TN383 97020726超辐射发光二极管制作中刻蚀技术=Etching technologyin fabrication of super luminescencediode[会,中]/易向阳(电子部第44研究所.四川,永川(632163))//全国第七次光纤通信学术会议.—广西.桂林,95.11超辐射发光二极管...TN383 97020726超辐射发光二极管制作中刻蚀技术=Etching technologyin fabrication of super luminescencediode[会,中]/易向阳(电子部第44研究所.四川,永川(632163))//全国第七次光纤通信学术会议.—广西.桂林,95.11超辐射发光二极管是具有高功率、低相干性,稳定性好的光源。展开更多
O482.31 96010646 Tb^3+—有机配合物作为发射层的有机薄膜电致发光=Organic electroluminescent device havingterbitum complex as an emitter[刊,中]/孙刚,赵宇,于沂,李文连,钟国柱,虞家琪(中科院长春物理所。吉林,长春(130021))∥...O482.31 96010646 Tb^3+—有机配合物作为发射层的有机薄膜电致发光=Organic electroluminescent device havingterbitum complex as an emitter[刊,中]/孙刚,赵宇,于沂,李文连,钟国柱,虞家琪(中科院长春物理所。吉林,长春(130021))∥发光学报。—1995,16(2).展开更多
O484.1 2000064012掺杂C<sub>60</sub>薄膜的制备及光电特性=Preparation andelectrical and optical properties of doped C<sub>60</sub>thin films[刊,中]/邹云娟,宋雪梅,王波,陈光华,严辉（北京工业大学应...O484.1 2000064012掺杂C<sub>60</sub>薄膜的制备及光电特性=Preparation andelectrical and optical properties of doped C<sub>60</sub>thin films[刊,中]/邹云娟,宋雪梅,王波,陈光华,严辉（北京工业大学应用物理系.北京（100022））//人工晶体学报.—1999,28（4）.—359-363在电弧法制备的过程中添加氮气或B<sub>2</sub>O<sub>3</sub>粉末,制备了氮、硼替位式掺杂C<sub>60</sub>。硼掺杂和氮掺杂C<sub>60</sub>展开更多
O432.1 98010020 软X光辐射烧蚀实验方法研究=Study of experimentalmethod for soft X-ray driven ablation[刊,中]/丁耀南,杨家敏,郑志坚,易荣清,成金秀,何海恩,黄天暄,孙可煦,李楠,王耀梅（中物院核物理与化学研究所.四川,成都（610...O432.1 98010020 软X光辐射烧蚀实验方法研究=Study of experimentalmethod for soft X-ray driven ablation[刊,中]/丁耀南,杨家敏,郑志坚,易荣清,成金秀,何海恩,黄天暄,孙可煦,李楠,王耀梅（中物院核物理与化学研究所.四川,成都（610003））//强激光与粒子束.-1997,9（1）.-109-113用强激光辐照金箔靶,以金箔背侧软X光辐射为基础,提出了软X光辐射烧蚀研究的新靶型和新方法,做了C<sub>8</sub>H<sub>8</sub>样品辐射烧蚀初步试验。图6参7（方舟）O432.12 98010021ZnSe-ZnS多量子阱中激子动力学及受激发射=Excitondynamic and stimulated emission in ZnSe-ZnS MQW’s[刊,中]/赵福潭,苏锡安,王淑梅,范希武(中科院激发态物理开放实验室.吉林。展开更多
A stable red organic light-emitting device has been realized by doping a red dye tetra-methyljuloidine (DCJT)in electron transporting layer(ETL). The structure of the device was ITO/ CuPc/ NPB/ Alq: DCJT/ MgAg, where ...A stable red organic light-emitting device has been realized by doping a red dye tetra-methyljuloidine (DCJT)in electron transporting layer(ETL). The structure of the device was ITO/ CuPc/ NPB/ Alq: DCJT/ MgAg, where copper phthalocyanine(CuPc) was used as a buffer layer, N, N ’-his-(1-napthyl)-N, N’- diphenyl-1, 1’ -biphenyl-4, 4’ -diamine(NPB) as the hole transporting layer, tris(8-quinolinolato) aluminum complex(Alq) as ETL, in which DCJT was doped, indium tin oxide(ITO) and MgAg were as the anode and cathode, respectively. The red emission with peak at 620nm and CIE coordinates x = 0. 63, y = 0. 37, maximum luminance 4 687cd/m2, maximum luminous efficency 0. 83lm/W were obtained. The device showed a high stability under 12mA/cm2 current density continuous operation, the half decay time reached 2 500 hours at the initial luminance 150cd/m2 and the change of driving voltage was 0. 