What should I do if the cow s eyes are rotten inside, pus, bleeding, and I can t open my eyes?

Hurry up and take anti-inflammatory drugs.

and antiseptic eye drops.

The physiology of cattle is similar to that of most animals, and anti-inflammatory drugs are basically universal. Due to body weight, the dosage may need to be higher. It is best to take an X-ray to check for foreign objects.

Cow's eyes are pus, bleeding water can not be opened, you can use ofloxacin eye drops to reduce inflammation and sterilization, and it will be fine in a few days.

Why didn't you treat it sooner? Like people, how painful it is! You give it some eye drops!

You can use very light and light salt water, and give some light salt water with cotton wool to help it wash its eyes! Get it! It's unbearable to die!

Remember the light salt water, very light and light salt water, don't be salty! Take it to wash, many times a day, wash it and wipe some eyes with eye drops!

Don't ask here, hurry up and find a veterinarian to treat, maybe your cow has an injury in the eye without knowing it, it is infected, no matter what the reason, don't delay a cow is very expensive, tens of thousands of dollars, quickly find a veterinarian for treatment, it will be cured.

Hurry up and find a veterinarian to come to the door for treatment, this may be hand, foot and mouth disease, if you don't see it, it will be too late.

Specialized in calcium supplements, sometimes legs.

The next day was Sunday, and Natalia woke up late. Yesterday she didn't speak all night, secretly ashamed of her tears, and didn't sleep well all night. She sat down at her little piano in her clothes, playing a few harmonies, barely audible so as not to wake Miss Boncourt, and then pressed her forehead to the cold keys, and remained there for a long time.

She kept thinking, not thinking about Luo Ting himself, but figuring out what he said. Her whole body and mind were immersed in her own thoughts. Sometimes, Volyntsev comes to her mind.

She knew he loved her. But her mind immediately threw him aside......She felt an inexplicable excitement. When she got up in the morning, she hurriedly dressed, went downstairs to greet her mother, and found an opportunity to go to the garden alone to ......It was a hot, clear, sunny day, although there were occasional showers.

Clouds that did not obscure the sun drifted slowly across the clear sky, and from time to time poured rain down on the fields without a trace. Diamond-like raindrops fell; Through the flickering rain curtain, the sun is beating happily; The grass that had been undulating in the wind just now stood still, greedily sucking the rain; Rain-soaked trees lazily shake their leaves up and down; The chirping of birds is accompanied by the crisp sound of rain. Smoke curled from the dusty road, and the rapid raindrops left small craters.

The rain stopped, the breeze blew, the grass changed its emerald green and golden colors again, and the damp leaves clinged together, leaving more gaps ......Everything around gives off a strong smell of freshness.

Discharge cooling is another type of convection cooling. Unlike regenerative cooling, the coolant used for exhaust cooling absorbs heat to the thrust chamber and is discharged out of the combustion chamber instead of entering the combustion chamber to participate in combustion. Direct drain coolant reduces the thrust chamber specific impulse, so the coolant flow for drain cooling needs to be minimized while only using drain cooling at the outlet section of the nozzle that is relatively less heated.

There is also radiative cooling, in which the heat flow is transferred from the combustion products to the thrust chamber, and then the heat is radiated by the thrust chamber wall to the surrounding space. Radiative cooling is characterized by simplicity and small structural mass. It is mainly used in the extension section of large nozzles and the thrust chamber of small thrust engines using high-temperature resistant materials.

When cooling in the thrust chamber of the tissue, a relatively low temperature liquid or gas protective layer is established on the surface of the thrust chamber wall to reduce the heat flow to the thrust chamber wall, reduce the wall temperature, and achieve cooling. Internal cooling is mainly divided into three methods: internal cooling (shield cooling), membrane cooling and diaphoretic cooling of head tissues. After the internal cooling measures are adopted in the thrust chamber, the mixing ratio near the wall of the combustion chamber is different from the optimal mixing ratio in the central area (in most cases, the near-wall layer rich in fuel is used) due to the need to reduce the temperature of the protective layer, resulting in the uneven distribution of the mixing ratio along the cross-section of the combustion chamber, so that the combustion efficiency is reduced to a certain extent.

Membrane cooling is similar to shield cooling in that it cools the thrust chamber wall by establishing a uniform and stable coolant film or air film protective layer near the inner wall surface, except that the coolant used to establish the protective layer is not injected by the injector, but is supplied through a special cooling belt. The cooling band is generally arranged in a cross-section of the combustion chamber or the convergence section of the nozzle. There can be several cooling bands along the length of the combustion chamber.

In order to improve the stability of the membrane, the coolant often flows through the gaps or small holes in the cooling belts, and when sweating is used, the thrust chamber wall or part of the inner wall is made of porous material with a pore diameter of tens of microns. Porous materials are usually sintered with metal powders or pressed with metal mesh. In this case, the number of pores per unit area is increased by making the micropores in the material as evenly distributed as possible.

The liquid coolant penetrates into the inner wall, creating a protective film that reduces the density of the heat transferred to the wall. When the flow rate of liquid coolant used for sweat cooling is above a certain threshold, a liquid film is formed near the wall of the thrust chamber. When the coolant flow rate is below the critical flow, the inner wall temperature will be higher than the coolant boiling point at the current pressure, and some or all of the coolant will evaporate, forming an air film.

In addition to the above thermal protection, there are other thermal protection methods such as: ablation cooling, thermal insulation cooling, hot melt cooling and composite protection of chamber walls. 3. Thermal protection scheme of high enthalpy gas generator Based on the above methods and the actual situation, the thermal protection method of high enthalpy gas generator is obtained.

The combustion chamber of a high-enthalpy gas generator differs from that of a liquid rocket engine, eliminating the front thrust chamber part, making its structure simpler and more effective. Then, the thermal protection involved is the thermal protection part of the combustion chamber wall. As the fuel enters the combustion chamber, it quickly decomposes and releases large quantities.

Is it a trauma, something pierced, don't you have a local veterinarian? Let him help take a look.

What if I can sleep? I don't even have to consult to know these truths.