Optimization and modeling of boric acid extraction from colemanite in water saturated with carbon dioxide and sulphur dioxide gases.

在二氧化及二氧化硫饱和水溶液中从硬硼钙石提取硼最优化方案研究。

A series of reversible thermochromic paints were prepared using different kinds of inorganic compounds as filler,cresol red as chromophoric reagent and boric acid as delomorphic reagent.

以甲酚红为发色剂,硼为显色剂,同无机填料,制备出系列可逆热致变色颜料。

Optimization and modeling of boric acid extraction from colemanite in water saturated with carbon dioxide and sulphur dioxide gases.

在二氧化及二氧化硫饱和水溶液中从硬硼钙石提取硼酸最优化方案的研究。

A series of reversible thermochromic paints were prepared using different kinds of inorganic compounds as filler,cresol red as chromophoric reagent and boric acid as delomorphic reagent.

以甲酚色剂,硼酸显色剂,选择不同的无机填料,制备出系列可逆热致变色颜料。

Optimization and modeling of boric acid extraction from colemanite in water saturated with carbon dioxide and sulphur dioxide gases.

在二氧化及二氧化硫饱和水溶液中从硬硼钙石提取硼酸最优化方案的研究。

A series of reversible thermochromic paints were prepared using different kinds of inorganic compounds as filler,cresol red as chromophoric reagent and boric acid as delomorphic reagent.

以甲酚红为发色剂,硼酸为显色剂,选择不同的无机填料,制备可逆热致变色颜料。

Optimization and modeling of boric acid extraction from colemanite in water saturated with carbon dioxide and sulphur dioxide gases.

在硫饱和水溶液中从硬硼钙石提取硼酸最优方案的研究。

A series of reversible thermochromic paints were prepared using different kinds of inorganic compounds as filler,cresol red as chromophoric reagent and boric acid as delomorphic reagent.

以甲酚红为发色剂,硼酸为显色剂,选择不同的无机填料,制备出系列可逆热致变色颜料。

Optimization and modeling of boric acid extraction from colemanite in water saturated with carbon dioxide and sulphur dioxide gases.

在二氧及二氧硫饱和水溶液中从硬硼钙石提取硼酸方案的研究。

A series of reversible thermochromic paints were prepared using different kinds of inorganic compounds as filler,cresol red as chromophoric reagent and boric acid as delomorphic reagent.

以甲酚红为发色剂,硼酸为显色剂,选择不同的无机填料,制备出系列可逆热致色颜料。

Optimization and modeling of boric acid extraction from colemanite in water saturated with carbon dioxide and sulphur dioxide gases.

在二氧化及二氧化硫饱和水溶液中从硬钙石提取最优化方案研究。

A series of reversible thermochromic paints were prepared using different kinds of inorganic compounds as filler,cresol red as chromophoric reagent and boric acid as delomorphic reagent.

以甲酚红为发,为显,选择不同无机填料,制备出系列可逆热致变颜料。

Optimization and modeling of boric acid extraction from colemanite in water saturated with carbon dioxide and sulphur dioxide gases.

在二氧化及二氧化硫饱和水溶液中从硬硼钙石提取硼最优化方案研究。

A series of reversible thermochromic paints were prepared using different kinds of inorganic compounds as filler,cresol red as chromophoric reagent and boric acid as delomorphic reagent.

以甲酚红为,硼为显,选择不同无机填料,制备出系列可逆热致变颜料。

Optimization and modeling of boric acid extraction from colemanite in water saturated with carbon dioxide and sulphur dioxide gases.

在二氧化及二氧化硫饱和水从硬钙石提取最优化方案的研究。

A series of reversible thermochromic paints were prepared using different kinds of inorganic compounds as filler,cresol red as chromophoric reagent and boric acid as delomorphic reagent.

以甲酚红为发色剂,为显色剂,选择不同的无机填料,制备出系列可逆热致变色颜料。

Optimization and modeling of boric acid extraction from colemanite in water saturated with carbon dioxide and sulphur dioxide gases.

在二氧化及二氧化硫饱和水溶液中从硬硼钙石提取硼酸最优化方案研究。

A series of reversible thermochromic paints were prepared using different kinds of inorganic compounds as filler,cresol red as chromophoric reagent and boric acid as delomorphic reagent.

红为发色剂,硼酸为显色剂,选择不同无机填料,制备出系列可逆热致变色颜料。