这是一个对比两个合成过程的示意图设计，突

MJ Bot 更新时间：2025-07-09 00:21:50
提示词：https://images.gogpt.vip/aigf/m_origin/20250709/1693334/0wk5qim0gavr47fz.png This is a schematic design comparing two synthesis processes, highlighting the morphological differences of reactants, key additives, and final products. Hydrothermal synthesis comparison schematic: Bismuth iodide (BiOI) vs Submicron bismuth powder (Bi⁰) Left pathway (Pathway A- Synthesis of BiOI): Initial reactants: Clearly list deionized water, bismuth nitrate (Bi³⁺ source), potassium iodide (I⁻ source), mannitol (morphology controlling agent/complexing agent). Mixed solution: Label the main ions/molecules in the solution (Bi³⁺, I⁻, mannitol). Hydrothermal reaction: Represented by a box, label typical conditions (temperature T °C, time t hours). Next to the arrow, note the main reaction: Bi³⁺ combines with I⁻ to form BiOI. Note that mannitol's role is to assist in morphology control. Final product: BiOI. Use simple layered stacking graphics to illustrate its typical flaky or flower-like micro-nano structure. Right pathway (Pathway B- Synthesis of Bi⁰): Initial reactants: Contains all reactants from Pathway A, with the addition of sodium hypophosphite (NaH₂PO₂, strong reducing agent, providing H₂PO₂⁻). Mixed solution: Label the main ions/molecules in the solution (Bi³⁺, I⁻, mannitol, H₂PO₂⁻). Hydrothermal reaction: The box conditions are the same as on the left side (emphasizing that it is under the same hydrothermal environment, only the additives are different). Next to the arrow, note the key reaction: H₂PO₂⁻ reduces Bi³⁺ to elemental bismuth (Bi⁰). Similarly, note the morphology control role of mannitol. Final product: Submicron bismuth powder (Bi⁰). Use dispersed small spheres or irregular particle graphics to illustrate its submicron scale metallic powder morphology. C4D software, 3D model, scatter composition, --ar 4:3 --v 7 --stylize 100 --iw 0.25 --sref https://images.gogpt.vip/aigf/m_origin/20250709/1693334/0wk5qim0gavr47fz.png --oref https://images.gogpt.vip/aigf/m_origin/20250709/1693334/0wk5qim0gavr47fz.png --ow 400

中文提示词：这是一个对比两个合成过程的示意图设计，突出反应物、关键添加剂和最终产物的形态差异。 水热合成对比示意图：碘化氧铋 (BiOI) vs 亚微米铋粉 (Bi⁰)左侧通路 (Pathway A- 合成 BiOI): 初始反应物: 明确列出去离子水、硝酸铋 (Bi³⁺ 源)、碘化钾 (I⁻ 源)、甘露醇 (形貌控制剂/络合剂)。 混合溶液: 标注溶液中主要离子/分子 (Bi³⁺, I⁻, 甘露醇)。 水热反应: 用方框表示，标注典型条件 (温度 T °C, 时间 t 小时)。箭头旁注明主要反应：Bi³⁺ 与 I⁻ 结合形成 BiOI。注明甘露醇的作用是辅助形貌控制。 最终产物: BiOI。用简单的层状堆叠图形示意其典型的片状或花状微纳结构。 右侧通路 (Pathway B- 合成 Bi⁰): 初始反应物: 包含 Pathway A 的所有反应物，额外添加次磷酸钠 (NaH₂PO₂, 强还原剂，提供 H₂PO₂⁻)。 混合溶液: 标注溶液中主要离子/分子 (Bi³⁺, I⁻, 甘露醇, H₂PO₂⁻)。 水热反应: 方框条件与左侧相同 (强调是在相同水热环境下，仅添加剂不同)。箭头旁注明关键反应：H₂PO₂⁻ 将 Bi³⁺ 还原为单质铋 (Bi⁰)。同样注明甘露醇的形貌控制作用。 最终产物: 亚微米铋粉 (Bi⁰)。用分散的小球或不规则颗粒图形示意其亚微米尺度的金属粉末形态。 C4D软件,3D模型,散点构图, 一键画同款
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