In an acid medium,amikacin(AMK) reacts with erythrosine(TIF) to form an ion-association complex,which makes the dye fade.

在酸性介质中,阿米卡星(AMK)与赤藓红(TIF)反应生成离子缔合物,导致赤藓红褪色。

Some valuable information on the association of normal alcohols and method of estimating degree of association were obtained by homomorph approach.

用同形物似法,本文还获得了正构醇缔合作用的若干重要信息其缔合度的似方法。

Drag the exposure in the past, solvent and film resin acylamide assiociation, deterring effect, makes it hard to dissolve in alkaline solution.

在曝，阻溶剂与成膜树脂酿成氢键缔合，爆发阻溶息用，使得在碱液洋不易凝固。

Studied the hydrophobic groups and the influence to the gelatinizer as well as analyzes the mechanism of the gelatinizer to the fracturing fluid performance influence.

通过研究疏水基团对稠化剂的影响及分析稠化剂对压裂液性能影响的机理,研究了一种疏水缔合物压裂液稠化剂。

In an acid medium,amikacin(AMK) reacts with erythrosine(TIF) to form an ion-association complex,which makes the dye fade.

介质中,阿米卡星(AMK)与赤藓红(TIF)反应生成离子缔合物,导致赤藓红褪色。

Some valuable information on the association of normal alcohols and method of estimating degree of association were obtained by homomorph approach.

用同形物似法,本文还获得了正构醇缔合作用的若干重要信息和估计其缔合度的似方法。

Drag the exposure in the past, solvent and film resin acylamide assiociation, deterring effect, makes it hard to dissolve in alkaline solution.

曝平以后，阻溶剂与成膜树脂酿成氢键缔合，爆发阻溶息用，使得碱洋不易凝固。

Studied the hydrophobic groups and the influence to the gelatinizer as well as analyzes the mechanism of the gelatinizer to the fracturing fluid performance influence.

通过研究疏水基团对稠化剂的影响以及分析稠化剂对压裂影响的机理,研究了一种疏水缔合物压裂稠化剂。

In an acid medium,amikacin(AMK) reacts with erythrosine(TIF) to form an ion-association complex,which makes the dye fade.

酸性介质中,阿米卡星(AMK)与赤藓红(TIF)反应生成离子物,导致赤藓红褪色。

Some valuable information on the association of normal alcohols and method of estimating degree of association were obtained by homomorph approach.

用同形物似法,本文还获得了正构醇作用的若干重要信息和估计其的似法。

Drag the exposure in the past, solvent and film resin acylamide assiociation, deterring effect, makes it hard to dissolve in alkaline solution.

曝平以后，阻溶剂与成膜树脂酿成氢键，爆发阻溶息用，使得碱液洋不易凝固。

Studied the hydrophobic groups and the influence to the gelatinizer as well as analyzes the mechanism of the gelatinizer to the fracturing fluid performance influence.

通过研究疏水基团对稠化剂的影响以及分析稠化剂对压裂液性能影响的机理,研究了一种疏水物压裂液稠化剂。

In an acid medium,amikacin(AMK) reacts with erythrosine(TIF) to form an ion-association complex,which makes the dye fade.

在酸性介质中,阿米卡星(AMK)与赤藓红(TIF)反应子缔合物,导致赤藓红褪色。

Some valuable information on the association of normal alcohols and method of estimating degree of association were obtained by homomorph approach.

用同形物似法,本文还获得了正构醇缔合作用的若干重要信息和估计其缔合度的似方法。

Drag the exposure in the past, solvent and film resin acylamide assiociation, deterring effect, makes it hard to dissolve in alkaline solution.

在曝平以后，阻溶剂与膜树脂酿氢键缔合，爆发阻溶息用，使得在碱液洋不易凝固。

Studied the hydrophobic groups and the influence to the gelatinizer as well as analyzes the mechanism of the gelatinizer to the fracturing fluid performance influence.

通过研究疏水基团剂的影响以及分析剂压裂液性能影响的机理,研究了一种疏水缔合物压裂液剂。

In an acid medium,amikacin(AMK) reacts with erythrosine(TIF) to form an ion-association complex,which makes the dye fade.

酸性介质中,阿米卡星(AMK)与赤藓红(TIF)反应生成离子缔合物,导致赤藓红褪色。

Some valuable information on the association of normal alcohols and method of estimating degree of association were obtained by homomorph approach.

用同形物法,本文还获了正构醇缔合作用的若干重要信息和估计其缔合度的方法。

Drag the exposure in the past, solvent and film resin acylamide assiociation, deterring effect, makes it hard to dissolve in alkaline solution.

曝平以后，阻溶剂与成膜树脂酿成氢键缔合，爆发阻溶息用，碱液洋不易凝固。

Studied the hydrophobic groups and the influence to the gelatinizer as well as analyzes the mechanism of the gelatinizer to the fracturing fluid performance influence.

通过研究疏水基团对稠化剂的影响以及分析稠化剂对压裂液性能影响的机理,研究了一种疏水缔合物压裂液稠化剂。

In an acid medium,amikacin(AMK) reacts with erythrosine(TIF) to form an ion-association complex,which makes the dye fade.

