化学期刊率先使用了 TOC(目录)图形,如今它们对于出版物的可见性仍然至关重要。一个精心设计的化学 TOC 图形可以显著提高您论文的读者数量和引用次数。
本指南提供了针对所有主要子领域创建化学 TOC 图形的具体示例、模板和 AI 提示。
专业的化学 TOC 图形将科学准确性与视觉吸引力相结合
化学 TOC 图形概述
化学 TOC 图形的独特之处
化学 TOC 图形有特定的要求:
- 分子准确性:结构必须在化学上正确
- 反应清晰度:转化应该显而易见
- 紧凑的格式:通常为 2:1 的宽高比
- 视觉层次结构:关键分子/概念突出
- 期刊合规性:满足特定的出版商要求
出版商要求
| 出版商 | 尺寸 | 格式 | 风格 |
|---|---|---|---|
| ACS | 3.25 × 1.75 in | TIFF/EPS | 干净,白色背景 |
| RSC | 8.5 × 4.75 cm | TIFF/EPS/PDF | 灵活 |
| Wiley | 各异 | TIFF/JPEG | 针对特定期刊 |
| Elsevier | 531 × 1328 px | JPEG/PNG | 简洁设计 |
有机化学 TOC 示例
合成与方法学
全合成亮点:
Organic synthesis TOC graphic,
target natural product structure on right side,
retrosynthetic arrow pointing left,
key intermediates shown along pathway,
highlight key transformation in center,
reaction conditions "Pd(0), 80°C, 92% yield",
total synthesis publication style,
ACS format 3.25 × 1.75 inches方法学开发:
New reaction methodology TOC graphic,
generic transformation scheme:
"Starting material A + Reagent B → Product C",
scope examples in corner (4-6 structures),
key features highlighted: "room temperature",
"air-stable", "broad scope",
organic letters style format不对称催化:
Asymmetric catalysis TOC graphic,
prochiral substrate on left,
chiral catalyst structure in center with arrow,
enantioenriched product on right,
ee value prominently displayed "98% ee",
transition state model inset,
stereochemistry clearly indicated机理研究
反应机理:
Mechanistic study TOC graphic,
catalytic cycle representation,
key intermediates around cycle,
rate-determining step highlighted,
evidence: "KIE = 3.2", "ρ = -1.8",
mechanistic chemistry style,
educational but publication-ready无机化学 TOC 示例
配位化学
金属配合物合成:
Coordination compound TOC graphic,
central metal complex structure,
ligand binding highlighted with colors,
metal center: "[Cu(II)]" or "[Ru(III)]",
coordination geometry clear (octahedral/square planar),
applications icon (catalysis/sensing/medicine),
inorganic chemistry journal format有机金属化学:
Organometallic complex TOC graphic,
metal-carbon bonds clearly shown,
oxidative addition/reductive elimination arrows,
catalytic relevance indicated,
supporting ligands labeled,
organometallics journal style材料与纳米科学
纳米颗粒合成:
Nanoparticle synthesis TOC graphic,
precursors on left: metal salt + reducing agent,
reaction vessel icon in center,
nanoparticles on right with size "15 ± 2 nm",
TEM-style image representation,
application context (catalysis/sensing),
nanomaterials TOC format物理化学 TOC 示例
光谱学与分析
光谱学研究:
Spectroscopy research TOC graphic,
molecular structure with highlighted chromophore,
absorption/emission spectrum overlay,
wavelength values labeled "λmax = 450 nm",
photophysical process diagram,
PCCP or JPC style format计算化学:
Computational chemistry TOC graphic,
molecular orbital visualization,
energy level diagram,
key computational result highlighted,
method notation "DFT/B3LYP/6-311G**",
theoretical chemistry publication style动力学与热力学
动力学研究:
Kinetics research TOC graphic,
reaction coordinate diagram,
activation energy barrier labeled "Ea",
rate constants compared,
Arrhenius or Eyring plot inset,
physical chemistry journal style生物化学与化学生物学 TOC 示例
酶与蛋白质研究
酶机制:
Enzyme mechanism TOC graphic,
protein active site representation,
substrate binding and transformation,
catalytic residues highlighted,
product release indicated,
biochemistry journal style,
