Prompt: schematic illustrates transition zone of functionally graded material, the transition zone is varying continuously from one material to another , one object， clear and concise without words
Prompt: schematic illustrates transition zone of functionally graded material, the transition zone is varying continuously from one material to another ,clear and concise without words
Prompt: schematic illustrates transition zone of functionally graded material, which is varying from a metal material to another ceramics material
Prompt: Generate an illustration showing a semiconductor material (such as titanium dioxide) represented as a lattice structure. Show incoming photons (particles of light) striking the surface of the semiconductor. Illustrate the absorption of a photon by an electron within the material, causing the electron to move to a higher energy level and become a 'free' electron. Additionally, depict the creation of a 'hole' (a positively charged vacancy) in the place where the electron previously existed within the lattice structure. Highlight the separation of the electron and the hole as distinct entities within the semiconductor material.
Prompt: This image embodies the concept of embracing the unanticipated within a well-organized framework, providing a tangible representation of the balance between order and innovation.
Prompt: Molecular reaction 3D schematic model; A small number of randomly discharged sheet-like six-membered rings; The Spaces between rings are filled with colloidal substances rather than molecular bonds
Prompt: The gas flow is isentropic (that is, it has constant entropy, friction forces and dissipative losses are not taken into account) and adiabatic (that is, heat is not supplied or removed). The gas flow is stationary and one-dimensional, that is, at any fixed point of the nozzle, all flow parameters are constant in time and change only along the nozzle axis, and at all points of the selected cross section the flow parameters are the same, and the gas velocity vector is everywhere parallel to the symmetry axis of the nozzle. The gas mass flow rate is the same in all cross sections of the flow. The influence of all external forces and fields (including gravitational) is negligible. The symmetry axis of the nozzle coincides with the spatial coordinate
Style: Cinematic
Prompt: The gas flow is isentropic (that is, it has constant entropy, friction forces and dissipative losses are not taken into account) and adiabatic (that is, heat is not supplied or removed). The gas flow is stationary and one-dimensional, that is, at any fixed point of the nozzle, all flow parameters are constant in time and change only along the nozzle axis, and at all points of the selected cross section the flow parameters are the same, and the gas velocity vector is everywhere parallel to the symmetry axis of the nozzle. The gas mass flow rate is the same in all cross sections of the flow. The influence of all external forces and fields (including gravitational) is negligible. The symmetry axis of the nozzle coincides with the spatial coordinate
Style: Cinematic
Prompt: Molecular reaction diagram; Many cluttered emissions of hexagonal prism molecules; The space between them is filled with a colloidal substance
Prompt: Design a visually compelling image that simulates a cross-section of polyisoprene resembling a small section of pipe. The focus should be on providing a detailed view of polyisoprene's molecular structure. Visualize the repeating isoprene monomer units arranged in a chain, highlighting the polymer's characteristic structure. Consider incorporating a color scheme that distinguishes individual monomer units and emphasizes the connectivity between them. Use shading and lighting effects to add depth, making the molecular structure appear three-dimensional within the pipe section. Additionally, you may want to include labels or annotations to educate viewers about the composition of polyisoprene and its significance in various applications. This prompt encourages a creative exploration of the molecular intricacies of polyisoprene within a visually appealing representation of a small pipe section, blending both scientific accuracy and aesthetic appeal.
Prompt: The foam metal is deformed into a dense metal, that is, the holes in the middle of the original foam metal are compressed away
Prompt: Generate a concrete motorball circuit in top view, the circuit must be circular, the track must be asphalt and it must be surrounded by obstacles such as walls , ramps and pylons, the obstacles must be arranged in such a way as to create a difficult and fangerous course, the circuit must be approximately 2500 meters in diameter and must include a jump zone, a tight turn zone or a combat zone, the circuit must include at least one looping and a railing zone to pass over pikes, the image must be in high resolution, the image must have plenty of detail drawing, cyberpunk comic, art by Gunmm, Goro Fujita, in the style of , DC comics Star wars, fluorescent, Motorball, Gunmm, race, HDR Octane Unreal Engine post-processing intricate scenery cinematic fine details complex picture
Prompt: Generate a concrete motorball circuit in top view, the circuit must be circular, the track must be asphalt and it must be surrounded by obstacles such as walls , ramps and pylons, the obstacles must be arranged in such a way as to create a difficult and fangerous course, the circuit must be approximately 2500 meters in diameter and must include a jump zone, a tight turn zone or a combat zone, the circuit must include at least one looping and a railing zone to pass over pikes, the image must be in high resolution, the image must have plenty of detail drawing, cyberpunk comic, art by Gunmm, Goro Fujita, in the style of , DC comics Star wars, fluorescent, Motorball, Gunmm, race, HDR Octane Unreal Engine post-processing intricate scenery cinematic fine details complex picture
Prompt: science an technology, chemistry, Design a visually compelling image that simulates a cross-section of polyisoprene resembling a small section of pipe. The focus should be on providing a detailed view of polyisoprene's molecular structure. Visualize the repeating isoprene monomer units arranged in a chain, highlighting the polymer's characteristic structure. Consider incorporating a color scheme that distinguishes individual monomer units and emphasizes the connectivity between them. Use shading and lighting effects to add depth, making the molecular structure appear three-dimensional within the pipe section. Additionally, you may want to include labels or annotations to educate viewers about the composition of polyisoprene and its significance in various applications. This prompt encourages a creative exploration of the molecular intricacies of polyisoprene within a visually appealing representation of a small pipe section, blending both scientific accuracy and aesthetic appeal.
