Public Creations

GPT Image 6 Showcase & AI Image Generation Examples

Explore public AI image generations, prompt ideas, and visual workflow examples for GPT Image 6-style image creation.

GPT Image-2 - Text to Image-1
imageGPT Image-2

GPT Image-2 - Text to Image

单通道扫描型质谱仪总体结构图(论文主图) 提示词: 科技论文风格示意图,单通道扫描型磁偏转质谱仪整体结构,模块化系统,从左到右依次为:样品入口、钨灯丝离子源、聚焦狭缝、电场加速区、弯曲真空铜管飞行通道、两侧永磁体磁场分析区、法拉第杯探测器、电流放大器、RC滤波器、示波器XY显示输出。 粒子轨迹用发光曲线表示(离子束轨迹),显示不同质荷比离子在磁场中偏转半径不同。 结构为剖面+半透明工程框图结合,带箭头流程指示,标注清晰,白底,高对比度,学术论文插图风格,矢量图,精细线条。

Jul 11, 2026, 02:24 AMView details
GPT Image-2 - Text to Image-1
imageGPT Image-2

GPT Image-2 - Text to Image

单通道扫描型质谱仪总体结构图(论文主图) 提示词: 科技论文风格示意图,单通道扫描型磁偏转质谱仪整体结构,模块化系统,从左到右依次为:样品入口、钨灯丝离子源、聚焦狭缝、电场加速区、弯曲真空铜管飞行通道、两侧永磁体磁场分析区、法拉第杯探测器、电流放大器、RC滤波器、示波器XY显示输出。 粒子轨迹用发光曲线表示(离子束轨迹),显示不同质荷比离子在磁场中偏转半径不同。 结构为剖面+半透明工程框图结合,带箭头流程指示,标注清晰,白底,高对比度,学术论文插图风格,矢量图,精细线条。

Jul 11, 2026, 02:24 AMView details
GPT Image-2 - Text to Image-1
imageGPT Image-2

GPT Image-2 - Text to Image

单通道扫描型质谱仪总体结构图(论文主图) 提示词: 科技论文风格示意图,单通道扫描型磁偏转质谱仪整体结构,模块化系统,从左到右依次为:样品入口、钨灯丝离子源、聚焦狭缝、电场加速区、弯曲真空铜管飞行通道、两侧永磁体磁场分析区、法拉第杯探测器、电流放大器、RC滤波器、示波器XY显示输出。 粒子轨迹用发光曲线表示(离子束轨迹),显示不同质荷比离子在磁场中偏转半径不同。 结构为剖面+半透明工程框图结合,带箭头流程指示,标注清晰,白底,高对比度,学术论文插图风格,矢量图,精细线条。

Jul 11, 2026, 02:23 AMView details
GPT Image-2 - Text to Image-1
imageGPT Image-2

GPT Image-2 - Text to Image

单通道扫描型质谱仪总体结构图(论文主图) 提示词: 科技论文风格示意图,单通道扫描型磁偏转质谱仪整体结构,模块化系统,从左到右依次为:样品入口、钨灯丝离子源、聚焦狭缝、电场加速区、弯曲真空铜管飞行通道、两侧永磁体磁场分析区、法拉第杯探测器、电流放大器、RC滤波器、示波器XY显示输出。 粒子轨迹用发光曲线表示(离子束轨迹),显示不同质荷比离子在磁场中偏转半径不同。 结构为剖面+半透明工程框图结合,带箭头流程指示,标注清晰,白底,高对比度,学术论文插图风格,矢量图,精细线条。

Jul 11, 2026, 02:21 AMView details
GPT Image-2 - Text to Image-1
imageGPT Image-2

GPT Image-2 - Text to Image

单通道扫描型质谱仪总体结构图(论文主图) 提示词: 科技论文风格示意图,单通道扫描型磁偏转质谱仪整体结构,模块化系统,从左到右依次为:样品入口、钨灯丝离子源、聚焦狭缝、电场加速区、弯曲真空铜管飞行通道、两侧永磁体磁场分析区、法拉第杯探测器、电流放大器、RC滤波器、示波器XY显示输出。 粒子轨迹用发光曲线表示(离子束轨迹),显示不同质荷比离子在磁场中偏转半径不同。 结构为剖面+半透明工程框图结合,带箭头流程指示,标注清晰,白底,高对比度,学术论文插图风格,矢量图,精细线条。

Jul 11, 2026, 02:20 AMView details
GPT Image-2 - Text to Image-1
imageGPT Image-2

