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Revise the sentence:¡°For many phosphate phosphors, the host-related absorption appears at 140-180 nm [5], matching for VUV light at 147 nm or 172 nm absorption.¡±
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Revise the sentence:¡°For many phosphate phosphors, the host-related absorption appears at 140-180 nm [5], matching for VUV light at 147 nm or 172 nm absorption.¡±
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For many phosphate phosphors, the host-related absorption appears at 140-180 nm [5], matching for VUV light at 147 nm or 172 nm absorption. Õë¶ÔÐí¶àÁ×ËáÑÎÓ«¹â·Û£¬ËûÃǵĻùÖÊÎüÊÕλÓÚ140-180 nm¡£ÕýºÃ´¦ÓÚÕæ¿Õ×ÏÍâ¹âµÄÎüÊÕ·¶Î§¡£»»¾ä»°½² ¾ÍÊÇ ÔÚÕæ¿Õ×ÏÍâ¹âµÄ¼¤·¢Ï£¬Á×ËáÑÎÓ«¹â·Û»ùÖÊÕýºÃ¿ÉÒÔÎüÊÕ´ËÄÜÁ
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The host-related absorption for many phosphate phosphors appears at 140-180 nm [5] and exactly lies in the scope of 147-172 nm as the result of VUV light absorption, and therefore, phosphate phosphors can absorb the energy of VUV light.
The host-related absorption for many phosphate phosphors appears at 140-180 nm [5] and exactly lies in the wave length 147-172 nm as the result of VUV light, and therefore, phosphate phosphors can absorb the energy of VUV light.
For phosphate phosphors, the host-related absorption generally appears at 140-180 nm
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¸öÈËÒÔΪ£ºFor many phosphate phosphors, the host-related absorption appears at somewhere within the 140-180 nm wavelength range [5], which matches for the VUV light at 147 nm or 172 nm absorption.