Summary of Market Assumptions Sensitivity Cases.

This table shows how the different market actor behaviors were combined into four different cases. Case Name corresponds to the names used in Figure 9, and Run refers to the run number, which may be used to view run results in the supporting information file (Data S1). Occasional User Price Response and Regular User Price Response represent consumer behaviors that address how occasional ethanol users and regular ethanol users responded to ethanol price. The model variable names are “Occasional User Price Attractiveness Weighting” and “Regular User Price Attractiveness Weighting.” Station Owner Investment (New Tank) and Station Owner Investment (Repurpose Old Tank) represent dispensing station owner behaviors that reflect the likelihood that a station owner would invest in a new tank or in repurposing an old tank in order to offer high-blend. In the model, these are two functions called “Investment ‘Hit Rate’” and “Investment ‘Hit Rate’ (RP)” for new and repurposed tankage, respectively. Conversion Capacity Investment Price Response represents conversion capacity investment behavior, measuring the responsiveness of upstream investment to ethanol price. In the model, this is called, “Impact of Price on Cellulosic Growth Rate.”本表格呈现了不同市场主体行为如何被整合为四类场景。场景名称（Case Name）与图9中所用名称完全对应；运行编号（Run）指代单次模拟的序号，相关运行结果可通过辅助信息文件（Data S1）查阅。 偶发乙醇使用者价格响应（Occasional User Price Response）与常规乙醇使用者价格响应（Regular User Price Response）代表两类消费者行为，用于描述偶发乙醇使用者与常规乙醇使用者对乙醇价格的响应特征。模型中对应的变量名称为“偶发使用者价格吸引力权重（Occasional User Price Attractiveness Weighting）”与“常规使用者价格吸引力权重（Regular User Price Attractiveness Weighting）”。 加油站经营者新罐投资（Station Owner Investment (New Tank)）与旧罐改造投资（Station Owner Investment (Repurpose Old Tank)）代表加油站经营者的两类行为，用以反映其为提供高掺混比例乙醇燃料而选择新建储油罐或改造现有旧罐的概率。在模型中，这两类行为分别对应名为“投资‘命中率’（Investment ‘Hit Rate’）”与“投资‘命中率（RP）’（Investment ‘Hit Rate’ (RP)）”的函数，分别对应新建储油罐与旧罐改造场景。 转化产能投资价格响应（Conversion Capacity Investment Price Response）代表转化产能投资行为，用于衡量上游投资对乙醇价格的响应敏感度。在模型中，该行为对应的变量为“价格对纤维素乙醇增长率的影响（Impact of Price on Cellulosic Growth Rate）”。