在酸性介质中,阿米卡星(AMK)与赤藓红(TIF)反应生成离子缔合物,导致赤藓红褪色。

Some valuable information on the association of normal alcohols and method of estimating degree of association were obtained by homomorph approach.

同形物似法,还获得了正构醇缔合作的若干重要信和估计其缔合度的似方法。

Drag the exposure in the past, solvent and film resin acylamide assiociation, deterring effect, makes it hard to dissolve in alkaline solution.

在曝平以后，阻溶剂与成膜树脂酿成氢键缔合，爆发阻溶，得在碱液洋不易凝固。

Studied the hydrophobic groups and the influence to the gelatinizer as well as analyzes the mechanism of the gelatinizer to the fracturing fluid performance influence.

通过研究疏水基团对稠化剂的影响以及分析稠化剂对压裂液性能影响的机理,研究了一种疏水缔合物压裂液稠化剂。

In an acid medium,amikacin(AMK) reacts with erythrosine(TIF) to form an ion-association complex,which makes the dye fade.

在酸性介质中,阿米卡星(AMK)与赤藓红(TIF)反应生成离子缔合物,导致赤藓红褪色。

Some valuable information on the association of normal alcohols and method of estimating degree of association were obtained by homomorph approach.

同形物似法,获得了正构醇缔合作的若干重要信和估计其缔合度的似方法。

Drag the exposure in the past, solvent and film resin acylamide assiociation, deterring effect, makes it hard to dissolve in alkaline solution.

在曝平以后，阻剂与成膜树脂酿成氢键缔合，爆发阻，使得在碱液洋不易凝固。

Studied the hydrophobic groups and the influence to the gelatinizer as well as analyzes the mechanism of the gelatinizer to the fracturing fluid performance influence.

通过研究疏水基团对稠化剂的影响以及分析稠化剂对压裂液性能影响的机理,研究了一种疏水缔合物压裂液稠化剂。

In an acid medium,amikacin(AMK) reacts with erythrosine(TIF) to form an ion-association complex,which makes the dye fade.

在酸性介质中,阿米卡星(AMK)与赤藓红(TIF)反应生成离子缔合物,导致赤藓红褪色。

Some valuable information on the association of normal alcohols and method of estimating degree of association were obtained by homomorph approach.

用同形物似法,本文还获得了正构醇缔合作用的若干重要信息和估计其缔合度的似方法。

Drag the exposure in the past, solvent and film resin acylamide assiociation, deterring effect, makes it hard to dissolve in alkaline solution.

在曝平以后，阻溶剂与成膜树脂酿成氢键缔合，爆发阻溶息用，使得在碱液洋不易凝固。

Studied the hydrophobic groups and the influence to the gelatinizer as well as analyzes the mechanism of the gelatinizer to the fracturing fluid performance influence.

通过研究水基团对稠化剂的影响以及分析稠化剂对压裂液性能影响的机理,研究了水缔合物压裂液稠化剂。

In an acid medium,amikacin(AMK) reacts with erythrosine(TIF) to form an ion-association complex,which makes the dye fade.

在酸性介质中,阿米卡星(AMK)与赤藓红(TIF)反应生成离子缔,致赤藓红褪色。

Some valuable information on the association of normal alcohols and method of estimating degree of association were obtained by homomorph approach.

用同形似法,本文还获得了正构醇缔作用的若干重要信息和估计其缔度的似方法。

Drag the exposure in the past, solvent and film resin acylamide assiociation, deterring effect, makes it hard to dissolve in alkaline solution.

在曝平以后，阻溶剂与成膜树脂酿成氢键缔，爆发阻溶息用，使得在碱液洋不易凝固。

Studied the hydrophobic groups and the influence to the gelatinizer as well as analyzes the mechanism of the gelatinizer to the fracturing fluid performance influence.

通过研基团对稠化剂的影响以及分析稠化剂对压裂液性能影响的机理,研了一种缔压裂液稠化剂。

In an acid medium,amikacin(AMK) reacts with erythrosine(TIF) to form an ion-association complex,which makes the dye fade.

在酸性介质中,阿米卡星(AMK)与赤藓红(TIF)成离子缔合物,导致赤藓红褪色。

Some valuable information on the association of normal alcohols and method of estimating degree of association were obtained by homomorph approach.

用同形物似法,本文还获得了正构醇缔合作用若干重要信息和估计其缔合度似方法。

Drag the exposure in the past, solvent and film resin acylamide assiociation, deterring effect, makes it hard to dissolve in alkaline solution.

在曝平以后，阻溶与成膜树脂酿成氢键缔合，爆发阻溶息用，使得在碱液洋不易凝固。

Studied the hydrophobic groups and the influence to the gelatinizer as well as analyzes the mechanism of the gelatinizer to the fracturing fluid performance influence.

通过研究疏水基团对稠影响以及分析稠对压裂液性能影响机理,研究了一种疏水缔合物压裂液稠。