化学 TOC 图形：面向 ACS、RSC 与 Wiley 期刊的示例和模板

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 图形可以显著提高你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 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 × 4 cm	TIFF	灵活
Wiley	各异	TIFF/JPEG	针对特定期刊
Elsevier	1328 × 531 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 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