Prompt: science an technology, chemistry, Design a visually compelling image that simulates a cross-section of polyisoprene resembling a small section of pipe. The focus should be on providing a detailed view of polyisoprene's molecular structure. Visualize the repeating isoprene monomer units arranged in a chain, highlighting the polymer's characteristic structure. Consider incorporating a color scheme that distinguishes individual monomer units and emphasizes the connectivity between them. Use shading and lighting effects to add depth, making the molecular structure appear three-dimensional within the pipe section. Additionally, you may want to include labels or annotations to educate viewers about the composition of polyisoprene and its significance in various applications. This prompt encourages a creative exploration of the molecular intricacies of polyisoprene within a visually appealing representation of a small pipe section, blending both scientific accuracy and aesthetic appeal, complete, a single strand of polyisopreneon a white background, a digital rendering by Pamela Drew, reddit, generative art, polyisoprene helix,polyisoprene strands.
Prompt: 1. Tunneling nanoreactor 2. Engineered nanopipette technology 3. Cyt c encapsulated ZIF-8 nanoparticles
Prompt: In a glass beaker, a visually intriguing composition comes to life as it holds a solution divided into distinct layers. At the uppermost part, a translucent layer of oil gracefully floats, forming a distinctive interface with the layer beneath. The lower portion of the beaker is occupied by clear water, creating a juxtaposition of two immiscible liquids. This stratified arrangement of oil atop water sets the stage for an exploration of the unique interactions within the solution. The oil layer, characterized by its buoyancy, creates a dynamic boundary with the aqueous layer beneath, presenting an opportunity for fascinating phenomena to unfold in this microcosm of molecular activity.
Prompt: The main body of the picture is to show a computer process in which the picture is processed to de-blur the picture, where the picture is gridded
Prompt: Neurons Size: Neurons of different sizes Color: Neurons of different colors Shape: Round, oval, or polygonal shapes Neuronal signals Color: Red, green, or blue colors Shape: Round, oval, or polygonal shapes Direction: Emitted from one neuron, transmitted through synapses to another neuron Synapses Shape: Round or oval shapes Color: Black or gray colors Other Background: Can use white, black, or gray colors Details: Can add additional details, such as the nucleus of the cell on the neuron or the texture on the synapse
Prompt: An image that starts with a technical drawing and then transforms into a real image, is a section of a construction
Prompt: An image that starts with a technical drawing and then transforms into a real image, is a section of a construction
Negative: drawing, watercolor, drawing, deformation
Prompt: Generate a visually appealing image that illustrates the mathematical formula: Δs=s(t1)−s(t0)=s(t0+Δt)−s(t0)Δs=s(t1)−s(t0)=s(t0+Δt)−s(t0) The formula represents the change (ΔsΔs) in a function s(t)s(t) over a time interval from t0t0 to t1t1, expressed alternatively as the difference between s(t0+Δt)s(t0+Δt) and s(t0)s(t0).
Prompt: Draw a technologised picture showing a process of de-blurring the picture using computer techniques, where computer vision techniques are used and there is gridding of the picture
Prompt: solo, (squirrel tail:1.3), 1 squirrel girl, jeadite eyes, squirrel ears, medium hair, (smile:1.1), (open mouth:0.8), small face, medium breasts, sleeveless, frills waitress, miniskirt, sweets, standing, (in cafeteria:1.1), chair, table, (forest:0.5), (dappled sunlight:1.1), sharp focus, looking at viewer, cowboy shot, (intricate:1.1), (light green theme:1.2), (light green tone:1.2), (gold tone:0.5), illustration, \u003clora:more_details:0.5\u003e,
Negative: blush, worst quality, large head, low quality, extra digits, bad eye, EasyNegativeV2, ng_deepnegative_v1_75t, text, jpeg artifacts, signature, watermark, username, artist name, trademark, title, light, window, lamp,
Style: Analog Film
Prompt: golden casino slot machine, jackpot win, front angle, rendered in CGI, rendered in 3DSMAX, r, rendered in cinema4d, rendered in keyshot, rendered in povray, high quality 3d render, black background, 8k resolution
Prompt: 1. Tunneling nanoreactor 2. Engineered nanopipette technology 3. Cyt c encapsulated ZIF-8 nanoparticles 4. Nanoconfined reaction tunnel 5. Single living cell 6. Subcellular H2O2 7. Ionic current signal 8. ZIF-8 triggered enhancement 9. Cyt c enzyme activity 10. H2O2 elimination 11. Molecular dynamics simulations 12. Stability of Cyt c 13. Activity of Cyt c 14. Encapsulation in ZIF-8
Prompt: A picture shows the passage of time.That is, how to express four dimensions through two dimensions.
Prompt: Three-Body Lens 10: The Restart of the Universe and the End of Time At the moment when the universe restarts, time and space become blurred, and all galaxies and matter disappear or are reborn at this moment, demonstrating the grand concept of cosmic reincarnation.
Prompt: A depiction of polyurethane used in vibration dampening, protecting delicate machinery in an automated production line