JACS or Biochemistry format药物-靶标相互作用:
Drug discovery TOC graphic,
target protein surface (simple representation),
drug molecule in binding pocket,
key interactions shown (H-bonds, hydrophobic),
IC50 value: "IC50 = 12 nM",
medicinal chemistry style生物偶联与化学生物学
生物偶联化学:
Bioconjugation TOC graphic,
biomolecule (protein/antibody) on left,
chemical handle/linker in middle,
payload (drug/fluorophore/tag) on right,
conjugation chemistry highlighted,
chemical biology journal format
有效的 TOC 图形在信息密度和视觉清晰度之间取得平衡
材料化学 TOC 示例
高分子化学
高分子合成:
Polymer chemistry TOC graphic,
monomer structure on left,
polymerization arrow with conditions,
polymer structure on right (repeat unit),
properties: "Mn = 25 kDa, Đ = 1.05",
application context,
macromolecules journal style自组装:
Self-assembly TOC graphic,
small molecules at top,
assembly process arrow,
supramolecular structure at bottom,
hierarchy of organization shown,
soft matter style illustration能源材料
电池材料:
Battery research TOC graphic,
electrode material structure,
Li-ion intercalation shown,
performance metrics: "capacity, cycle life",
cell diagram context,
energy materials journal format太阳能电池:
Photovoltaic material TOC graphic,
molecular structure of sensitizer/absorber,
device architecture schematic,
efficiency value "PCE = 15.2%",
J-V curve inset,
solar energy materials style使用 AI 创建化学 TOC 图形
化学提示的最佳实践
包括以下元素:
- 分子结构(描述关键特征)
- 反应箭头和条件
- 数值数据(产率、选择性、性质)
- 视觉上强调关键发现
- 针对特定期刊的格式
提示模板
[Subfield] chemistry TOC graphic,
[main concept/transformation/structure],
[key molecules/compounds described],
[numerical results highlighted],
[visual style specification],
[journal format: ACS/RSC/Wiley],
[aspect ratio, typically landscape 2:1]按类别划分的示例提示
催化:
Catalysis TOC graphic for JACS,
cross-coupling reaction scheme,
aryl halide + boronic acid → biaryl product,
novel Pd catalyst structure shown,
"TON > 10,000" highlighted,
substrate scope examples (4 products),
clean white background, ACS format超分子:
Supramolecular chemistry TOC graphic,
host-guest complex illustration,
cage or macrocycle structure as host,
bound guest molecule highlighted,
binding constant "Ka = 10^6 M-1",
applications icon (sensing/catalysis),
chemistry of materials style分析:
Analytical chemistry TOC graphic,
sensing mechanism illustrated,
analyte binding → signal change,
selectivity demonstration (bar graph style),
detection limit "LOD = 10 nM",
real sample application shown,
analytical chemistry journal format常见的化学 TOC 错误
1. 不正确的立体化学
问题:错误的楔形/虚线键,未定义的立体中心 解决方案:仔细检查所有立体化学;使用正确的约定
2. 不清晰的反应箭头
问题:转化方向不明确 解决方案:使用清晰的箭头,条件在上方/下方
3. 杂乱的结构
问题:分子太多,在小尺寸下无法读取 解决方案:简化;仅显示关键结构
4. 缺少关键数据
问题:没有产率、选择性或性能指标 解决方案:包括 1-2 个关键数值结果
5. 错误的格式
问题:尺寸与期刊要求不符 解决方案:在创建之前检查指南
化学 TOC 图形工具
AI 生成(概念和布局)
- SciDraw:最适合整体 TOC 构图
- 生成布局,然后添加精确的结构
分子结构
- ChemDraw:行业标准
- MarvinSketch:免费替代品
- RDKit:程序化生成
推荐工作流程
- AI 概念:使用 SciDraw 生成整体构图
- 单独绘制结构:在 ChemDraw 中绘制分子
- 组合:在 Illustrator/PowerPoint 中组装
- 导出:期刊要求的正确格式
开始创建您的化学 TOC
准备好创建有影响力的化学 TOC 图形了吗?
- 访问 SciDraw AI Drawing
- 使用本指南中的提示作为模板
- 为您的特定化学定制
- 根据需要添加精确的分子结构
- 以期刊要求的格式导出
使用专业的 TOC 图形,让您的下一篇化学论文脱颖而出。
相关文章:
- TOC Graphics Generator: Create Publication-Ready Images (TOC 图形生成器:创建可用于出版的图像)
- Graphical Abstract Maker for Scientific Papers (科学论文的图形摘要制作工具)
- How to Write Effective AI Prompts for Scientific Illustrations (如何为科学插图编写有效的 AI 提示)



