The main reason of leading to overhigh hydrogen content was insufficient anneal after forged.

锻造后退不足是导致氢含量过高主要原因。

It is established the evaluation method of annealing detergence for copper rolling oil by simulating industrial program with thermogravimetric analyzer.

用热重分析仪模拟工业退程序,建立了铜轧制油退清净性评价方法。

According to the user may also need to reprovision bright annealing line, the pressure of the entire park, and other sewing aids.

还可根据用户需要另配在线光亮退，缝整园等辅助设施。

It was reported that the detwinning stress in martensite of Ti-Ni alloys increases with increasing annealing temperature, but the reason for such a strange behavior has remained unclear.

有报道称Ti-Ni合金去孪晶应力随着退温度升高而升高，但是造成这一现象原因并不清楚。

First, the solid ice on the surface could have been annealed, meaning that its temperature could have been raised above the 78 Kelvin mark to allow the amorphous ice to recrystallize.

首先，表面固体冰曾经退过，也就是说其温度曾升高至78K以上使无定型冰重新结晶。

The main reason of leading to overhigh hydrogen content was insufficient anneal after forged.

锻火不足是导致氢含量过高的主要原因。

It is established the evaluation method of annealing detergence for copper rolling oil by simulating industrial program with thermogravimetric analyzer.

热重分析仪模拟工业火程序,建立了铜轧制油火清净性的评价方法。

According to the user may also need to reprovision bright annealing line, the pressure of the entire park, and other sewing aids.

还可根据要另配在线光亮火，内压缝整园等辅助设施。

It was reported that the detwinning stress in martensite of Ti-Ni alloys increases with increasing annealing temperature, but the reason for such a strange behavior has remained unclear.

有报道称Ti-Ni合金的去孪晶应力随着火温度的升高而升高，但是成这一现象的原因并不清楚。

First, the solid ice on the surface could have been annealed, meaning that its temperature could have been raised above the 78 Kelvin mark to allow the amorphous ice to recrystallize.

首先，表面的固体冰曾经火过，也就是说其温度曾升高至78K以上使无定型冰重新结晶。

The main reason of leading to overhigh hydrogen content was insufficient anneal after forged.

锻造后退火不足是导量过高的主要原因。

It is established the evaluation method of annealing detergence for copper rolling oil by simulating industrial program with thermogravimetric analyzer.

用热重分析仪模拟工业退火程序,建立了铜轧制油退火清净性的法。

According to the user may also need to reprovision bright annealing line, the pressure of the entire park, and other sewing aids.

还可根据用户需要另配在线光亮退火，内压缝整园等辅助设施。

It was reported that the detwinning stress in martensite of Ti-Ni alloys increases with increasing annealing temperature, but the reason for such a strange behavior has remained unclear.

有报道称Ti-Ni合金的去孪晶应力随着退火温度的升高而升高，但是造成这一现象的原因并不清楚。

First, the solid ice on the surface could have been annealed, meaning that its temperature could have been raised above the 78 Kelvin mark to allow the amorphous ice to recrystallize.

首先，表面的固体冰曾经退火过，也就是说其温度曾升高至78K以上使无定型冰重新结晶。

The main reason of leading to overhigh hydrogen content was insufficient anneal after forged.

锻造后退火不足是导致氢含量过高的主要原因。

It is established the evaluation method of annealing detergence for copper rolling oil by simulating industrial program with thermogravimetric analyzer.

分析仪模拟工业退火程序,建立制油退火清净性的评价方法。

According to the user may also need to reprovision bright annealing line, the pressure of the entire park, and other sewing aids.

还可根据户需要另配在线光亮退火，内压缝整园等辅助设施。

It was reported that the detwinning stress in martensite of Ti-Ni alloys increases with increasing annealing temperature, but the reason for such a strange behavior has remained unclear.

有报道称Ti-Ni合金的去孪晶应力随着退火温度的升高而升高，但是造成这一现象的原因并不清楚。

First, the solid ice on the surface could have been annealed, meaning that its temperature could have been raised above the 78 Kelvin mark to allow the amorphous ice to recrystallize.

首先，表面的固体冰曾经退火过，也就是说其温度曾升高至78K以上使无定型冰新结晶。

The main reason of leading to overhigh hydrogen content was insufficient anneal after forged.

锻造后退火不足是导致氢含量过高的主要原因。

It is established the evaluation method of annealing detergence for copper rolling oil by simulating industrial program with thermogravimetric analyzer.

用热重分析仪模拟工业退火程序,建立了铜轧制油退火清净性的评价方法。

According to the user may also need to reprovision bright annealing line, the pressure of the entire park, and other sewing aids.

