Experiment is done on the acid hydrolysis of titanium-columbite-tantalite ore difficult to decompose.

对难分解的钽铌矿的酸分解工艺进行了试验研究。

Electronmicroscopic examination shows that Ti-oxide (rutile or anatase) is replaced by brannerite, indicat-ing the metasomatic origin of brannerite.

下观察到铀矿与的氧化（金红石或锐矿）成交代关系，说明铀矿是交代成因的。

However, absorption peak of Sexadentate Titanium was not detected at the high temperature. it might not be detected by IR Spectra because of too little Titanium phase.

添加5% 的样品，低温检测到有四配位的存，但是高温时却检测到六配位的离子的吸收峰，这可能是由于生成的含晶相太少，红外光谱能敏感的检测到。

The applications of titanium equipment in cokery industry, the structure character of the tower plate with Ti froth cover and its benefit are introduced and analyzed respectively.

介绍焦化行业设备的应用,剖析了分块式塔盘的结构特点,并对其经济性作了分析。

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

的赋存状态也发生相应的改变，渣中攀透辉石和富透辉石几乎消失，渣中弥散分布的组分大部分转移到钙矿相，而且实现长大和粗化。

Experiment is done on the acid hydrolysis of titanium-columbite-tantalite ore difficult to decompose.

对难分解钛钽铌矿酸分解工艺进行了试。

Electronmicroscopic examination shows that Ti-oxide (rutile or anatase) is replaced by brannerite, indicat-ing the metasomatic origin of brannerite.

在电镜下观察到钛铀矿与钛氧化（金红石或锐钛矿）成交代关系，说明钛铀矿是交代成因。

However, absorption peak of Sexadentate Titanium was not detected at the high temperature. it might not be detected by IR Spectra because of too little Titanium phase.

添加5% 样品，低温检测到有四配位钛存在，但是高温时却检测到六配位钛离子吸收峰，这可能是由于生成含钛晶相太少，红外光谱能敏感检测到。

The applications of titanium equipment in cokery industry, the structure character of the tower plate with Ti froth cover and its benefit are introduced and analyzed respectively.

介绍焦化行业钛设备应用,剖析了分块式钛泡罩结构特点,并对其经济性作了分析。

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛赋存状态也发生相应改变，渣中攀钛透辉石和富钛透辉石几乎消失，渣中弥散分布钛组分大部分转移到钙钛矿相，而且实现长大和粗化。

Experiment is done on the acid hydrolysis of titanium-columbite-tantalite ore difficult to decompose.

对难解的钛钽铌矿的酸解工艺进行试验研究。

Electronmicroscopic examination shows that Ti-oxide (rutile or anatase) is replaced by brannerite, indicat-ing the metasomatic origin of brannerite.

在电镜下钛铀矿与钛的氧化（金红石或锐钛矿）成交代关系，说明钛铀矿是交代成因的。

However, absorption peak of Sexadentate Titanium was not detected at the high temperature. it might not be detected by IR Spectra because of too little Titanium phase.

添加5% 的样品，低温检测有四配位的钛存在，但是高温时却检测六配位的钛离子的吸收峰，这可能是由于生成的含钛晶相太少，红外光谱能敏感的检测。

The applications of titanium equipment in cokery industry, the structure character of the tower plate with Ti froth cover and its benefit are introduced and analyzed respectively.

介绍焦化行业钛设备的应用,剖析式钛泡罩塔盘的结构特点,并对其经济性作析。

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态也发生相应的改变，渣中攀钛透辉石和富钛透辉石几乎消失，渣中弥散布的钛组大部转移钙钛矿相，而且实现长大和粗化。

Experiment is done on the acid hydrolysis of titanium-columbite-tantalite ore difficult to decompose.

对难分解的钛钽铌矿的酸分解工艺进行了试验研究。

Electronmicroscopic examination shows that Ti-oxide (rutile or anatase) is replaced by brannerite, indicat-ing the metasomatic origin of brannerite.

