The hydrogenation of terpineol to dihydroterpineol catalyzed by Raney Nickel modified by potassium borohydride was studied.

以硼氢化钾修饰的雷尼镍催化剂催化松醇加氢制备二氢松醇的反应。

Using magnesium hydride as a destabilizer for lithium borohydride, for instance, lowers the release temperature from 400 to 275 degrees C.

举例来说，以氢化镁当做硼氢化锂的去稳定剂，可以将体所需的温度从400℃降到275℃。

The hydrogenation of terpineol to dihydroterpineol catalyzed by Raney Nickel modified by potassium borohydride was studied.

研究了化钾修饰的雷尼镍催化剂催化松醇加制备二松醇的反应。

Using magnesium hydride as a destabilizer for lithium borohydride, for instance, lowers the release temperature from 400 to 275 degrees C.

举来说，化镁当做化锂的去稳定剂，可将释放气体所需的温度从400℃降到275℃。

The hydrogenation of terpineol to dihydroterpineol catalyzed by Raney Nickel modified by potassium borohydride was studied.

研究了以硼氢钾修饰的雷尼镍松醇加氢制备二氢松醇的反应。

Using magnesium hydride as a destabilizer for lithium borohydride, for instance, lowers the release temperature from 400 to 275 degrees C.

举例来说，以氢做硼氢锂的去稳定，可以将释放气体所需的温度从400℃降到275℃。

The hydrogenation of terpineol to dihydroterpineol catalyzed by Raney Nickel modified by potassium borohydride was studied.

研究了钾修饰的雷尼镍催剂催松醇加制备二松醇的反应。

Using magnesium hydride as a destabilizer for lithium borohydride, for instance, lowers the release temperature from 400 to 275 degrees C.

举例来说，镁当做锂的去稳定剂，可将释放气体所需的温度从400℃降到275℃。

The hydrogenation of terpineol to dihydroterpineol catalyzed by Raney Nickel modified by potassium borohydride was studied.

研究了以硼氢化钾修饰的雷尼镍催化剂催化松醇加氢制备二氢松醇的反应。

Using magnesium hydride as a destabilizer for lithium borohydride, for instance, lowers the release temperature from 400 to 275 degrees C.

举例来说，以氢化镁当做硼氢化锂的去稳定剂，可以将释放气体所需的温度从400℃降到275℃。

The hydrogenation of terpineol to dihydroterpineol catalyzed by Raney Nickel modified by potassium borohydride was studied.

研究了以氢化钾修饰的雷尼镍催化剂催化松醇加氢制备二氢松醇的反应。

Using magnesium hydride as a destabilizer for lithium borohydride, for instance, lowers the release temperature from 400 to 275 degrees C.

举来说，以氢化镁当做氢化锂的去稳定剂，可以将释放气体所需的温度从400℃降到275℃。

The hydrogenation of terpineol to dihydroterpineol catalyzed by Raney Nickel modified by potassium borohydride was studied.

研究了硼氢化钾修饰的雷尼镍催化剂催化松氢制备二氢松的反应。

Using magnesium hydride as a destabilizer for lithium borohydride, for instance, lowers the release temperature from 400 to 275 degrees C.

举例，氢化镁当做硼氢化锂的去稳定剂，可将释放气体所需的温度从400℃降到275℃。

The hydrogenation of terpineol to dihydroterpineol catalyzed by Raney Nickel modified by potassium borohydride was studied.

研究了以硼氢化钾修饰的雷尼镍催化剂催化松醇加氢制备二氢松醇的反应。

Using magnesium hydride as a destabilizer for lithium borohydride, for instance, lowers the release temperature from 400 to 275 degrees C.

举例来说，以氢化镁当做硼氢化锂的去稳定剂，可以将释放气体所需的温度从400℃降到275℃。

The hydrogenation of terpineol to dihydroterpineol catalyzed by Raney Nickel modified by potassium borohydride was studied.

研究了以硼修饰的雷尼镍催催松醇加制备二松醇的反应。

Using magnesium hydride as a destabilizer for lithium borohydride, for instance, lowers the release temperature from 400 to 275 degrees C.

举例来说，以镁当做硼锂的去稳，以将释放气体所需的温度从400℃降到275℃。