还可根据用户需要另配在线光亮退火，内压缝整园等辅助设施。

It was reported that the detwinning stress in martensite of Ti-Ni alloys increases with increasing annealing temperature, but the reason for such a strange behavior has remained unclear.

有Ti-Ni合金的去孪晶应力随着退火温度的升高而升高，但是造成这一现象的原因并不清楚。

First, the solid ice on the surface could have been annealed, meaning that its temperature could have been raised above the 78 Kelvin mark to allow the amorphous ice to recrystallize.

首先，表面的固体冰曾经退火过，也就是说其温度曾升高至78K以上使无定型冰重新结晶。

The main reason of leading to overhigh hydrogen content was insufficient anneal after forged.

锻造后退不足是导致氢含量过高主要原因。

It is established the evaluation method of annealing detergence for copper rolling oil by simulating industrial program with thermogravimetric analyzer.

用热重分析仪模拟工业退程序,建立了铜轧制油退清净性评价方法。

According to the user may also need to reprovision bright annealing line, the pressure of the entire park, and other sewing aids.

还可根据用户需要另配在线光亮退，缝整园等辅助设施。

It was reported that the detwinning stress in martensite of Ti-Ni alloys increases with increasing annealing temperature, but the reason for such a strange behavior has remained unclear.

有报道称Ti-Ni合金去孪晶应力随着退温度升高而升高，但是造成这一现象原因并不清楚。

First, the solid ice on the surface could have been annealed, meaning that its temperature could have been raised above the 78 Kelvin mark to allow the amorphous ice to recrystallize.

首先，表面固体冰曾经退过，也就是说其温度曾升高至78K以上使无定型冰重新结晶。

The main reason of leading to overhigh hydrogen content was insufficient anneal after forged.

锻造后退火不足是导致氢含量过高的主要原因。

It is established the evaluation method of annealing detergence for copper rolling oil by simulating industrial program with thermogravimetric analyzer.

用热重分析仪模拟工业退火程序,建立了铜轧制油退火清净性的评价方法。

According to the user may also need to reprovision bright annealing line, the pressure of the entire park, and other sewing aids.

还可根据用户需要另配在线光亮退火，内压缝整园等辅助设。

It was reported that the detwinning stress in martensite of Ti-Ni alloys increases with increasing annealing temperature, but the reason for such a strange behavior has remained unclear.

有道称Ti-Ni合金的去孪晶应力随着退火温度的升高而升高，但是造成这一现象的原因并不清楚。

First, the solid ice on the surface could have been annealed, meaning that its temperature could have been raised above the 78 Kelvin mark to allow the amorphous ice to recrystallize.

首先，表面的固体冰曾经退火过，也就是说其温度曾升高至78K以上使无定型冰重新结晶。

The main reason of leading to overhigh hydrogen content was insufficient anneal after forged.

锻造后退不足是导致氢含量过高的主要原因。

It is established the evaluation method of annealing detergence for copper rolling oil by simulating industrial program with thermogravimetric analyzer.

用热重分析仪模拟工业退程序,建立了铜轧制油退清净性的评价方法。

According to the user may also need to reprovision bright annealing line, the pressure of the entire park, and other sewing aids.

还可根据用户需要另配在线光亮退，内压缝整园等辅助设施。

It was reported that the detwinning stress in martensite of Ti-Ni alloys increases with increasing annealing temperature, but the reason for such a strange behavior has remained unclear.

有报道称Ti-Ni合金的去孪晶应力随着退的升高而升高，但是造成这一现象的原因并不清楚。

First, the solid ice on the surface could have been annealed, meaning that its temperature could have been raised above the 78 Kelvin mark to allow the amorphous ice to recrystallize.

首先，表面的固体冰曾经退过，也就是说其曾升高至78K以上使无定型冰重新结晶。

The main reason of leading to overhigh hydrogen content was insufficient anneal after forged.

锻造后退火不足是导致氢含量过高的主要原因。

It is established the evaluation method of annealing detergence for copper rolling oil by simulating industrial program with thermogravimetric analyzer.

用热重分析仪模拟工业退火程序,建立了铜轧制油退火清净性的评价方法。

According to the user may also need to reprovision bright annealing line, the pressure of the entire park, and other sewing aids.

还可根据用户需要另配在线光亮退火，内压缝整园等辅助设施。

It was reported that the detwinning stress in martensite of Ti-Ni alloys increases with increasing annealing temperature, but the reason for such a strange behavior has remained unclear.

有报道称Ti-Ni合金的去孪晶着退火温度的升高而升高，但是造成这一现象的原因并不清楚。

First, the solid ice on the surface could have been annealed, meaning that its temperature could have been raised above the 78 Kelvin mark to allow the amorphous ice to recrystallize.

首先，表面的固体冰曾经退火过，也就是说其温度曾升高至78K以上使无定型冰重新结晶。