Soyuz spacecraft internal structure
The Soyuz spacecraft had a three-module structure. The interior was made up of an orbital module, a return module, and a service module. Among them, the orbital module could be used for a variety of purposes, such as storing cargo, equipment, and providing a certain amount of living space; the return module was the only part of the astronauts returning to Earth, and the astronauts sat in the return module during launch and re-entry; the service module had a host, solar panels, and other systems. The novel " Hundred Years of Spaceship " is equally exciting. Everyone is welcome to click and read it!
Cause of the Soyuz spacecraft accident
The Soyuz 11 accident was mainly caused by a flaw in the spacecraft's design. During the separation process of the orbital module and the return module, the hatch should be closed to indicate that the spacecraft design was normal. At that time, the hatch was not closed. Although the front end of the separated cabin was equipped with a pull rod, the front cabin could be separated after the hatch was closed through the operating rod. However, because the hatch was not closed during the separation, the return module lost pressure after the orbital module and the return module were separated, which eventually caused the astronauts to die. In addition, the Soyuz's return program stipulated that astronauts had to take off their bloated spacesuits before returning to sit down. The cramped cockpit was also an unreasonable part of the spacecraft's design, which may have indirectly affected the outcome of the accident. The novel " Hundred Years of Spaceship " is equally exciting. Everyone is welcome to click and read it!
The structure diagram of the Shenzhou spacecraft
The Shenzhou spacecraft used a three-module structure, consisting of a return module, an orbital module, a propulsion module, and an additional section. In the three-module structure, the orbital module was located at the front of the spacecraft, the return module was located in the middle of the spacecraft, and the propulsion module was located at the bottom of the spacecraft. The return capsule was a sealed structure with a bell-shaped blunt inverted cone. It provided the astronauts with the main living space and life support system. The astronauts were in the return capsule during the launch, rendezvous, docking, and return phases. The propulsion module provided power for the spacecraft. On the wall of the module was a pair of rotating solar panels that looked like wings. There were also four engines at the bottom for attitude control, orbital change, and braking. As for the additional section, the data did not give more detailed information about its specific location relationship with other sections. The novel " Hundred Years of Spaceship " is equally exciting. Everyone is welcome to click and read it!
The internal structure of the temple
We can get some information about the internal structure of the temple. Indian temples usually consisted of a central chamber, cloisters, and halls, and some even had colonnades. The womb was the place where the main statues were worshiped. Usually, only priests could enter. There was a tower-shaped structure directly above the main hall, called Vimana or Vimanam. The internal structure of the Parthenon Temple was simple and straightforward. It was divided into the front and back. The front part was dedicated to the golden Athena Colossus, and the back part had the statues of other heroes. The Pantheon in Rome was designed in a symmetrical structure, consisting of a front porch, a main temple, and a back porch. The front porch faced the Roman Forum, with towering pillars supporting the roof on both sides. The internal environment of the Pantheon Temple created a space isolated from the outside world, where believers gathered. In general, the internal structure of the temple varied according to different cultures and religions, but it usually included the womb and other auxiliary spaces for worshipping the gods.
Internal structure of musket
The internal structure of the handgun consisted of a muzzle, a chamber, a fire door, and a back chamber. The muzzle was the closed part at the front of the muzzle, about 165mm in length. In the early days, it was a straight tube structure. Later, it was improved to a shape that gradually increased from the mouth of the tube to the medicine chamber. It was used to fill gunpowder, pellets, and push out pellets when firing. The end of the chamber was sealed and not connected to the tail cavity. In the early stage, the chamber would bulge, and the inner and outer diameter would be larger than the inner and outer diameter of the bore. The internal cross-section and volume would be larger, and there would be a few millimeters of fire holes (fire doors) on the wall of the chamber. The tail cavity was generally hollow and could be inserted into a "tiller"(wooden stick or spear) for the shooter to hold, aim, and control. It could also be inserted into a fixed frame for use. Click on the link below to read the Musket Fire comic.
The internal structure of a rose
The internal structure of the rose was as follows: the flower holder was pot shaped or hemisphere shaped, connected to the base of the calyx. There are five calyx, lanceolate-shaped, yellowish brown or brownish-green, the inner surface has fine hair. There were five or double petals, wide oval, more wrinkled, commonly purple-red, a few yellow-brown. The stamens were numerous, the color was yellowish-brown, and the whole body was light and brittle. From the perspective of flower structure, a rose had a calyx, corolla, stamen, and pistil. It was a complete flower. The corolla is located in the inner ring of the calyx and is composed of several petals arranged in one or more rings. The calyx may persist after flowering. " Rose Fragrance Shadow: The Story of Sweetheart's Growth " was equally exciting. Everyone was welcome to click and read it!
