The dehydriding temperature and dehydriding capacity were evaluated by differential scanning calorimeter (DSC) and thermogravimetric analysis (TG).

运差分析和分析对储氢材料的放氢温度和放氢量进行了测试。

Where the individual monograph directs that loss on drying be determined by thermogravimetric analysis, a sensitive electrobalance is to be used.

假如各论中要求采分析法测定干燥失，需要到高精度电子天平。

The dehydriding temperature and dehydriding capacity were evaluated by differential scanning calorimeter (DSC) and thermogravimetric analysis (TG).

运差热分析和热分析对储氢材料的放氢温度和放氢量进试。

Where the individual monograph directs that loss on drying be determined by thermogravimetric analysis, a sensitive electrobalance is to be used.

假如各论中要求采热分析法定干燥，要到高精度电子天平。

The dehydriding temperature and dehydriding capacity were evaluated by differential scanning calorimeter (DSC) and thermogravimetric analysis (TG).

运差分析和分析对储氢材料的放氢温度和放氢量进行了测试。

Where the individual monograph directs that loss on drying be determined by thermogravimetric analysis, a sensitive electrobalance is to be used.

假如各论中要求采分析法测定干燥失，需要到高精度电子天平。

The dehydriding temperature and dehydriding capacity were evaluated by differential scanning calorimeter (DSC) and thermogravimetric analysis (TG).

运差热分析和热分析对储氢材料的放氢温度和放氢量测试。

Where the individual monograph directs that loss on drying be determined by thermogravimetric analysis, a sensitive electrobalance is to be used.

假如各论中求采热分析法测定干燥失，到高精度电子天平。

The dehydriding temperature and dehydriding capacity were evaluated by differential scanning calorimeter (DSC) and thermogravimetric analysis (TG).

运差析析对储氢材料的放氢温度放氢量进行了测试。

Where the individual monograph directs that loss on drying be determined by thermogravimetric analysis, a sensitive electrobalance is to be used.

假如各论中要求采析法测定干燥失，需要到高精度电子天平。

The dehydriding temperature and dehydriding capacity were evaluated by differential scanning calorimeter (DSC) and thermogravimetric analysis (TG).

运析和重析对储氢材料的放氢温度和放氢量进行了测试。

Where the individual monograph directs that loss on drying be determined by thermogravimetric analysis, a sensitive electrobalance is to be used.

假如各论中要求采重析法测定干燥失重，需要到高精度电子天平。

The dehydriding temperature and dehydriding capacity were evaluated by differential scanning calorimeter (DSC) and thermogravimetric analysis (TG).

运差热分析和热重分析对储氢材料的放氢温度和放氢量进行了测试。

Where the individual monograph directs that loss on drying be determined by thermogravimetric analysis, a sensitive electrobalance is to be used.

假如各论中要求采热重分析法测定干燥失重，需要到高精度电子天平。

The dehydriding temperature and dehydriding capacity were evaluated by differential scanning calorimeter (DSC) and thermogravimetric analysis (TG).

运差热和热对储氢材料的放氢温度和放氢量进行了测试。

Where the individual monograph directs that loss on drying be determined by thermogravimetric analysis, a sensitive electrobalance is to be used.

假如各论中要求采热法测定干燥失，需要到高精度电子天平。

The dehydriding temperature and dehydriding capacity were evaluated by differential scanning calorimeter (DSC) and thermogravimetric analysis (TG).

运差分析和重分析对储氢材料的放氢温度和放氢量进行了测试。

Where the individual monograph directs that loss on drying be determined by thermogravimetric analysis, a sensitive electrobalance is to be used.

假如各论中要求采重分析法测定干燥失重，需要到高精度电子天平。