The current preperation methods of strontinum carbonate from celesite are carbon reduction method and double decomposition method.

中国天青石资源十分丰富,但矿石品位低、杂质含量高,需经选矿除杂后才能作为生产碳酸锶原料。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰石,对有、无锌离子氟磷灰石进行结构和性能比较。

The current preperation methods of strontinum carbonate from celesite are carbon reduction method and double decomposition method.

中国天青资源十分丰富,但位低、杂质含量高,需经选除杂后才能作为生产碳酸锶原料。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了,对有、无锌离子进行结构和性能比较。

The current preperation methods of strontinum carbonate from celesite are carbon reduction method and double decomposition method.

中国天青石资源十分丰富,但矿石品位低、杂质含量高,需经选矿除杂后才能作为生产碳酸锶原料。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解应制备了氟磷灰石,对有、无锌离子氟磷灰石进行结构和性能比较。

The current preperation methods of strontinum carbonate from celesite are carbon reduction method and double decomposition method.

中国天青石资源十分丰富,但矿石品位低、杂质含量高,需经选矿除杂后才能作为生产碳酸锶原料。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰石,对有、无锌离子氟磷灰石进行结构和能比较。

The current preperation methods of strontinum carbonate from celesite are carbon reduction method and double decomposition method.

中国天青石资十丰富,但矿石品位低、杂质含量高,需经选矿除杂后才能作为生产碳酸锶原料。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复反应制备了氟磷灰石,对有、无锌离子氟磷灰石进行结构和性能比较。

The current preperation methods of strontinum carbonate from celesite are carbon reduction method and double decomposition method.

中国天青石十分丰富,但矿石品位低、杂质含量高,需经选矿除杂后才能作为生产碳酸锶原料。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解应制备了氟磷灰石,对有、无锌离子氟磷灰石进行结构和性能比较。

The current preperation methods of strontinum carbonate from celesite are carbon reduction method and double decomposition method.

中国天青石资源十分丰富,但石品位低、质含量高,需经选后才能作为生产碳酸锶原料。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制磷灰石,对有、无锌离子磷灰石进行结构和性能比较。

The current preperation methods of strontinum carbonate from celesite are carbon reduction method and double decomposition method.

中国天青石资源十分丰富,但矿石品位低、杂质含量高,需选矿除杂后才能作为生产碳酸锶原料。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰石,对有、无锌离子氟磷灰石进行结构和性能比较。

The current preperation methods of strontinum carbonate from celesite are carbon reduction method and double decomposition method.

中国天青石十分丰富,但矿石品位低、杂质含量高,需经选矿除杂后才能作为生产碳酸锶原料。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解应制备了氟磷灰石,对有、无锌离子氟磷灰石进行结构和性能比较。