在电镜下观察到钛铀矿与钛的氧化（金红石或锐钛矿）成交代关系，说明钛铀矿是交代成因的。

However, absorption peak of Sexadentate Titanium was not detected at the high temperature. it might not be detected by IR Spectra because of too little Titanium phase.

添加5% 的样品，低温检测到有四配位的钛存在，但是高温时却检测到六配位的钛离子的吸收峰，这可能是由于成的含钛晶太少，红外光谱能敏感的检测到。

The applications of titanium equipment in cokery industry, the structure character of the tower plate with Ti froth cover and its benefit are introduced and analyzed respectively.

介绍焦化行业钛设备的应用,剖析了分块式钛泡罩塔盘的结构特点,并对其经济性作了分析。

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态也应的改变，渣中攀钛透辉石和富钛透辉石几乎消失，渣中弥散分布的钛组分大部分转移到钙钛矿，而且实现长大和粗化。

Experiment is done on the acid hydrolysis of titanium-columbite-tantalite ore difficult to decompose.

难分解的钛钽铌矿的酸分解工艺进行了试验研究。

Electronmicroscopic examination shows that Ti-oxide (rutile or anatase) is replaced by brannerite, indicat-ing the metasomatic origin of brannerite.

在电镜下观察到钛铀矿与钛的氧化（金红石或锐钛矿）成交代关系，说明钛铀矿是交代成因的。

However, absorption peak of Sexadentate Titanium was not detected at the high temperature. it might not be detected by IR Spectra because of too little Titanium phase.

添加5% 的样品，低温检测到有四配位的钛存在，但是高温时却检测到六配位的钛离子的吸收峰，这可能是由于生成的含钛晶相太少，红外光谱能敏感的检测到。

The applications of titanium equipment in cokery industry, the structure character of the tower plate with Ti froth cover and its benefit are introduced and analyzed respectively.

介绍焦化行业钛设备的应用,剖析了分块式钛泡罩塔盘的结构特点,并其经济性作了分析。

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存发生相应的改变，渣中攀钛透辉石和富钛透辉石几乎消失，渣中弥散分布的钛组分大部分转移到钙钛矿相，而且实现长大和粗化。

Experiment is done on the acid hydrolysis of titanium-columbite-tantalite ore difficult to decompose.

对难分解的钛钽铌矿的酸分解工艺进行了试验研究。

Electronmicroscopic examination shows that Ti-oxide (rutile or anatase) is replaced by brannerite, indicat-ing the metasomatic origin of brannerite.

在电镜下观察到钛铀矿与钛的氧化（金红石或锐钛矿）成交代关系，说明钛铀矿交代成因的。

However, absorption peak of Sexadentate Titanium was not detected at the high temperature. it might not be detected by IR Spectra because of too little Titanium phase.

添加5% 的样品，低到有四配位的钛存在，但高时却到六配位的钛离子的吸收峰，这由于生成的含钛晶相太少，红外光谱敏感的到。

The applications of titanium equipment in cokery industry, the structure character of the tower plate with Ti froth cover and its benefit are introduced and analyzed respectively.

介绍焦化行业钛设备的应用,剖析了分块式钛泡罩塔盘的结构特点,并对其经济性作了分析。

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态也发生相应的改变，渣中攀钛透辉石和富钛透辉石几乎消失，渣中弥散分布的钛组分大部分转移到钙钛矿相，而且实现长大和粗化。

Experiment is done on the acid hydrolysis of titanium-columbite-tantalite ore difficult to decompose.

对难分解钛钽铌矿酸分解工艺进行了试验研究。

Electronmicroscopic examination shows that Ti-oxide (rutile or anatase) is replaced by brannerite, indicat-ing the metasomatic origin of brannerite.

在电镜下观察到钛铀矿与钛氧化（金红石或锐钛矿）成交，说明钛铀矿是交成因。

However, absorption peak of Sexadentate Titanium was not detected at the high temperature. it might not be detected by IR Spectra because of too little Titanium phase.

添加5% 样品，低温检测到有四配位钛存在，但是高温时却检测到六配位钛离子吸收峰，这可能是由于生成含钛晶相太少，红外光谱能检测到。

The applications of titanium equipment in cokery industry, the structure character of the tower plate with Ti froth cover and its benefit are introduced and analyzed respectively.

