用该法已成功地测定了空心玻璃微球的热导率。
It has been used successfully to determine the thermal conductivity of hollow glassy microspheres with simple equipment.
研究了对空心玻璃微球化学镀镍的几种前处理方法。
Several pretreatment methods for electroless nickel plating on hollow glass microspheres were investigated.
介绍了一种用探针法测定多功能新材料空心玻璃微球热导率的方法。
The probe method for measuring the thermal conductivity of multifunction material hollow glassy microsphere is presented.
容易制备生产，利用简单低速混合机就可很好地混合空心玻璃微球，成品重量轻、相对体积大。
Easy preparation and production, the hollow glass microspheres can be well mixed by a simple low-speed mixer. Its product has a feature of I ight weight and large volume.
空心玻璃微球是制备复合泡沫材料的关键原料，对其进行表面改性有利于改善复合材料的性能。
Hollow glass microspheres are used as a key material to produce syntactic foams. Surface modification of the microspheres is very important for improving properties of the foams.
综述了无机粉末如石墨粉末、陶瓷粉末、铝粉、金刚石颗粒、空心玻璃微球等材料的化学镀镍研究及发展趋势。
Electroless nickel plating process and its study trends on inorganic powder such as graphite powder, ceramic powder, aluminum powder, diamond, hollow glass microsphere were reviewed.
综述了无机粉末如石墨粉末、陶瓷粉末、铝粉、金刚石颗粒、空心玻璃微球等材料的化学镀镍研究及发展趋势。
Electroless nickel plating process and its study trends on inorganic powder such as graphite powder, ceramic powder, aluminum powder, diamond, hollow glass microsphere were reviewed.
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