A series of color-tunable emitting LiSrVO₄:Eu³⁺ phosphors were synthesized by solid state reaction. The Luminescence properties and temperature sensing performance were investigated. Under near ultraviolet (NUV) excitation, LiSrVO₄: Eu³⁺ exhibited both the green broad band luminescence due to (VO₄)³⁻groups and red sharp emission peaks of sensitized Eu³⁺ ions. The tunable color of high-brightness emission from green to red is realized by controlling the Eu³⁺ doping content. The optical thermometry of LiSrVO₄: Eu³⁺ was studied via excitation intensity ratio between V-O charge transfer band and Eu³⁺ f-f transition at low temperature (10–323 K). The highest absolute sensitivity S_A is found to be 8.6%. The red emission intensity of Eu³⁺ shows a linear relationship in high temperature range of 298–573 K. The maximum value of relative sensitivity S_R is established as 2.2%K⁻¹ @573 K. The LiSrVO₄:Eu³⁺ phosphors might be a promising candidate for NUV based phosphor and temperature sensing in a wide temperature range.

通过固相反应合成了一系列颜色可调的发光LiSrVO ₄：Eu ³⁺荧光粉。研究了发光性质和温度感测性能。在近紫外（NUV）激发下，LiSrVO ₄：Eu ³⁺既表现出由于（VO ₄）³⁻基团引起的绿色宽带发光，又表现出敏化的Eu ³⁺离子的红色尖锐发射峰。通过控制Eu ^3+的掺杂量，可以实现从绿色到红色的高亮度发射的可调颜色。LiSrVO ₄：Eu ³⁺的光学测温通过在低温（10–323 K）下VO电荷转移带和Eu ³⁺ ff跃迁之间的激发强度比进行研究。发现最高绝对灵敏度S _A为8.6％。Eu ³⁺的红色发射强度在298–573 K的高温范围内呈线性关系。相对灵敏度S _R的最大值确定为2.2％K ^-1 @ 573K。LiSrVO ₄：Eu ³⁺荧光粉在基于NUV的荧光粉和宽温度范围内的温度传感方面，可能是一个有前途的候选人。