Nanometer sized lead oxide was prepared by pyrogenetic decomposition of lead carbonate synthesized by chemical precipitation.

采用均匀沉淀法合成碳酸铅,在此基础上通过高温分解制备纳米氧化铅。

The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

这个方法的在引进诸如氧化铅导管摄像管，超正析象和导摄像管之类的探测器之后变得很明显。

Most pharmaceutical glass melting of arsenic, antimony is still used as a clarificant, and also introduces the oxidation of lead or cadmium oxide.

目前用玻璃熔制尚用砷、锑作为澄清剂，有的还引入氧化铅或氧化镉。

Nanometer sized lead oxide was prepared by pyrogenetic decomposition of lead carbonate synthesized by chemical precipitation.

均匀沉淀法合成碳酸铅,在此基础上通过高温解制备纳米氧化铅。

The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

这个方法的局限在引进诸如氧化铅导管摄像管，超正析象和导摄像管之的探测器之后变得很明显。

Most pharmaceutical glass melting of arsenic, antimony is still used as a clarificant, and also introduces the oxidation of lead or cadmium oxide.

目前多数药玻璃熔制尚砷、锑作为澄清剂，有的还引入氧化铅或氧化镉。

Nanometer sized lead oxide was prepared by pyrogenetic decomposition of lead carbonate synthesized by chemical precipitation.

采均匀沉淀法合成碳酸铅,在此基础上通过高温分解制备纳米氧化铅。

The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

这个方法性在引进诸如氧化铅导管摄像管，超正析象和导摄像管之类探测器之后变得很明显。

Most pharmaceutical glass melting of arsenic, antimony is still used as a clarificant, and also introduces the oxidation of lead or cadmium oxide.

目前多玻璃熔制尚砷、锑作为澄清剂，有还引入氧化铅或氧化镉。

Nanometer sized lead oxide was prepared by pyrogenetic decomposition of lead carbonate synthesized by chemical precipitation.

采用均匀沉淀法合成碳酸铅,在此基础上通过高温分解备纳米氧化铅。

The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

法的局限性在引进诸如氧化铅导管摄像管，超正析象和导摄像管之类的探测器之后变得很明显。

Most pharmaceutical glass melting of arsenic, antimony is still used as a clarificant, and also introduces the oxidation of lead or cadmium oxide.

目前多数药用玻尚用砷、锑作为澄清剂，有的还引入氧化铅或氧化镉。

Nanometer sized lead oxide was prepared by pyrogenetic decomposition of lead carbonate synthesized by chemical precipitation.

采用均匀沉淀法合成碳酸铅,在此基础上通过高温分解制备纳米氧化铅。

The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

这个方法的局限性在引进诸如氧化铅像，超正析象和像之类的之后变得很明显。

Most pharmaceutical glass melting of arsenic, antimony is still used as a clarificant, and also introduces the oxidation of lead or cadmium oxide.

目前多数药用玻璃熔制尚用砷、锑作为澄清剂，有的还引入氧化铅或氧化镉。

Nanometer sized lead oxide was prepared by pyrogenetic decomposition of lead carbonate synthesized by chemical precipitation.

采用均匀沉淀法碳酸铅,在此基础上通过高温分解制备纳米氧化铅。

The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

这个方法的局限性在引进诸如氧化铅导管摄像管，超正析象和导摄像管之类的探测器之后变得很显。

Most pharmaceutical glass melting of arsenic, antimony is still used as a clarificant, and also introduces the oxidation of lead or cadmium oxide.

目前多数药用玻璃熔制尚用砷、锑作为澄清剂，有的还引入氧化铅或氧化镉。

Nanometer sized lead oxide was prepared by pyrogenetic decomposition of lead carbonate synthesized by chemical precipitation.

采用均匀沉淀法合成碳酸铅,此基础上通过高温分解制备纳米氧化铅。

The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

这个方法的局限进诸如氧化铅导管摄像管，超正析象和导摄像管之类的探测器之后变得很明显。

Most pharmaceutical glass melting of arsenic, antimony is still used as a clarificant, and also introduces the oxidation of lead or cadmium oxide.

数药用玻璃熔制尚用砷、锑作为澄清剂，有的还入氧化铅或氧化镉。

Nanometer sized lead oxide was prepared by pyrogenetic decomposition of lead carbonate synthesized by chemical precipitation.

采用均匀沉淀法合成碳酸铅,在此基础上通过解制备纳米氧化铅。

The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

这个方法局限性在引进诸如氧化铅导管摄像管，超正析象和导摄像管之类探测器之后变得很明显。

Most pharmaceutical glass melting of arsenic, antimony is still used as a clarificant, and also introduces the oxidation of lead or cadmium oxide.

目前多数药用玻璃熔制尚用砷、锑作为澄清，有还引入氧化铅或氧化镉。

Nanometer sized lead oxide was prepared by pyrogenetic decomposition of lead carbonate synthesized by chemical precipitation.

采用均匀沉淀法合成碳酸铅,在此基础上通过高温分解制备纳米氧化铅。

The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

这个方法的局限性在引进诸如氧化铅像，超正析象和像之类的之后变得很明显。

Most pharmaceutical glass melting of arsenic, antimony is still used as a clarificant, and also introduces the oxidation of lead or cadmium oxide.

目前多数药用玻璃熔制尚用砷、锑作为澄清剂，有的还引入氧化铅或氧化镉。

Nanometer sized lead oxide was prepared by pyrogenetic decomposition of lead carbonate synthesized by chemical precipitation.

采用均匀沉淀法合成碳酸铅,在此基础上通过高温分解制备纳米氧化铅。

The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

这个方法的局限性在引进诸如氧化铅摄像，超正析象和摄像类的探后变得很明显。

Most pharmaceutical glass melting of arsenic, antimony is still used as a clarificant, and also introduces the oxidation of lead or cadmium oxide.

目前多数药用玻璃熔制尚用砷、锑作为澄清剂，有的还引入氧化铅或氧化镉。