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- ZnS nanoparticals 纳米ZnS
- Dyskinesia was not increased in ZNS groups. 运动障碍的出现在ZNS组中并未增加。
- Meanwhile,the morphology of ZnS:Cu,Au was analyzed by SEM. 同时;用扫描电子显微镜(SEM)对ZnS:Cu;Au颗粒进行了尺寸和形貌表征.
- Analyses were given to the optical and EPR spectrum of ZnS:Cr~(2+). 本文通过对ZnS:Cr~(2+)晶体光学吸收谱及EPR谱的观测资料的分析,发现Cr~(2+)杂质的有效晶场并非常所认为的四硫配位四面体结构。
- Optical instability in ZnS optical bistable devices[J]. 引用该论文 王瑞波;李淳飞;张雷.
- Optical full adder composed of a ZnS interference filter[J]. 引用该论文 查子忠;王瑞波;张雷;李淳飞.
- Research of multi-logical optical bistable ZnS devices[J]. 引用该论文 曹明翠;刘夏安;游立德;李幼平.
- Design and Deposition of Broadband IR Antireflection Coatings on ZnS Lenses[J]. 引用该论文 于天燕;朱福荣;刘定权;张凤山.
- Upconvcrsion Luminescence from Er3+Doped ZnS Pumped by a 960 nm Laser Diode[J]. 引用该论文 侯延冰;陈晓波;张光寅;徐叙瑢;华玉林;娄志东.
- CdTe film HgCdTe infrared focal plane array device surface passivation ZnS. 标 签 CdTe薄膜 HgCdTe红外焦平面 器件表面钝化 ZnS.
- Antireflective films optimization of ZnS ceramics infrared windows[J]. 引用该论文 Lin Li;Lianhe Dong;Liangzhao Huang.
- Methods: (1) With the PLGA as matrix and ultrasound emulsification and dissolvent volatilization, PLGA nano-encapsuled BDP of nanoparticals(NP) were prepared. 方法：(1)采用超声乳化法和去溶剂固化法，以聚乳酸-聚羟乙酸共聚物(PLGA)为基质，制备BDP纳米微囊；
- Here introduce some research conditions of biotoxicity of nanoparticals through different contact ways, probe into the principle of biotoxicity. 纳米材料通过上述途径进入人体,可能与体内细胞起反应,引起发炎、病变等,因此目前多针对以上接触方式进行纳米颗粒材料的毒性研究。
- The films of ZnS and MgF_2 at low substrate temperatures deposited by ICB become hard films. 基底不加温就可以得到ZnS、MgF_2的硬膜。
- The influence of the configuration of luminescent center on the emission of ZnS: Er3+ EL device has been investigated. 研究了ZnS：Er3+薄膜电致发光（EL）器件中，不同Er3+掺杂浓度的发光特性。
- Nanodroplets of the microemulsion bind with nanoparticles of the nutraceutical or cosmetoceutical. The nanodroplets carry the nutraceutical nanoparticals through membranes and release them upon reaching their destination. 该微小乳状液中的纳米液滴与营养食品或药用美容品的纳米颗粒结合，纳米液滴携带着营养物质的纳米颗粒穿过细胞膜，在到达目的地后把它释放出来。
- Transmittance of CVD ZnS before and after heat isostatic processing(HIP)was measured and compared. 对化学气相沉积 (CVD)ZnS经热等静压 (HIP)处理前后在光学透过率等方面的改变进行了比较分析。
- Zhang 's group have focused on the coordinated conditions required to reliably grow ZnS nanowires. 张立德的研究小组专注于能使硫化锌纳米管线稳定生长的协调条件。
- Mass-production of cubic hollow ZnS microspheres was successfully realized by facile hydrothermal route. 采用水热法制备出高产量的硫化锌空心球。
- Molecular structure for ZnS and its photoluminescence character under electric dipole field[J]. 引用该论文 谢安东;朱正和;王秋云;马美仲.
