings. The presence of pyridine rings makes it weakly basic and can react with acids to form salts. The chlorine atom gives it a certain chemical activity and can participate in various substitution reactions.
When the three combine to form 1-mercury-3- (mercury methyl) -2-chloropyridine, the physical properties of the compound are the result of the combination of the properties of each part. Due to the presence of mercury, its density may still be high; the presence of organic groups may affect its solubility in different solvents, making it more soluble in some organic solvents. Its chemical activity may be changed by the interaction of mercury and chloropyridine, showing unique reactivity and selectivity in chemical reactions.

The chemical properties of 1-% -3- (methyl) -2-allyl are determined. This is an important issue in chemical research. Today, in the words of the ancient and elegant.
The chemical properties of this compound, 1-% -3- (methyl) -2-allyl, are determined by many factors. As for its molecules, the allyl part contains carbon and carbon, which is high in the density of the atom, and is vulnerable to attack and addition, which may imply that its chemical properties are not determined.
Furthermore, the existence of atom also affects its overall quality. The characteristics of methyl chloride may cause the molecule to decompose and so on under specific conditions, which affects its anti-chemical activity. And the 3-position methyl chloride, its main bonding mode and sub-effect are also affected by the chemical properties of this substance.
Under normal conditions, if factors such as oxidation, crude or special catalysis are dry in the environment, 1-% -3- (methyl) -2-allyl may be able to maintain phase stability. However, in case of special components such as high temperature, light, acid, etc., the allyl group and other parts of the allyl group may be activated, leading to various chemical reactions, causing their chemical properties to be changed, and the chemical properties may also be changed.
Therefore, the chemical properties of 1-% -3- (methyl) -2-allyl are uncertain or uncertain, depending on the environmental conditions and the chemical conditions encountered. In order to accurately grasp its chemical properties, it is necessary to study various factors and their interactions.

The preparation method of 1-mercury-3- (mercury methyl) -2-chloropyridine is as follows:
Take the kettle first, wash and dry it to ensure that no other substances are disturbed. In the kettle, an appropriate amount of starting material is placed in proportion. The starting material needs to be finely purified, and the impurities should not exceed one thousandth, in order to ensure the purity and smoothness of the reaction.
Then, a specific protective gas is introduced into the kettle. The gas needs to be high purity and its purity should be above 99.99% to avoid the material being messed up by external factors during the reaction and ensure the stability of the reaction environment.
Turn on the temperature control device to slowly raise the temperature in the kettle to a certain precise degree. This temperature needs to be adjusted finely according to the reaction characteristics, with millimeters as the difference, to reach a suitable reaction temperature range, generally maintained within a certain temperature. At the same time, with delicate stirring equipment, the materials are evenly mixed. The stirring rate is precisely adjusted according to the material characteristics and reaction stage, and the number of revolutions per minute is accurately adjusted. The initial rate should be slow. As the reaction advances, the growth rate is gradually increased, and the material should not be spattered or the reaction is disordered due to excessive speed.
During the reaction process, closely observe it, and use delicate testing equipment to regularly measure the material composition, temperature, pressure and other parameters. If the parameters are slightly different, adjust the reaction conditions, or fine-tune the temperature, or change the stirring rate, or control the flow rate of the protective gas, be sure to keep the reaction along the expected path.
After the reaction is set for a long time, and the test confirms that the reaction is nearly complete and the product purity reaches the required standard, the contents in the kettle will be separated and purified one by one with exquisite separation equipment according to the physical differences such as boiling point and solubility, and the pure 1-mercury-3- (mercury methyl) -2-chloropyridine product will be obtained. The whole process requires fine operation by craftsmen, and the product of high quality can only be obtained.

Mercury, tris (methylmercury), and diethyl mercury are all highly toxic substances. When storing and transporting, be very careful. If there is a slight mistake, it will cause a disaster and endanger life, so be cautious.
When storing, choose the first heavy container. It must be filled in a special sealed container, the material must be resistant to mercury corrosion, and it must have a very high seal to prevent mercury leakage. Such as a thick-walled glass container with a special sealing plug, or a container with a metal material and a mercury corrosion-resistant coating inside, it is appropriate. And outside the container, when there is a clear warning label, the book "highly toxic" "Beware of mercury leakage" and other words, people will know the danger at a glance.
Furthermore, the storage place should be cool and dry, away from strong light and high temperature environment. Mercury is easily volatilized when heated, and when stored at high temperatures, the volatilization intensifies, escapes the container, and pervades the space. If people inhale it, they will be poisoned. Therefore, it is advisable to place it in a special low-temperature storage room, control its temperature and humidity, and install temperature and humidity monitoring devices to keep an eye on environmental changes at any time.
As for transportation, it should not be underestimated. Transportation personnel should be professionally trained and familiar with the characteristics and hazards of mercury, as well as emergency methods for leakage. Transportation vehicles need to be equipped with complete protective and emergency equipment, such as adsorption materials, protective gear, detoxifying agents, etc. Driving routes should be avoided in densely populated areas and water source protection areas to prevent harm to people and water sources in case of accidents.
During transportation, make sure that the container is stable and will not be damaged by bumps and collisions. In case of poor road conditions, drive slowly and steadily. And the whole process of transportation should be tracked and monitored in real time. If there is any discrepancy, deal with it immediately.
All of these are the key to the storage and transportation of mercury and its compounds. They are related to human life and the environment. They must not be ignored or carelessly.