Golden autumn wind delivered curls darkly fragrant comes in frost chrysanthemum to offer is fragrant one season to kiss setting sun afterglow to like overflowing gentle eye pupil to look at four wild serene the fervor to fly verse to listen to Yellow River to carry innumerable misery history view river sand heavy to accumulate how many recollection sores all over the eye is piece by piece your old times'appearance childhood difficult leaves behind brand mark which did not extinguish wind frost and snow rain the half century to assault deep pool far class long fiveMillennium civilization's trail historical perpetual flow tumbles former days heroic great waves time string to play an instrument and sing today magnificent melody the motherland, I for your proud worked as the palatial engraved pillar, let the tall and straight stature put on the dawn, worked as grand Tiananmen, lets the wind and cloud welcome Dongsheng sun.
金秋的风送袅袅暗香而来霜中的菊献片片芳菲一季吻夕阳余辉爱溢出温柔的眼眸望四野安详激情飞上诗句听黄河汩汩载无数苦难历史观河沙沉沉积淀多少回忆满目疮痍是你旧时的容颜儿时的艰辛留下了不灭的烙印风霜雪雨半个世纪的搏击渊远流长五千年文明的足迹历史的长河翻滚着昔日英勇的浪涛时光的琴弦弹唱着今日辉煌的旋律祖国啊，我为你自豪当巍峨的华表，让挺拔的身躯披上曙光，当雄伟的天安门，让风云迎来东升的太阳。
Laser micro-spectral analyzer, coupled with CCD spectrometer, was used to determine Sr in long-afterglow phos- phor coat in argon atmosphere at reduced pressure in this experiment and the accuracy of this method on analyzing coating materials was studied.
实验中以SrⅡ421.552nm为分析线，采用三标准试样法，由计算机拟合LogI～LogC工作曲线，对锶进行了测定。
Dispersant, comburent, frother and mineralizer were added in the system successively, then it needed several minutes to combust at 600℃ directly, the non-grinding long afterglow powdery material SrAl_2O_4∶Eu~(2+), Dy~(3+) was obtained.
向体系内添加分散剂、燃烧剂、发泡剂和矿化剂，于低温下进行燃烧-发泡反应，一步制备了不球磨的SrAl2O4∶Eu2+，Dy3+长余辉粉体材料。
Dispersant, comburent, frother, and mineralizer were added in the system successively. The non-grinding long afterglow material CaAl2O4:Eu(superscript 2+), Dy(superscript 3+) was prepared by combusting in home microwave oven directly.
向体系内添加分散剂、燃烧剂、发泡剂和矿化剂，采用微波燃烧法于家用微波炉内一步制备了不球磨的铝酸钙铕镝蓝色长余辉材料。
As one of the most important state luminescent materials, the long afterglow phosphors had been researched as early as 70s of 19 century.
作为固体发光材料中很重要的一类，长余辉发光材料的研究早在19世纪70年代就已经开始。
Prepare luminescent ceramic glaze by using this frit and silicate long afterglow powder to study the luminescent performance of phosphor in glaze.
将高温固相法制得的发光粉和熔块釉混合制成陶瓷发光釉，研究了硅酸盐长余辉发光粉在锶釉中的发光性能。
Company's core products for rare earth aluminate-activated silicon series of ultra-long afterglow luminous powder and its products.
公司核心产品为稀土离子激活的硅铝酸盐系列超长余辉发光粉及其制品。
Synthesis and Properties of Long-lasting Persistence and ZnO Nanomaterials Doped by Rare Earth ABSTRACT The long afterglow photoluminescence materials are a kind of photon energy storage materials, which can absorb the natural light with a short wavelength, store the energy and then the stored photon energy can be gradually released as the visible lights after the excitation source is turned off.
稀土掺杂长余辉及氧化锌纳米材料的制备与性能研究长余辉荧光粉是一种能接收自然光，将光能储存起来，然后在一个相当长的时间内释放出可见光的新型光致蓄光型自发光材料。
Owning to the properties of high brightness, long afterglow, adjustable wavelength scale and non-radiation substance, more and more attention is paid to the studies of rare earth ion activated luminescence material.
稀土发光材料具有发光亮度高、余辉时间长、发射光波长可调、无辐射无污染等优异性能特点，是新一代的发光材料，成为了目前国内外发光材料的研究热点。
For phosphors with Mn~(2+) as luminescent center, the change of Mn~(2+) concentration, introduction of impurity, adoption of new host and diffe- synthesize method were used to improve long duration of afterglow, decay with working time and shape disfigurement.
在以Mn2+作为发光中心的绿粉中，目前研究主要集中在通过调整Mn2+的离子浓度、添加其他杂质，探索使用新的基质材料，或是使用不同的合成技术等方法来改进其余辉时间过长、易时效劣化以及形貌上的不足。
Aluminates activated by rare earth Eu2 + ion are new long afterglow photoluminescence materials. These materials have recently attracted more interest due to their bright luminescence and super long afterglow without radioactivity.
稀土Eu2+激活的铝酸盐发光材料是近年来新发展起来的新型长余辉光致发光材料，由于其发光亮度和发光余辉比传统的硫化物高许多，且无毒、无放射性，因而引起广泛关注。
Synthesis of Long Afterglow Luminescent Materials in Silicate System
硅酸盐体系长余辉发光材料的合成研究
Temperature Impact on Luminescence Performances of Long-lasting Afterglow Glass
温度对长余辉发光玻璃发光性能的影响
Blue Aluminium Silicate Long Afterglow Phosphor Doped with Rare Earth
铝硅酸盐掺杂稀土蓝色长余辉发光材料的研究
Research on new synthesis technique and defect mechanism of long afterglow material
长余辉材料合成新工艺及缺陷机理研究
Aluminate long afterglow luminescent materials have broad application prospects, because of the properties of high brightness, long afterglow time, stable performance, and non-radiation.
铝酸盐长余辉发光材料具有发光亮度高、余辉时间长、性能稳定、无辐射无污染等优异性能，具有广阔的应用前景，铝酸锶铕镝是其中之一。
Synthesis of Stearic Acid Based Al-Zr Coupling Agent and Modification for Long Afterglow Luminous Pigments
硬脂酸基铝-锆偶联剂的合成及对长余辉发光颜料的改性
Study on Preparation of Nano-Sized Long Afterglow Aluminates Phosphors; Aluminum Pigments Encapsulated with Nano-SiO_2 Coatings and Their Acid-resistance
纳米铝酸锶长余辉发光粉体的制备研究纳米SiO2包覆改性薄片铝粉颜料及其耐酸性研究
Research on the properties of CaTiO_3 ∶ Pr~(3 +) long afterglow phosphors prepared by the oxalate-co-precipitation method
草酸盐共沉淀法制备CaTiO3∶Pr~（3+）长余辉发光材料的性能研究
Study on Preparation and Performance of Silicate Luminescent Materials Used for White-light LED; Synthesis and Luminescent Properties of Silicate Long Afterglow Phosphors Actived by Europium
硅酸盐体系白光LED用发光材料研究铕激活硅酸盐基质长余辉发光材料的制备与发光性能表征