The majority of researchers believe that the dominant manganese oxide of Co-rich crusts is vernadite.

大多数研究者认为富钴结壳中锰矿物主要是水羟锰矿。

An impure oxide of cobalt, used to produce a blue color in enamel and in the making of smalt.

浅绿蓝色颜料，主要由钴和锡氧化物组成。

The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.

分析了钎料高温性能与应速率、钴剂用之间理论规律。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化叶片表面钴微粒形核核心,通过能谱分析手段,研究型壳内表层白色物相组成。

The majority of researchers believe that the dominant manganese oxide of Co-rich crusts is vernadite.

大多数研究者认为富钴结壳中锰矿物主要是水羟锰矿。

An impure oxide of cobalt, used to produce a blue color in enamel and in the making of smalt.

浅绿蓝色颜料，主要由钴和锡氧化物组成。

The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.

分析了钎料高温性能与应速率、钴剂用之间理论规律。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化叶片表面钴微粒形核核心,通过能谱分析手段,研究型壳内表层白色物相组成。

The majority of researchers believe that the dominant manganese oxide of Co-rich crusts is vernadite.

大多数研究者认为富钴结壳中的锰矿物主要是水羟锰矿。

An impure oxide of cobalt, used to produce a blue color in enamel and in the making of smalt.

浅的绿蓝色颜料，主要由钴和锡的氧化物组成。

The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.

分析了钎料高温性能与应变速率、钴的变质剂用等因素之间的理论规律。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化的叶片表面的钴微粒形核核心,通过能谱分析手段,研究型壳内表层的白色物质的相组成。

The majority of researchers believe that the dominant manganese oxide of Co-rich crusts is vernadite.

大多数研究者认为富钴结壳中的锰矿物主要是水羟锰矿。

An impure oxide of cobalt, used to produce a blue color in enamel and in the making of smalt.

浅的绿蓝色颜，主要由钴和锡的氧化物组成。

The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.

分析了温性能与应变速率、钴的变质剂用等因素之间的理论规律。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助镜观察到细化的叶片表面的钴微粒形核核心,通过能谱分析手段,研究型壳内表层的白色物质的相组成。

The majority of researchers believe that the dominant manganese oxide of Co-rich crusts is vernadite.

大多数研究者认为富钴结壳中的锰矿物主要是水羟锰矿。

An impure oxide of cobalt, used to produce a blue color in enamel and in the making of smalt.

浅的绿蓝色颜料，主要由钴和锡的氧化物组成。

The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.

分析了钎料高温性能与应变速率、钴的变质剂用等因素之间的理论规律。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化的叶片表面的钴微粒形核核心,通过能谱分析手段,研究型壳内表层的白色物质的相组成。

The majority of researchers believe that the dominant manganese oxide of Co-rich crusts is vernadite.

大多数研究者认为富结壳中锰矿物主是水羟锰矿。

An impure oxide of cobalt, used to produce a blue color in enamel and in the making of smalt.

浅绿蓝色颜料，主和锡氧化物组成。

The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.

分析了钎料高温性能与应变速率、变质剂用等因素之间理论规律。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化叶片表面粒形核核心,通过能谱分析手段,研究型壳内表层白色物质相组成。

The majority of researchers believe that the dominant manganese oxide of Co-rich crusts is vernadite.

大多数研究者认结壳中的锰矿主要是水羟锰矿。

An impure oxide of cobalt, used to produce a blue color in enamel and in the making of smalt.

浅的绿蓝颜料，主要由和锡的氧化组成。

The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.

分析了钎料高温性能与应变速率、的变剂用等因素之间的理论规律。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化的叶片表面的微粒形核核心,通过能谱分析手段,研究型壳内表层的白的相组成。

The majority of researchers believe that the dominant manganese oxide of Co-rich crusts is vernadite.

大多数研究者认为富钴结壳中的锰矿物主要是水羟锰矿。

An impure oxide of cobalt, used to produce a blue color in enamel and in the making of smalt.

浅的绿蓝色颜料，主要由钴和锡的氧化物组成。

The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.

析了钎料高温能与应变速率、钴的变质剂用等因素之间的理论规律。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化的叶片表面的钴微粒形核核心,通过能谱析手段,研究型壳内表层的白色物质的相组成。

The majority of researchers believe that the dominant manganese oxide of Co-rich crusts is vernadite.

大多数研究者认为富钴结壳中锰矿物主要是水羟锰矿。

An impure oxide of cobalt, used to produce a blue color in enamel and in the making of smalt.

浅绿蓝色颜料，主要由钴和锡物组成。

The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.

分析了钎料高温性能与应变速率、钴变质剂用等因素之间理论规律。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细表面钴微粒形核核心,通过能谱分析手段,研究型壳内表层白色物质相组成。

The majority of researchers believe that the dominant manganese oxide of Co-rich crusts is vernadite.

大多数研究者认为富结壳中的锰矿物是水羟锰矿。

An impure oxide of cobalt, used to produce a blue color in enamel and in the making of smalt.

浅的绿蓝色颜料，和锡的氧化物组成。

The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.

分析了钎料高温性能与应变速率、的变质剂用等因素之间的理论规律。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化的叶片表面的形核核心,通过能谱分析手段,研究型壳内表层的白色物质的相组成。