an image of an hydrogen powered plant looking from the outside, where a couple of asian engineers are discussing. The angle should make the plant big and people small.
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an image of an hydrogen powered plant looking from the outside, where a couple of asian engineers are discussing.
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an image of an hydrogen powered plant where a couple of asian engineers are discussing.
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an image of an hydrogen powered plant looking from the outside, 3 asian engineers on the background are discussing.
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an image of an hydrogen powered plant looking from the outside, seeing the back of a couple of asian workers walking towards the plant, bright sunshine, green grass
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an image of an hydrogen powered plant looking from the outside, seeing the back of a couple of asian workers walking towards the plant
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an image of an hydrogen powered plant looking from the outside, seeing the back of a couple of asian workers walking towards the plant
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an image of an hydrogen powered plant looking from the outside, seeing the back of a couple of asian workers walking towards the plant
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an image of an hydrogen powered plant looking from the outside, seeing the back of a couple of workers walking towards the plant
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two asian workers walking towards a hydrogen plant in asia, photo perspective at their back, bright sunshine, high tech atmosphere
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one asian male and one asian female worker in safety vest walking towards a hydrogen plant in asia, photo perspective at their back, bright sunshine, high tech atmosphere, some other workers walking at the back
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a couple of asian workers in safety vest walking towards a hydrogen plant in asia, photo perspective at their back, bright sunshine, high tech atmosphere, some other workers at the back
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two young asian workers walking towards a hydrogen plant in asia, photo perspective at their back
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a asian worker in safety vest walking towards a hydrogen plant in asia, photo perspective at their back, bright sunshine, high tech atmosphere, some other workers walking at the back
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Sparkling, Woven, Vanilla, John Martin, Devious, Anthology, Bizarre, Tumultuous, Pyramidal, ATP Synthesis in Mitochondria: Inside the powerhouse of the cell, the mitochondrion, ATP synthesis is an intricate molecular symphony. Protons flow through ATP synthase, a molecular motor, which spins and produces ATP â the energy currency of the cell. The scene is a marvel of biological engineering, a microcosmic power plant.
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breathtaking photograph from below of Fiery, vibrant, Mycelial, Glassy, Blue, Theodor Kittelsen, Crazy, Cerulean, Psychedelic, Blistering, Pebbled, ATP Synthesis in Mitochondria: Inside the powerhouse of the cell, the mitochondrion, ATP synthesis is an intricate molecular symphony. Protons flow through ATP synthase, a molecular motor, which spins and produces ATP â the energy currency of the cell. The scene is a marvel of biological engineering, a microcosmic power plant., highly detailed
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a layout for a six-page folder. 297 millimeters high. designed for an engineering office that deals with hydrogen technology.
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a layout for a six-page folder. 297 millimeters high. designed for an engineering office that deals with hydrogen technology.
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This photo features an aerial or elevated view of a large industrial facility, most likely a nuclear power plant, given the presence of two large cooling towers that dominate the image. These towers are hyperboloid in shape, with a wide base tapering to a narrower top and emitting visible vapor or steam. In the foreground, there is a body of water, possibly a lake or river, reflecting the sky and part of the facility. The water body is calm, with no visible movement or activity. The sky above is mostly clear with a few scattered clouds, indicating fair weather conditions. The time appears to be early morning, as suggested by the soft, warm light and the presence of low-lying mist or fog in the background, hugging the treeline and hinting at a cool ambient temperature. The industrial complex sprawls out behind and to the sides of the towers, consisting of numerous buildings, structures, and electrical infrastructure, including power lines and substations.
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This photo features an aerial or elevated view of a large industrial facility, most likely a nuclear power plant, given the presence of two large cooling towers that dominate the image. These towers are hyperboloid in shape, with a wide base tapering to a narrower top and emitting visible vapor or steam. In the foreground, there is a body of water, possibly a lake or river, reflecting the sky and part of the facility. The water body is calm, with no visible movement or activity. The sky above is mostly clear with a few scattered clouds, indicating fair weather conditions. The time appears to be early morning, as suggested by the soft, warm light and the presence of low-lying mist or fog in the background, hugging the treeline and hinting at a cool ambient temperature. The industrial complex sprawls out behind and to the sides of the towers, consisting of numerous buildings, structures, and electrical infrastructure, including power lines and substations.
