3 6 Diiodo 1h Indazole

1H nitramine, its main uses are involved in both military and industrial fields.
In the military field, 1H nitramine is often used as a key ingredient in the manufacture of explosives because of its high energy density and good explosive performance. In various types of ammunition, such as shells, bombs, and missile warheads, 1H nitramine can provide strong explosive power, thus effectively destroying targets. Comparing with ancient warfare, if traditional gunpowder is regarded as an ordinary weapon blade, explosives containing 1H nitramine are like powerful siege devices, which can cause devastating damage to enemy defenses.
In the industrial field, 1H nitramine is also used in some special blasting operations. For example, in mining, in order to break ore efficiently, explosives containing 1H nitramine will be used to separate the ore from the rock mass with its strong explosive force and improve mining efficiency. This situation is similar to the ancients who opened a mountain and opened a road, using special techniques to achieve twice the result with half the effort. 1H nitramine plays a crucial role in such industrial blasting, helping the smooth progress of the project.

1H-ether is an organic compound with unique physical properties.
Looking at its properties, under room temperature and pressure, 1H-ether appears as a colorless and transparent liquid with a special smell. This smell is not pungent or unbearable, but it is also unique and easy to distinguish. Its volatility is very strong, and it evaporates quickly when exposed to the air, just like a smart spirit, which disappears in an instant.
When it comes to density, the density of 1H-ether is less than that of water. It is like a light feather that can float on the water surface. Its boiling point is relatively low, only about 34.6 ° C. It needs only moderate heating to boil quickly and turn into steam.
1H-ether is also unique in its solubility. It can be miscible with many organic solvents such as ethanol and benzene in any ratio, and it is like a close partner. However, its solubility in water is quite limited, just like a stranger who keeps a certain distance from water, and only a small amount can be dissolved in water.
In addition, 1H-ether has good lipid solubility, which allows it to easily penetrate biological membranes, just like a delicate key to open the door of cells. Due to its many physical properties, 1H-ether has a wide range of applications in chemical industry, medicine and other fields, and plays an indispensable role in industrial production and scientific research experiments.

To make 1H-pyrazole-3,6-dione, you can do it according to the following ancient method.
First take an appropriate amount of ethyl oxalate acetate and place it in a clean reactor. The kettle must be dry and airtight to prevent foreign objects from disturbing it. Then, add an appropriate amount of hydrazine hydrate. The ratio of the two, when accurately measured, according to the previous experience, with a specific ratio as the best, can make the reaction smooth.
Then, slowly heat up, and the speed of heating needs to be carefully controlled. Don't be too hasty, causing the reaction to be violent and difficult to control; nor too slow, making it time-consuming. When the temperature rises, the material in the kettle gradually changes, the molecules touch each other, the bonds break and the bonds are connected, and a condensation reaction occurs.
When the reaction occurs, it must be closely observed. Observe the change of color, the movement of temperature, and the escape of gas. When the reaction reaches the expected stage, it is slightly cold, and the product is separated by a specific method. Or use distillation to separate the product from the residue according to the difference in the boiling points of different substances; or use extraction to select a suitable solvent, so that the product is extracted in it, and then processed.
The obtained product still contains impurities and needs to be purified by recrystallization. Take an appropriate solvent, dissolve the product, and heat it to a suitable degree to make it completely soluble. Then, the temperature is slowly lowered to allow the product to crystallize and precipitate. During crystallization, the environment is suitable for static and the temperature should drop evenly. After crystallization is completed, pure 1H-pyrazole-3,6-dione is obtained by filtration.
This preparation method, although following the ancient method, requires fine operation at each step to obtain high-quality products.

The first thing to do is to be safe. It is highly flammable, and the explosion limit is high, from 4.0% to 75.6%. If there is a slight carelessness, in case of open flame, high temperature or high temperature, it is easy to cause severe combustion and even explosion. Therefore, in the process of storage, all fire sources must be removed and properly grounded to eliminate the problem and control the environment.
The second time, the requirements of storage containers are small, the penetration force is very low, and ordinary containers can be effectively sealed. Therefore, special high-density, high-sealing and corrosion-resistant containers, such as high-quality bottles, cans of composite materials, etc. In addition, the container also needs to be checked regularly to ensure the risk of leakage.
Furthermore, the method of transportation should not be ignored. Due to its particularity, it is necessary to rely on the used tools, such as slots. On the way, the workers of the warehouse are well-trained, familiar with the characteristics and emergency management methods of the warehouse, and the road is also carefully designed to avoid the important operation of the crowded area.
In addition, environmental factors also play a role. Unfavorable environments such as high temperature and damp, or the storage of containers and containers and containers cause damage, which affects the safety of the warehouse. Therefore, it is necessary to take preventive measures according to the environment.
In addition, 1H requires caution in many aspects such as storage, safety, weight, containers, packaging, and environmental conditions, in order to ensure safety.

I look at what you are asking, it is related to the second question of 3% 2C6, and it also involves the measures to deal with the safety hazard of 1H. Let me tell you one by one.
In all things in the world, safety concerns must not be ignored. However, if you want to know whether there is a security risk in 1H, you need to consider the situation of all things in detail. The things you mentioned in 3% 2C6 today are not clear, so it is difficult to judge the safety of 1H.
If you want to prevent problems before they occur and take measures to deal with them, you should first understand the situation. If you are in danger, you must carefully observe the terrain and material conditions, and then you can decide on offensive and defensive strategies. For 1H, if you are in danger, you must first know where the danger is and where the source is.
If there are natural disasters, such as droughts and floods, earthquakes, wind and fire, etc., you should prepare for their emergency equipment and set up an early warning system. If it is a man-made disaster, such as war or the harm of traitors, you should cultivate your virtue and take care of people, and prepare your arms to defend against the enemy.
However, because you have not clearly stated the situation of 3% 2C6, nor have you explained in detail the situation 1H is in, it is difficult to deal with it. But if anything is foreseen, it will be useless if it is not foreseen. When you always have a vigilant heart, be aware of it, and take precautions, you can ensure 1H's safety. In case of change, you can calmly deal with it.