6mV/hour in the degradation process. If 50cd/m2 is taken as the initial luminance of red device, the half decay time is considered to be 7 500 hours. (According to European Broadcasting Union(EBU) standard, for color display the ratios for red, green, blue luminance should be 30 %, 59 % and 11 %, respectively, since 100cd/m2 is often used as initial luminance of green emission in degradation test, 50cd/m2 should be adapted as the initial luminance for red emission. )展开更多
文摘TN383 97020726超辐射发光二极管制作中刻蚀技术=Etching technologyin fabrication of super luminescencediode[会,中]/易向阳(电子部第44研究所.四川,永川(632163))//全国第七次光纤通信学术会议.—广西.桂林,95.11超辐射发光二极管是具有高功率、低相干性,稳定性好的光源。
文摘O482.31 96010646 Tb^3+—有机配合物作为发射层的有机薄膜电致发光=Organic electroluminescent device havingterbitum complex as an emitter[刊,中]/孙刚,赵宇,于沂,李文连,钟国柱,虞家琪(中科院长春物理所。吉林,长春(130021))∥发光学报。—1995,16(2).
文摘O484.1 2000064012掺杂C<sub>60</sub>薄膜的制备及光电特性=Preparation andelectrical and optical properties of doped C<sub>60</sub>thin films[刊,中]/邹云娟,宋雪梅,王波,陈光华,严辉（北京工业大学应用物理系.北京（100022））//人工晶体学报.—1999,28（4）.—359-363在电弧法制备的过程中添加氮气或B<sub>2</sub>O<sub>3</sub>粉末,制备了氮、硼替位式掺杂C<sub>60</sub>。硼掺杂和氮掺杂C<sub>60</sub>
文摘O432.1 98010020 软X光辐射烧蚀实验方法研究=Study of experimentalmethod for soft X-ray driven ablation[刊,中]/丁耀南,杨家敏,郑志坚,易荣清,成金秀,何海恩,黄天暄,孙可煦,李楠,王耀梅（中物院核物理与化学研究所.四川,成都（610003））//强激光与粒子束.-1997,9（1）.-109-113用强激光辐照金箔靶,以金箔背侧软X光辐射为基础,提出了软X光辐射烧蚀研究的新靶型和新方法,做了C<sub>8</sub>H<sub>8</sub>样品辐射烧蚀初步试验。图6参7（方舟）O432.12 98010021ZnSe-ZnS多量子阱中激子动力学及受激发射=Excitondynamic and stimulated emission in ZnSe-ZnS MQW’s[刊,中]/赵福潭,苏锡安,王淑梅,范希武(中科院激发态物理开放实验室.吉林。
文摘A stable red organic light-emitting device has been realized by doping a red dye tetra-methyljuloidine (DCJT)in electron transporting layer(ETL). The structure of the device was ITO/ CuPc/ NPB/ Alq: DCJT/ MgAg, where copper phthalocyanine(CuPc) was used as a buffer layer, N, N ’-his-(1-napthyl)-N, N’- diphenyl-1, 1’ -biphenyl-4, 4’ -diamine(NPB) as the hole transporting layer, tris(8-quinolinolato) aluminum complex(Alq) as ETL, in which DCJT was doped, indium tin oxide(ITO) and MgAg were as the anode and cathode, respectively. The red emission with peak at 620nm and CIE coordinates x = 0. 63, y = 0. 37, maximum luminance 4 687cd/m2, maximum luminous efficency 0. 83lm/W were obtained. The device showed a high stability under 12mA/cm2 current density continuous operation, the half decay time reached 2 500 hours at the initial luminance 150cd/m2 and the change of driving voltage was 0. 6mV/hour in the degradation process. If 50cd/m2 is taken as the initial luminance of red device, the half decay time is considered to be 7 500 hours. (According to European Broadcasting Union(EBU) standard, for color display the ratios for red, green, blue luminance should be 30 %, 59 % and 11 %, respectively, since 100cd/m2 is often used as initial luminance of green emission in degradation test, 50cd/m2 should be adapted as the initial luminance for red emission. )
