| 1. | On the photocatalytic degradation of pigment by agcl film
膜光催化降解色素的研究 |
| 2. | Characterization of photocatalysis of agcl colloid
胶体氯化银的光催化特性研究 |
| 3. | Agcl automatic ground controlled landing
自动引导着陆 |
| 4. | Preparation of colloid antibacterial agcl film and its antibacterial characterization under photo catalysis
胶体氯化银抗菌膜的制备及其光催化抗菌特性 |
| 5. | As shallow electron traps ( sets ) dopants , the action of k4fe ( cn ) 6 that can increase photoelectron lifetime and photographic efficiency is analyzed . optimization concentration of k4fe ( cn ) 6 in cubic agcl emulsion is affirmed
分析了k _ 4fe ( cn ) _ 6掺杂物作为一种浅电子陷阱掺杂剂对于提高光电子寿命、改善感光性能的作用机理。 |
| 6. | In addition , by contrast of the decay behaviors of photoelectrons in different emulsions , the influences of the types of different emulsions on the results of sulfur - sensitized reaction have been analyzed
并且，通过对比agbrit颗粒、 agbrcl立方体和agcl立方体三种不同类型乳剂光电子衰减特性，分析了卤化银的乳剂类型对硫增感产物性质的影响。 |
| 7. | By analyzing the influence of iodide on photoelectron lifetime , the optimization iodide level and doping position that can increase photoelectron lifetime for agcl and agbr emulsion of different crystal structure is obtained
通过对碘化物掺杂作为缺陷电子陷阱对光电子寿命影响的研究，对于不同晶体结构的卤化银乳剂得到了能使光电子寿命达到最大的优化掺杂条件。 |
| 8. | The test for the gf - tof detector system was carried out by the measurement of a 36c1 sample with the hi - 13 ams system . the experimental results for the gf - tof method and energy loss method are shown in chapter 4
文章第四部分就是利用gf - tof探测系统在加速器上对agcl样品用e - e法和gf - tof法同时进行了实验测量，给出了两种方法的测量结果，并对两种方法对同量异位的鉴别能力作了比较。 |
| 9. | Chapter 2 : study on the ecl behaviors of several substances and establishment of ecl analytical systems 1 the ecl behavior of n - ( 4 - aminobutyl ) - n - ethylisoluminol ( abei ) was studied and found abei could produce emission light when oxidized at a + 1 . 0 v ( vs ag / agcl ) potential in alkaline solution
本文研究了abei的ecl性能，发现在碱性溶液中，施加+ l . ov ( vsa留agci )的电压时， abei可在pt电极上产生很强的ecl信号，适量hzo :的加入可催化这一发光反应。 |
| 10. | The effect factors on organosol were discussed extensively . agcl organsol , agcl and cuo organosol were mixed with mma . after polymerization was carried out , nanometer hybrid material having photochromism was synthesized . the prepared samples were deeply investigated by tem , sem ed xrd , tga - dta , etc
将氯化银有机溶胶和氯化银、氧化铜有机溶胶掺杂到mma中，采用本体聚合法制备光致变色的有机玻璃，并采用tem 、 sem 、 xrd 、 tga - dta等现代手段对其进行了表征。 |