Internal structure of natural jadeite
The internal structure of jadeite was mainly composed of granules, fiber minerals and a small amount of other minerals. Its internal structure was composed of fiber interwoven structure and fiber column grain interwoven structure, which was the structural characteristics of jade crystals under a magnifying glass. The interwoven fiber structure meant that the crystals were more delicate, orderly, and generally had better quality. Geologically, it was also known as the fiber morphous structure. Fibrous jadeite and other minerals were almost oriented or intertwined. It was the most common structure of jade. It had the characteristics of high hardness, toughness, and high clarity. It belonged to the high-grade jade category. The fiber pillar-grain interweaving structure referred to the thicker crystals, the more chaotic the order, and the poorer the quality. The pillar-grain structure referred to the visible granules in the natural jade (i.e. the visible jadeite single crystal). In addition, the common internal structure of jadeite also had a mottled crystalline structure. The novel "Ledge" is equally exciting. Everyone is welcome to click and read it!
The internal structure of the Millennium Falcon
The internal structure of the Millennium Falcon was rather complicated. Its interior mainly consisted of the main area, three warehouses, cockpit, crew room, engine room, turret, escape capsule, four-way energy core and fuel system. The novel " Hundred Years of Spaceship " is equally exciting. Everyone is welcome to click and read it!
The internal structure of a family in a fantasy novel
In fantasy novels, the internal structure of a family usually included the following levels: 1. The highest decision-making level of the family. They have the highest prestige. They are usually the founders of the family or the previous generation of family leaders. They may also be the pillars of the family. They have the power to support the family in many big families in the country. 2. [Elder: A high-level backbone in the family. He is responsible for managing and guiding the family's affairs, as well as cultivating and guiding the family members.] 3. [Steward: A member of the family who handles affairs. A mid-level backbone. He is responsible for the specific matters within the family, such as resource allocation, disciple training, etc.] 4. [Sect disciples: The basic members of the family. According to their cultivation level and contributions, they can be divided into the entry, inner, and legacy levels.] They accepted the clan's cultivation resources and worked hard to improve their strength and win glory for the clan. This kind of structure was usually similar to the clan structure of ancient China, emphasizing hierarchy and blood relations. There were strict rules and systems within the family to ensure the stability and inheritance of the family. At the same time, the family would also adjust and improve according to the actual situation to adapt to different challenges and environments.
The internal structure of Xuan Kong Temple
The internal structure of Xuankong Temple was made of wood. It mainly relied on wooden beams to bear weight, while the walls mainly played a maintenance role. The main hall of the temple was the core of the entire building. It was divided into two floors. The lower level was originally a meditation room for monks to eat and drink and a hall for chanting scriptures. The upper level was the Three Buddha Hall, Taiyi Hall, and Guandi Temple. There were side halls on both sides of the main hall. On the south side were the Temple Hall and the Child-giving Guanyin Hall, and on the north side were the Ksitigarbha Bodhisattva Hall and the Thousand-hand Guanyin Hall. The architecture of Xuankong Temple was exquisitely carved, and there were all kinds of bronze, iron, clay, and stone statues. Overall, the internal structure of Xuan Kong Temple was full of artistic value and innovative spirit.
Soyuz Encyclopedia
The Soyuz spacecraft (Russian name: Soyuz, English name: Soyuz) was the general name for a series of manned spacecraft developed and launched by the former Soviet Union/Russia since the 1960s. It was used as a tool for astronauts and supplies between the Earth orbit space station and the ground. The early models were designed and built by the First Experimental Design Bureau of the former Soviet Union (OKB - 1 for short, later reorganized into the scientific research and production consortium NPO, and later merged into the Korolev Energy Consortium). The development of the improved model was now under the responsibility of the Russian Korolev Energy Rocket and Space Group. It had a three-module configuration, consisting of an orbital module, a return module, and a service module. As of December 2022, its latest series was the M-S, with a total length of 7.48 meters, a diameter of 2.72 meters, a wingspan of 10.7 meters, a mass of 7080 kilograms, a rated capacity of 3 people, and a habitable volume of 8.5 cubic meters. The Soyuz spacecraft was the third manned spacecraft developed by the former Soviet Union after the Vostok spacecraft and the Ascending spacecraft. It was developed in 1962. In the early 1960s to the early 1970s, the design and development phase failed many times, and two accidents killed four astronauts. Since 1971, it was mainly used as a space station shuttle, serving the Salute Space Station, the Mir Space Station, and the International Space Station. The novel "Hundred Years of Spaceship" is equally exciting. Everyone is welcome to click and read it!