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本文介绍了一种新型电子粉的制备工艺和电子发射性能以及用该电子粉替代三元碳酸盐制成紧凑型节能荧光灯后的工作情况。初步测试结果表明该电子粉的电子发射能力和耐离子轰击能力与三元碳酸盐电子粉相当，而分解时放气量少等方面则明显好于三元碳酸盐电子粉，是替代碳酸盐电子粉的较为理想的选择对象。在紧凑型节能荧光灯的生产中有一定的实用价值。
This article describes the preparation of a new type of electronic powder and electron emission properties and the use of the electronic powder instead of ternary carbonate into a compact energy-saving fluorescent lamp after the work. The preliminary test results show that the electron emission ability and ion bombardment ability of the electronic powder are comparable to the ternary carbonate electronic powder while the deflation is less and the amount of deflation is obviously better than that of the ternary carbonate electronic powder, Salt electronic powder is the ideal choice. In the production of compact energy-saving fluorescent lamps have some practical value.