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3 People discussing on how to build a great minimal viable product. One woman holding chemist test tube. Laptop and papers in front of them. White background.
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Visualize a sprawling, intricate schematic of a cutting-edge engine or reactor, exuding a futuristic aura. Every component is meticulously detailed, showcasing advanced technological design. Overlaying this blueprint are numerous neon UI nodes, pulsating with vibrant energy, symbolizing complex data flow and control mechanisms. This juxtaposition of high-tech machinery and luminescent digital interfaces captures a realm where innovation meets precision, evoking a sense of awe and sophistication
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Visualize a sprawling, intricate schematic of a cutting-edge engine or reactor, exuding a futuristic aura. Every component is meticulously detailed, showcasing advanced technological design. Overlaying this blueprint are numerous neon UI nodes, pulsating with vibrant energy, symbolizing complex data flow and control mechanisms. This juxtaposition of high-tech machinery and luminescent digital interfaces captures a realm where innovation meets precision, evoking a sense of awe and sophistication
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Visualize a sprawling, intricate schematic of a cutting-edge engine or reactor, exuding a futuristic aura. Every component is meticulously detailed, showcasing advanced technological design. Overlaying this blueprint are numerous neon UI nodes, pulsating with vibrant energy, symbolizing complex data flow and control mechanisms. This juxtaposition of high-tech machinery and luminescent digital interfaces captures a realm where innovation meets precision, evoking a sense of awe and sophistication
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Visualize a sprawling, intricate schematic of a cutting-edge engine or reactor, exuding a futuristic aura. Every component is meticulously detailed, showcasing advanced technological design. Overlaying this blueprint are numerous neon UI nodes, pulsating with vibrant energy, symbolizing complex data flow and control mechanisms. This juxtaposition of high-tech machinery and luminescent digital interfaces captures a realm where innovation meets precision, evoking a sense of awe and sophistication.
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Visualize a sprawling, intricate schematic of a cutting-edge engine or reactor, exuding a futuristic aura. Every component is meticulously detailed, showcasing advanced technological design. Overlaying this blueprint are numerous neon UI nodes, pulsating with vibrant energy, symbolizing complex data flow and control mechanisms. This juxtaposition of high-tech machinery and luminescent digital interfaces captures a realm where innovation meets precision, evoking a sense of awe and sophistication
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Visualize a sprawling, intricate schematic of a cutting-edge engine or reactor, exuding a futuristic aura. Every component is meticulously detailed, showcasing advanced technological design. Overlaying this blueprint are numerous neon UI nodes, pulsating with vibrant energy, symbolizing complex data flow and control mechanisms. This juxtaposition of high-tech machinery and luminescent digital interfaces captures a realm where innovation meets precision, evoking a sense of awe and sophistication
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Visualize a sprawling, intricate schematic of a cutting-edge engine or reactor, exuding a futuristic aura. Every component is meticulously detailed, showcasing advanced technological design. Overlaying this blueprint are numerous neon UI nodes, pulsating with vibrant energy, symbolizing complex data flow and control mechanisms. This juxtaposition of high-tech machinery and luminescent digital interfaces captures a realm where innovation meets precision, evoking a sense of awe and sophistication
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Visualize a sprawling, intricate schematic of a cutting-edge engine or reactor, exuding a futuristic aura. Every component is meticulously detailed, showcasing advanced technological design. Overlaying this blueprint are numerous neon UI nodes, pulsating with vibrant energy, symbolizing complex data flow and control mechanisms. This juxtaposition of high-tech machinery and luminescent digital interfaces captures a realm where innovation meets precision, evoking a sense of awe and sophistication.
