从 Google 用户意图的角度来看，可能的查询包括“如何配制冰镇电子烟口味”、“如何提供奶油蛋奶电子烟口味”、“薄荷醇与香草烟油化学成分”、“清凉口味的设备兼容性”、“PG/VG 矩阵中奶油口味的稳定性”等。因此，本文是针对口味配方设计师、电子烟油生产商和研发团队的技术性、权威性、结构良好的指南。它涵盖：
A cleaner, sharper “snap” sensation on first puff or inhalation, often paired with fruit or tobacco bases labelled as “ice”, “frost”, “chill”. Marketing shows the dominance of “ice” branded flavours: one review found “ice”-labelled e-cigarettes rose to 12.1% market share of all flavoured e-cigarettes in late 2021.
Begin with low concentration (e.g., 0.1–0.2 % w/w) and incrementally adjust while testing in device. Literature shows WS-23 produced smoother, cooler and less harsh than menthol in matched tests.
记录剂量与感官描述符（例如，0 = 无，1 = 轻度寒意，2 = 强烈寒意）。
第 3 步 – 构建基础风味矩阵：
使用专为清晰度而设计的风味室浓缩液。
确保存在甜味/酸味/辅助香气，让基味散发光芒。
PG/VG 比例：通常适度的 PG 用于风味携带和脆度（例如 60-70 VG），但需要测试设备。
第 4 步 – 设备/线圈/电源验证：
在代表性设备上进行测试（低瓦数下的 MTL 吊舱、高瓦数下的亚欧姆开放气流）。
监控冷却强度如何随功率/气流变化。如果在高功率下太尖锐，请减少冷却剂或添加平滑香气。
第 5 步 – 稳定性和老化检查：
装瓶并陈酿 1 周、1 个月。重新测试冰凉强度、基味透明度、任何异味。
检查线圈堆积/残留。确保冷却剂和浓缩香料保持稳定。
第 6 步 – 文档和规范：
Document: coolant % w/w, base flavour concentrate %, PG/VG ratio, target device spec, steeping time, sensory descriptors (e.g., “Initial chill onset at inhale, mid-exhale fruity base, clean finish”).
Provide formulation guidelines to e-liquid producer: “Use coil resistance ≥ 0.4 Ω, wattage 30–45 W, airflow medium for balanced chill. For high-W cloud device, reduce coolant by 20 %.”
4.2 奶油轮廓工作流程
步骤 1 – 定义目标感官图：
决定“奶油含量”（淡奶油与浓郁的蛋奶冻与颓废的糕点）
选择风味锚（香草豆、牛奶和蜂蜜、焦糖、奶油糖果等）
定义口感目标：例如，吸气顺畅、呼气浓郁、余味悠长。
第 2 步 – 选择风味构建块：
前调：香草豆、乳香、柔和内酯
中调：奶油/牛奶、蛋奶冻风味、黄油/乳制品
基调：焦糖/奶油糖果/香草荚，辅助甜味剂（最少），可选坚果或糕点底味
Keep sweetener load minimal (to avoid syrup-like effect or coil gunk). Use sweet-aroma compounds rather than high % sucralose.
步骤 3 – 矩阵和口感调整：
PG/VG ratio: Higher VG (70-80 %) may enhance “thickness” of vapour and help cream profile; but higher VG can reduce flavour carry and humidity of throat. Balance accordingly.
Adjust flavour concentrate loading: typically moderate (e.g., 8-12 % total) depending on strength.
Consider adding small acid lift (e.g., 0.05-0.10%) if the profile is too heavy and lacks freshness.
Document flavour building blocks (top/mid/base), % loading, PG/VG ratio, target device performance, steeping time, sensory mapping.
Provide e-liquid producer guideline: e.g., “For maximum cream fullness in sub-ohm at 60 W, maintain coil resistance ~0.2Ω, airflow open, steep 3–5 days. To extend coil life on higher-VG device, reduce custard base by 10 %.”
以受控强度冷却覆盖：Use modest coolant dosage so that the creamy base remains audible. For example, set coolant at 50-70% of what you used for a pure cooling profile.
Example: Suppose you’re designing “Frosted Vanilla Custard”. Start with your vanilla-custard base at defined %; add coolant at 0.12 % (instead of 0.2 % for a pure “ice” flavour). In testing you discover the cream is still too heavy; you might reduce mid-custard base or add a light brightness (e.g., neutral yoghurt note at ~0.05 %) to keep clarity.
