Rose and iris co-existThe symbiosis between roses and irises was reflected in many aspects. In perfumes, rose and iris were a common combination. For example, in J.U.S. Sopoudrage perfume, rose and iris matched to create a delicate and charming fragrance. As time passed, the rose fragrance turned from sweet to strong. The second half of the rose weakened, but the iris still gave off a pink smell to provoke the sense of smell. In the Forest Symphony perfume, the iris root and rose existed together in the middle tone. Together with other fragrances, they created a refined gentleman's feeling. In terms of flower planting, both roses and irises were planted in Changxing Island Country Park, and their blooming periods were synchronized. For example, when the French ink-red roses in the rose garden were in full bloom, the various irises in the irises garden were also in full bloom, forming a beautiful French romantic scene.
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von BraunBorn on March 23, 1912, in Wierschitz, Germany, he died on June 16, 1977. He was the pioneer and founder of liquid fuel rocket technology and aerospace engineering in the 20th century.
At the age of 25, he entered the Penemunde Rocket Research and Test Center as the director of the technical department in charge of rocket research. On October 3, 1942, the V - 2 rocket, which was improved on the basis of the " A " series of rockets developed by him, was successfully tested.
After World War II, he went to work at the U.S. Army Equipment Design and Research Bureau and became a U.S. citizen in 1955. He had served as the Director of the Development Division of the US Army Missile Bureau and developed the Redstone, Cupid, and Pershing missiles. On January 31, 1958, the " Cupid C " launch vehicle designed by him was used to send the first artificial Earth satellite, Explorer 1, into orbit. In the 1960s, he was appointed as the space science adviser to the president of the United States, in charge of the Apollo moon landing project, and directly presided over the development of the Saturn 5 launch vehicle, which had a capacity of 140 tons. In 1970, he was appointed deputy director of NASA and director of Marshall Space Center. In early 1977, he was awarded the National Medal of Science by President Ford.
At the end of World War II, the United States launched the " Paper Clipper " operation in order to obtain German rocket technology talents. At that time, he was in trouble in Germany. He was developing rockets, but the use of rockets in Germany was contrary to his original intentions. He was also monitored by the Gestapo. When Germany's defeat was a foregone conclusion, he thought that the United States was the " appropriate person." In the end, he surrendered to the U.S. military through his younger brother Magnus and was brought to the United States to continue his rocket-related research.
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Weiner. von BraunYou only gave "Weiner. von Braun " doesn't have any more information about him, such as his deeds, related stories, or evaluations.
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Wernher von BraunBorn on March 23, 1912, in Wilschitz, Germany, he died on June 16, 1977. He was the pioneer and founder of liquid fuel rocket technology and aerospace engineering in the 20th century.
He was obsessed with space exploration after receiving a telescope from his parents on his 13th birthday. He did not perform well in physics and mathematics in his early years, but he achieved excellent results after being inspired by a related book. He had conducted dangerous chemistry and rocket experiments, which led to the establishment of the Space Travel Association (VfR) on July 5, 1927, and he was very enthusiastic about the journal Die RaketeI published by the association.
At the end of 1930, the abandoned ammunition depot rented by the British Defence Force became the Rocket Experiment Center (Raketenflugplatz). At this time, he performed well in university engineering and mathematics and became a regular writer. In April 1932, a representative of the German Army Ornaments Ballistic and Ammunitions Department visited the site to lay the foundation for his role in the development of the V - 2. The Ornaments Department arranged research funding for him. He conducted research at the Nazi-Kurmersdorff test site, during which he designed some models of the Aggregat liquid fuel rocket series. After that, they moved to the new base in Penemunde.