介绍焦化行业钛设备应用,剖析了分块式钛泡罩塔盘结构特点,并对其经济性作了分析。

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛赋存状态也发生相应改变，渣中攀钛透辉石和富钛透辉石几乎消失，渣中弥散分布钛组分大部分转移到钙钛矿相，而且实现长大和粗化。

Experiment is done on the acid hydrolysis of titanium-columbite-tantalite ore difficult to decompose.

难分解的钛钽铌矿的酸分解行了试验研究。

Electronmicroscopic examination shows that Ti-oxide (rutile or anatase) is replaced by brannerite, indicat-ing the metasomatic origin of brannerite.

在电镜下观察到钛铀矿与钛的氧化（金红石或锐钛矿）成交代关系，说明钛铀矿是交代成因的。

However, absorption peak of Sexadentate Titanium was not detected at the high temperature. it might not be detected by IR Spectra because of too little Titanium phase.

添加5% 的样品，低温检测到有四配位的钛存在，但是高温时却检测到六配位的钛离子的吸收峰，这可能是由于生成的含钛晶相太少，红外光谱能敏感的检测到。

The applications of titanium equipment in cokery industry, the structure character of the tower plate with Ti froth cover and its benefit are introduced and analyzed respectively.

介绍焦化行业钛设备的应用,剖析了分块式钛泡罩塔盘的结构特,其经济性作了分析。

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态也发生相应的改变，渣中攀钛透辉石和富钛透辉石几乎消失，渣中弥散分布的钛组分大部分转移到钙钛矿相，而且实现长大和粗化。

Experiment is done on the acid hydrolysis of titanium-columbite-tantalite ore difficult to decompose.

对难分解的钛钽铌矿的酸分解工艺进行了试验研究。

Electronmicroscopic examination shows that Ti-oxide (rutile or anatase) is replaced by brannerite, indicat-ing the metasomatic origin of brannerite.

在电镜下观察到钛铀矿与钛的氧化（金红石或锐钛矿）成交代关系，说明钛铀矿是交代成因的。

However, absorption peak of Sexadentate Titanium was not detected at the high temperature. it might not be detected by IR Spectra because of too little Titanium phase.

添加5% 的样品，低温检测到有位的钛存在，但是高温时却检测到六位的钛离子的，这可能是由于生成的含钛晶相太少，红外光谱能敏感的检测到。

The applications of titanium equipment in cokery industry, the structure character of the tower plate with Ti froth cover and its benefit are introduced and analyzed respectively.

介绍焦化行业钛设备的应用,剖析了分块式钛泡罩塔盘的结构特点,并对其经济性作了分析。

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态也发生相应的改变，渣中攀钛透辉石和富钛透辉石几乎消失，渣中弥散分布的钛组分大部分转移到钙钛矿相，而且实现长大和粗化。

Experiment is done on the acid hydrolysis of titanium-columbite-tantalite ore difficult to decompose.

对难分解的钽铌矿的酸分解工艺进行了试验研究。

Electronmicroscopic examination shows that Ti-oxide (rutile or anatase) is replaced by brannerite, indicat-ing the metasomatic origin of brannerite.

在电镜下观察到铀矿与的（红石或锐矿）成交代关系，说明铀矿是交代成因的。

However, absorption peak of Sexadentate Titanium was not detected at the high temperature. it might not be detected by IR Spectra because of too little Titanium phase.

添加5% 的样品，低温检测到有四配位的存在，但是高温时却检测到六配位的离子的吸收峰，这可能是由于生成的含晶相太少，红外光谱能敏感的检测到。

The applications of titanium equipment in cokery industry, the structure character of the tower plate with Ti froth cover and its benefit are introduced and analyzed respectively.

介绍焦行业备的应用,剖析了分块式泡罩塔盘的结构特点,并对其经济性作了分析。

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

的赋存状态也发生相应的改变，渣中攀透辉石和富透辉石几乎消失，渣中弥散分布的组分大部分转移到钙矿相，而且实现长大和粗。