GPT Image-2 - Text to Image

单通道扫描型质谱仪总体结构图(论文主图) 提示词: 科技论文风格示意图,单通道扫描型磁偏转质谱仪整体结构,模块化系统,从左到右依次为:样品入口、钨灯丝离子源、聚焦狭缝、电场加速区、弯曲真空铜管飞行通道、两侧永磁体磁场分析区、法拉第杯探测器、电流放大器、RC滤波器、示波器XY显示输出。 粒子轨迹用发光曲线表示(离子束轨迹),显示不同质荷比离子在磁场中偏转半径不同。 结构为剖面+半透明工程框图结合,带箭头流程指示,标注清晰,白底,高对比度,学术论文插图风格,矢量图,精细线条。

Jul 11, 2026, 02:08 AMView details
GPT Image 2 - Image To Image-1
imageGPT Image 2

GPT Image 2 - Image To Image

把这张图片处理成鱼眼效果

Jul 10, 2026, 06:59 AMView details
GPT Image 2-1
imageOpenAI

GPT Image 2

把这张图片处理成鱼眼效果

Jul 10, 2026, 06:57 AMView details
GPT Image-2 - Text to Image-1
imageGPT Image-2

GPT Image-2 - Text to Image

帮我按找这个图中内容生成一份黑底的ui设计

Jul 9, 2026, 06:11 AMView details
GPT Image-2 - Text to Image-1
imageGPT Image-2

GPT Image-2 - Text to Image

Create a BioRender-style three-panel schematic illustrating the same mechanism in a stepwise narrative: Panel A: NAT1 deficiency in brain endothelial cell triggers constitutive activation of RIPK1 in the cytosol. Depict RIPK1 as an orange circle near the cytoplasm boundary. Panel B: Nuclear signaling: RIPK1 activates P65 / NF-κB; show nuclear translocation and accumulation of P65; label “NF-κB activation” and illustrate transcriptional upregulation of VCAM1 with VCAM1 mRNA/protein moving to the endothelial membrane; show T cells approaching and tethering to VCAM1. Panel C: Cytoplasmic necroptotic branch: a separate pathway where RIPK1 activates RIPK3 and MLKL; depict MLKL moving to the plasma membrane to form pores, resulting in membrane rupture. Surround rupture with Astrocyte encasing to protect the endothelial cell. Color guidance (consistent across panels): NAT1 deficiency symbol in red/alert color. RIPK1: orange; P65 / NF-κB: purple; VCAM1 at membrane: vivid red with “↑”. RIPK3: green; MLKL: yellow (membrane pore visualization as dashed channels). Astrocyte: muted gray-blue network around rupture. Panel labels: Panel A, Panel B, Panel C with concise captions in Chinese. Output format: PNG or SVG, aspect ratio 16:9, layout suitable for a multi-panel figure (Panel A left, Panel B center/top, Panel C right/bottom or a neat grid). 在上面的基础上修改:不要吧细胞分为3部分,而是在一个细胞中绘制,星形胶质细胞在内皮细胞的外面,NAT1等在内皮细胞中,星形胶质细胞从外面包裹住内皮细胞膜有损伤的部位,损伤表现为MLKL在质膜上行层管状通道

Jul 8, 2026, 03:17 PMView details
GPT Image-2 - Text to Image-1
imageGPT Image-2

GPT Image-2 - Text to Image

Create a BioRender-style three-panel schematic illustrating the same mechanism in a stepwise narrative: Panel A: NAT1 deficiency in brain endothelial cell triggers constitutive activation of RIPK1 in the cytosol. Depict RIPK1 as an orange circle near the cytoplasm boundary. Panel B: Nuclear signaling: RIPK1 activates P65 / NF-κB; show nuclear translocation and accumulation of P65; label “NF-κB activation” and illustrate transcriptional upregulation of VCAM1 with VCAM1 mRNA/protein moving to the endothelial membrane; show T cells approaching and tethering to VCAM1. Panel C: Cytoplasmic necroptotic branch: a separate pathway where RIPK1 activates RIPK3 and MLKL; depict MLKL moving to the plasma membrane to form pores, resulting in membrane rupture. Surround rupture with Astrocyte encasing to protect the endothelial cell. Color guidance (consistent across panels): NAT1 deficiency symbol in red/alert color. RIPK1: orange; P65 / NF-κB: purple; VCAM1 at membrane: vivid red with “↑”. RIPK3: green; MLKL: yellow (membrane pore visualization as dashed channels). Astrocyte: muted gray-blue network around rupture. Panel labels: Panel A, Panel B, Panel C with concise captions in Chinese. Output format: PNG or SVG, aspect ratio 16:9, layout suitable for a multi-panel figure (Panel A left, Panel B center/top, Panel C right/bottom or a neat grid).

Jul 8, 2026, 03:11 PMView details
GPT Image 2-1
imageOpenAI

GPT Image 2

角色修改为赤脚,延长袜子为踩脚袜,保持其他要素不改变

Jul 8, 2026, 08:59 AMView details

Page 81 of 194