At the age of 25, he entered the Penemunde Rocket Research and Test Center as the director of the technical department in charge of rocket research. On October 3, 1942, the V-2 rocket, which was improved on the basis of the "A" series of rockets developed by him, was successfully tested. After 1945, he joined the American camp and became an American citizen in 1955. He served as the Director of the Development Division of the US Army Missile Bureau and developed the Redstone, Cupid, and Pershing missiles. On January 31, 1958, the "Cupid C" launch vehicle designed by him was used to send the first artificial Earth satellite, Explorer 1, into orbit. In the 1960s, he was appointed as the space science advisor to the president of the United States, in charge of the Apollo moon landing project and directly presided over the development of the Saturn 5 launch vehicle. In 1970, he was appointed Deputy Director of NASA and Director of Marshall Space Center. In early 1977, he was awarded the National Medal of Science by President Ford of the United States. On June 16 of the same year, he died of intestinal cancer in virginia.
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Iris photographyHere are some tips for iris photography:
** 1. Picture composition **
1. ** Ternary composition **
- This was a more practical composition method that was suitable for people of all levels of photography. When shooting irises, you can directly place the subject (one or more irises) at the dividing line of the photo, while ensuring that the picture is clean and tidy.
2. ** Center composition **
- The subject was placed in the middle of the picture, but this composition might make the picture look dull and lack creativity.
3. ** Symsymmetrical composition **
- A rigorous symmetrical composition was to make the elements of the picture completely symmetrical. For example, when the iris flower was well developed and the petals were complete, the photographer would stand in front of the flower and shoot. There was also a more flexible "upgraded" version that was suitable for photographers with some shooting experience. For example, if half of the picture had relevant elements and the other half did not, it would also be a symmetrical composition.
4. ** Diagonal composition **
- The flower shape of the iris flower was an "3 big + 3 small" equinoceros triangle. Most varieties had longer petals, so it was suitable to stand on one side of the flower and use a small depth of field to focus on a large petal for diagonal composition shooting.
** 2. Color and lighting **
1. ** Color contrast (for Iris)**
- The white iris flowers were white and the leaves were dark green. The white flowers could be used as light spots to deepen the color of the leaves, enhance the contrast between the two, and improve the visual impact of the picture.
2. ** Light-dark contrast (creating a dark background)**
- When shooting the white iris, you can only shoot the flowers and change the background to a dark background. For example, using light measuring points to create a contrast between light and dark, using a flash to increase the contrast, or directly using a black background cloth to take photos behind the flowers.
3. ** Backlight Shooting **
- Iris flowers could be shot under backlighting conditions to produce a unique effect. The light came from the back of the subject, which could highlight the outline and texture of the flower, making the edges clearer and the petal texture more obvious. It could enhance the color saturation and transparent luster, making the petal color more vivid and full, and enhancing the brightness and luster. It could also create a soft backlighting effect, making the flower appear hazy and dreamy, making the overall look more beautiful and enchanting.
4. ** Black background **
- In the case of a large light ratio, the method of "spot measurement + reduced exposure compensation" was used. The focus was placed on the iris flower, and the exposure was lowered to make the background darker. The black background could highlight the main body and make the audience focus on the flowers, better showing the details, shape, color and texture of the flowers. It could create a mysterious, dreamy or quiet atmosphere, making the picture brighter and highlight the color and shape of the flowers. It could also reflect the light and shadow on the surface of the flowers and increase the texture of the flowers. Through the light transmission of the petals on the black background, it formed a contrast between light and dark, making the texture of the petals more obvious, bringing out the bright colors of the petals and making the picture more vivid.
** 3. Depth of Field **
1. ** Shallow depth of field reflects the softness of petals and stamens **
- If you want to shoot with a shallow depth of field effect, you can use a telephoto lens with the same aperture value, or use a large aperture with the same focal length, or you can use a macro lens.
** 4. Dealing with the shooting environment **
1. ** Dealing with overgrown environments (for outdoor shooting)**
- If the irises were taken from a bird's eye view, it might have the same effect as taking a sugar triangle in a pile of leeks. If you were to shoot at a head-up angle, you had to consider avoiding the surrounding weeds. You could find a suitable angle, such as using a telephoto lens, but the angle of the shot might not change too much, or you could choose to shoot around the cultivation pot in the flower, bird, fish and insect market.
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