ce3

G ( Ce3 + ) decreased approximately linearly with increase in irradiation temperature .

研究表明，G（Ce~（3+））值随辐照温度的上升而线性下降，测得辐照温度修正系数为-（5.13±0.07）×10~（-3）/℃。

Excitation process of luminescence of ce3 + polymer complexes

Ce~（3+）&高分子络合物发光的激发过程

YAG : Ce3 + crystallite used for white LED was prepared by combustion method under low temperature .

利用燃烧法在较低温度下制备了白光LED用YAG：Ce3+微晶。

Adsorption Property of Ce3 + on Wool Fabrics

稀土铈在羊毛织物上的吸附性能研究

The study indicate that when the concentration of Ce3 + ion is propriety the complex have better green light ;

研究结果表明：当Ce~（3+）的浓度适当时，合成物发绿色光效果很好；

YAG : Ce3 + phosphor can be prepared by solid reaction , wet chemical and combustion synthesis methods .

高温固相法、湿化学法及燃烧合成法等都可用来合成YAG：Ce3+荧光粉。

Rare-earth metal ions of Ce3 + 、 La3 + can greatly accelerate humic acid form ;

稀土金属离子Ce3+、La3+可大幅度加速腐殖酸的生成；

The incorporation of Ce3 + ions into the channel wall dramatically improves the stability of the mesoporous structure .

在分子筛孔壁中引入稀土元素可提高介孔结构稳定性。

This paper studied the biological effect of different dose Ce3 + on life of fruit fly and silkworm and weight of cocoon .

研究了不同浓度氯化亚铈对果蝇寿命、家蚕寿命及其茧重的影响。

Reducing propagation loss and increasing Ce3 + , Bi3 + content can enlarge the figure of merit .

降低吸收损耗和增大Ce、Bi离子含量可以增大石榴石薄膜的磁光优值。

We study the effect of sintering temperature on crystallization properties , surface morphology and luminescent properties of YAG : Ce3 + phosphors .

研究了这两种制备方法的后处理温度对YAG：Ce3+荧光粉结晶性能、表面形貌、发光性能等的影响。

In this paper the concentration quenching effects of Tb3 + and Ce3 + ions in phosphate glasses are reported .

本文报道了磷酸盐玻璃中Tb~（3+）和Ce~（3+）的浓度猝灭效应。

Effect of cerium ( Ce3 + ) on photosynthesis in soybean seedlings was studied with hydroponics under laboratory conditions .

以大豆为实验材料，用溶液培养试验法研究稀土铈（Ce3+）对大豆幼苗光合作用的影响。

To conclude , the energy transfer efficiency of Ce3 + , Tb3 + ions , is more than 81 .

得出在体系La1-x-yCexTbyBO3中，Ce3+，Tb3+离子间的无辐射能量传递几率（ω）和效率（η），η远远大于81%。

It is reasonable to suppose that Ce3 + is bound to the phosphate group of the DPPC molecule .

可以认为Ce3＋与DPPC分子上的磷酸基团相作用。

The results showed that Ce3 + could increase the plasma potential of hepatocytes in low dose and increase the plasma potential of hepatocytes in high dose significantly .

结果表明，低浓度的Ce3＋降低肝细胞的质膜电位，高浓度则显著降低肝细胞的质膜电位，提示Ce3＋可使细胞质膜通透性增加；

The luminescence in ultraviolet and vacuum ultraviolet region for LuAG : Ce3 + transparent ceramics was measured and investigated .

研究了该透明陶瓷在紫外可见以及真空紫外区的光谱性质。

The ultraviolet absorption and emission spectra of Ce3 + doped phosphate glasses based on gadolinium and sodium phosphates are studied in the present work .

研究了基于钆和钠磷酸盐Ce3+掺杂磷酸盐玻璃的紫外吸收和发射光谱。

The cerium in the sample prepared by solvent-thermal method exists as Ce3 + , and it mostly occupies position B of spinel .

溶剂热法制备的铁氧体样品中，铈离子以三价形式存在，因而主要占据尖晶石晶格的B位。

The Ce3 + canons improve the surface film of LC9 alloy , suppress the oxygen reduction reaction and diminish the sensitivity of corrosion .

离子改善了LC9合金的表面膜，抑制了氧还原反应，减弱了对腐蚀的敏感性。

The results show that the emission peak wavelength of Ce3 + has an obvious red-shift due to the higher optical basicity of germanate glasses .

结果表明：由于锗酸盐玻璃的光碱度较大，Ce3+的发射波长发生了明显红移。

It implied that the Ce3 + coordination created a new metal ion-active site form in SOD , thus leading to an enhancement in SOD activity .

因此推测：Ce3+在SOD酶中创造了一个新形式的金属离子活性位点，从而影响SOD酶的活性。

The phosphors were characterized by luminescence spectrum . A maximum PL intensity was obtained for about 6mol % Ce3 + additions .

利用荧光光谱仪对所制得的荧光粉的荧光性能进行了表征，当加入的Ce3+大约为6mol%时得到最大发光强度。

The influences on the LuAG : Ce3 + powders morphologies under different precipitant , different volume ratio of ethanol and water , different calcination temperature were compared .

比较了不同的沉淀剂、不同醇水体积比、不同煅烧温度对溶剂热法合成LuAG：Ce3+粉体形貌的影响。

Spherical YAG : Ce3 + phosphor particles with narrow size distribution were synthesized by spray pyrolysis . GAS-LIQUID TWO-PHASE FLOW CHARACTERISTICS ON THE FLOW THROUGH ANNULAR NARROW PASSAGE

采用气相反应法合成了Ce3+掺杂的YAG荧光粉。气液两相流流经环形狭缝通道的流动特性

It is reported that the white light emitting diodes are fabricated by combining Ce3 + : YVO4 fluorescence and InGaN / GaN blue LED .

本文报导了通过结合自行制备的掺铈钒酸钇晶体（Ce3+：YVO4）荧光粉与InGaN／GaN蓝光发光二极管（LED）结合而得的白光发光二极管（W-LED）。

The TEM images indicated that a compact homogeneous film which was confirmed as SiO2 film by energy spectrum analysis was coated on the surface of YAG : Ce3 + phosphor particles successfully .

透射电子显微镜分析表明，包覆样品YAG：Ce3+荧光粉颗粒的表面上包覆了一层均匀的连续的致密的薄膜，此薄膜由能谱测试确定为SiO2膜层。

Results show that the pitting resistance of this coating formed at open-circuit potential is superior to that of the natural Al2O3 film , Ce3 + ions surpassing the critical inhibitive concentration .

研究结果表明：当Ce3＋离子超过临界缓蚀浓度，开路电位下形成的铈转化膜比自然氧化铝膜具有更强的抗点蚀性。

Color-tunable phosphors Sr3MgSi2O8 : Ce3 + , Tb3 + have been synthesized .

合成了颜色可调谐荧光粉Sr3MgSi2O8：Ce3+，Tb3+。

A series of different color phosphors is achieved by doping Ce3 + and Eu2 + in the host and the energy transferring from Ce3 + to Eu2 + .

同时利用Ce3+和Eu2+在基质材料中形成的不同发光中心以及它们之间的能量传递，得到了一系列发光颜色不同的荧光粉。