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Design a mascot for our Mechanical/Industrial Engineering company—an AI-generated Jinjer Persian cat. Clothed in Persian cultural fabric, adorned with accessories reflecting our Iranian identity. Pose: Pahlevani and Zoorkhaneh ritual player pose, strong chest, shoulders, standing on two feet. Holding Zorkhaneh's heavy accessory. Expressive, smart gaze. Reflect our strength and seriousness in the engineering field.
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two individuals inside what appears to be a control room for a power plant or industrial facility. The man on the left, who is wearing a lanyard with a badge, is pointing at a specific section of a control panel, while the man on the right observes attentively. The control panel is extensive, fitted with numerous buttons and switches, many of which are illuminated by red and green lights, indicating active statuses or functions. Both men are dressed in business casual attire; the one on the left is in a light blue, long-sleeve shirt and khaki pants, while the man on the right is wearing a dark blue polo shirt and similar-colored pants. Their attire, along with the badge, suggests they could be staff, possibly engineers or technicians, discussing operations, maintenance, or training. The background is filled with a dense array of gauges, dials, and indicator lights mounted on panels that line the wall, labeled with various readings and statuses important for the operation of the facility. The focus of the men and the complexity of the control systems convey a sense of professionalism and attention to detail necessary in such a technical environment.
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Hiroshi \"Brickmaster\" Tanaka, known as the \"Brickmaster,\" is a seasoned LEGO engineer with a knack for constructing colossal mecha. His towering creations, adorned with intricate details, come to life in the stop-motion animation style of Aardman Studios. Hiroshi's character exudes a mix of steampunk elegance and mecha mastery as he pilots his brick-built behemoths through a world where imagination meets engineering prowess.
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Back to basics with Hydrogen and renewables and how it all works
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cinematic dutch angle view, space engineer, cables entangled, inspired by John Harris, atmospheric volumetric haze, futuristic space station, moody digital oil painting, concept art, dramatic brush strokes, sci-fi illustration, industrial color palette, inspired by Sparth and Maciej Rebisz, dynamic lighting, sparks in zero gravity, intense lens flares, 12K resolution, cyberpunk atmosphere, cosmic engineering dilemma.
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cinematic dutch angle view, space engineer, cables entangled, inspired by John Harris, atmospheric volumetric haze, futuristic space station, moody digital oil painting, concept art, dramatic brush strokes, sci-fi illustration, industrial color palette, inspired by Sparth and Maciej Rebisz, dynamic lighting, sparks in zero gravity, intense lens flares, 12K resolution, cyberpunk atmosphere, cosmic engineering dilemma.
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Flat illustration, Two Asian construction workers in safety suits discuss blueprints as a building is under construction in the background. orange, blue, bright colors, light and shade contrast, super detail, 4k, --ar 2:3--niji 5
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Create three schematic illustrations in the form of technical drawings, each depicting a direct capture setup for carbon dioxide removal from air. The setups should vary in size, representing large, medium, and small-scale installations. Ensure that the illustrations have a black background to emulate a technical drawing aesthetic. For each illustration, focus on detailing the key components involved in stable diffusion. Include the main capturing unit, air intake mechanism, and any additional components crucial to the capture process. Labeling should be clear and consistent, and provide a brief description for each setup to highlight its scale and functionality. Понял вас. Внесем несколько изменений в prompt, чтобы подчеркнуть, что изображения должны иметь черный фон и быть в виде чертежа: Prompt: Create three schematic illustrations in the form of technical drawings, each depicting a direct capture setup for carbon dioxide removal from air. The setups should vary in size, representing large, medium, and small-scale installations. Ensure that the illustrations have a black background to emulate a technical drawing aesthetic. For each illustration, focus on detailing the key components involved in stable diffusion. Include the main capturing unit, air intake mechanism, and any additional components crucial to the capture process. Labeling should be clear and consistent, and provide a brief description for each setup to highlight its scale and functionality. Additional Instructions: Large-scale Setup: Emphasize industrial dimensions and components suitable for extensive carbon dioxide removal. Highlight any unique features or technologies designed for efficiency in large-scale operations. Medium-scale Setup: Illustrate a setup of intermediate size suitable for applications in diverse environments. Showcase adaptability and integration with existing infrastructure, if applicable. Small-scale Setup: Focus on a compact design suitable for decentralized or smaller-scale applications. Highlight portability or integration into community settings for localized carbon dioxide removal. Ensure that each illustration is presented as a technical drawing with clear lines and details against a black background. Use appropriate shading and line weights to enhance the visual appeal of the drawings. Include relevant labels and annotations to aid understanding.
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A curious child examines an aquaponics system, greenhouse backdrop, sunny day, concept art, by Syd Mead, detailed machinery, science illustration, digital painting, Art by Eiichiro Oda, by Atey Ghailan
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Photograph of the interior of a hi-tech semiconductor plant in Brazil
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Photograph of the interior of a hi-tech semiconductor plant in Brazil
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Photograph of the interior of a hi-tech semiconductor plant in Brazil
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Imagine a world where the ecological and social transition has triumphed, revealing a picturesque scene of hope, joy, pride, and motivation. Underneath a clean, blue sky, a lush green forest thrives, symbolizing nature's resurgence. A river gracefully winds through a city, highlighting the successful integration of nature into urban spaces and sustainable water management. In a vibrant park, a happy family enjoys a picnic, capturing the essence of harmonious coexistence. A worker diligently powers their factory with renewable energy sources like solar panels or wind turbines, showcasing sustainable industrial practices. Meanwhile, a close-knit community gathers to celebrate sustainability, fostering unity and shared commitment to a brighter future. This comprehensive image paints a realistic yet aspirational portrait of a world where the environment is clean and healthy, people are happy and thriving, and businesses are dedicated to sustainability.
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futuristic image of This is 2424, people have to carry a bag with plants producing oxygen due to severe air pollution
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futuristic image of This is 2424, people have to carry a bag with plants producing oxygen due to severe air pollution
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a black and white aerial photograph of a nuclear power plant. There are three large cooling towers that are the focal point of the image, with their distinctive curved, hyperboloid shape. They stand in a line, with the nearest one appearing the largest due to perspective. The towers have a robust, sturdy appearance and are likely made of reinforced concrete, a common material for such structures. Surrounding the cooling towers, there are various industrial buildings and facilities, comprising the nuclear plant's infrastructure. The layout suggests a complex with multiple units and a systematic arrangement of operational and support buildings. In the background, beyond the industrial complex, there is a landscape that appears to be a mix of open areas, possibly fields, and areas with buildings that could be residential or commercial, indicating the presence of a nearby community or town. The clarity and style of the photo suggest it may be a historical image, possibly taken around the mid-20th century, which fits the era when many nuclear facilities were being constructed. The image has a grainy texture, indicative of older photographic technology. There are no visible emissions from the towers, which would be consistent with the function of cooling towers to condense steam and not release smoke or fumes typically associated with combustion.
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a black and white aerial photograph of a nuclear power plant. There are three large cooling towers that are the focal point of the image, with their distinctive curved, hyperboloid shape. They stand in a line, with the nearest one appearing the largest due to perspective. The towers have a robust, sturdy appearance and are likely made of reinforced concrete, a common material for such structures. Surrounding the cooling towers, there are various industrial buildings and facilities, comprising the nuclear plant's infrastructure. The layout suggests a complex with multiple units and a systematic arrangement of operational and support buildings. In the background, beyond the industrial complex, there is a landscape that appears to be a mix of open areas, possibly fields, and areas with buildings that could be residential or commercial, indicating the presence of a nearby community or town. The clarity and style of the photo suggest it may be a historical image, possibly taken around the mid-20th century, which fits the era when many nuclear facilities were being constructed. The image has a grainy texture, indicative of older photographic technology. There are no visible emissions from the towers, which would be consistent with the function of cooling towers to condense steam and not release smoke or fumes typically associated with combustion.
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